# 官网 > ## Pages Solid manufacturer of chromatography consumables Learn More Company Profile Hamag Group, A leading manufacturer for various kinds of laboratory chromatography consumables including HPLC vials, Headspace vials, TOC vials, caps, silicone PTFE septum, safety caps, Graphitized carbon, SPE, syringe filters, filter vials, crimpers, capillary tubings, HPLC accessories, fittings. Features - ISO 9001 certificate. - 6000 sqm clean room. - 19 years precious experiences. - 42 original invented patents. - Products welcomed by 83 countries. On Social facebook linkedin tiktok About us About Hamag Customer services Help Center Feedback Connect With Hamag Partner Program Copyright ©️ 2022, Hamag Group (and its affiliates as applicable). All Rights Reserved. Promotion: Buy five and get one free Feature of Hamag 9-425 HPLC vials: Significant Cost Savings Fully compatible with Agilent, Waters, Thermo chromatography instruments, Hamag vials require no instrument adjustments or operational re-training. This plug-and-play solution minimizes downtime and labor costs by maintaining existing workflows. Moreover, with a competitive price compared to original Brands consumables, you can achieve the same analytical quality while reducing procurement expenses substantially. Ultra-pure Materials for Interference-free Analysis Made from high-purity, materials equivalent to first class standards, Hamag vials prevent chemical interactions and contaminant leaching. Ideal for pharmaceutical ingredient analysis and complex sample testing in laboratories, which eliminate background interference, ensuring results accurately reflect sample properties. Tailored Solutions for Different Requirements We offer customized vial solutions to fulfill universal experimental needs. Options include customized markings, material modifications. Our rapid response service ensures personalized consumable solutions. Hamag Group, A leading manufacturer for various kinds of laboratory chromatography consumables including HPLC vials, Headspace vials, TOC vials, caps, silicone PTFE septum, safety caps, Graphitized carbon, SPE, syringe filters, filter vials, crimpers, capillary tubings, HPLC accessories, fittings. Hamag have established long-term cooperation with more than 5000 clients around the world who equiped with instruments of Agilent, Shimadzu, Perkin Elmer, Varian, Waters, Thermo etc. Hamag have: - ISO 9001 certificate. - 6000 sqm clean room. - 19 years precious experiences. - 42 original invented patents. - Products welcomed by 83 countries. Jintao XU(CEO) Bei HU (Sales) Emily YE (Sales) Kelly(CS) HPLC Autosampler Vials 3BF01084： 9-425 screw top caps blue PP assembled with white PTFE red silicone 3BF01003 ND9-425 2mL Clear Screw Top Glass Vial，11.6*32MM Learn More Leave your information and we will contact you. About us Telephone：+86-13626849982 Customer services Help Center Feedback Copyright ©️ Hamag Group (and its affiliates as applicable). All Rights Reserved. About Us Culture Products Banner Contact Us Footer1 Meet our team of Hamag Group We are a professional company with many years of industry experience and rich expertise. Learn More Learn More 250% 30M+ Investment growth year over year Monthly active users in the world Take a look at the amazing results we have achieved Our team consists of a group of experienced, skilled, passionate and innovative professionals who are constantly updating their knowledge and skills to ensure that we remain at the forefront of the industry. 12+ senior engineer More than 90 employees We firmly believe that through our efforts and professionalism, we will bring more value and success to our customers. We pay attention to customer needs and feedback, and actively communicate with customers to ensure that our services and products can meet customer requirements. 2000 square meter super large warehouse We firmly believe that through our efforts and professionalism, we will bring more value and success to our customers. The values that drive our company We pay attention to customer needs and feedback, and actively communicate with customers to ensure that our services and products can meet customer requirements. We are very fortunate to have the support of many business partners. These partners work with us. enthusiasm These supports enable us to better develop and grow our business, and also enable us to face future challenges and opportunities with more confidence and confidence. speciality Learn More Meet our great team These supports enable us to better develop and grow our business, and also enable us to face future challenges and opportunities with more confidence and confidence. Jintao Xu Vice President & Co-Founder Blair CPO & Co-Founder Jerry Product Manager Emily Sales Executive Contact Us Search Product As a leading manufacturer for various kinds of laboratory chromatography consumables，18 years of factory operation make us to out-perform our competition in Cost, Quality and Delivery. HPLC Vials Crystal glass cup 58 Crystal glass cup 48 Crystal glass cup 223 Crystal glass cup 78 Glass Consumables Crystal glass cup 58 Crystal glass cup 48 Crystal glass cup 223 Crystal glass cup 78 LC accessory Crystal glass cup 58 Crystal glass cup 48 Crystal glass cup 223 Crystal glass cup 78 Biological Consumables Crystal glass cup 58 Crystal glass cup 48 Crystal glass cup 223 Crystal glass cup 78 Chromatography Consumables Crystal glass cup 58 Crystal glass cup 48 Crystal glass cup 223 Crystal glass cup 78 Analytical Instruments Crystal glass cup 58 Crystal glass cup 48 Crystal glass cup 223 Crystal glass cup 78 General Equipment Crystal glass cup 58 Crystal glass cup 48 Crystal glass cup 223 Crystal glass cup 78 Instrument Consumables Crystal glass cup 58 Crystal glass cup 48 Crystal glass cup 223 Crystal glass cup 78 Peptides Crystal glass cup 58 Crystal glass cup 48 Crystal glass cup 223 Crystal glass cup 78 Safety and Protection Crystal glass cup 58 Crystal glass cup 48 Crystal glass cup 223 Crystal glass cup 78 Glass Ampoules Crystal glass cup 58 Crystal glass cup 48 Crystal glass cup 223 Crystal glass cup 78 Accessories Crystal glass cup 58 Crystal glass cup 48 Crystal glass cup 223 Crystal glass cup 78 About us 关于Hamag Customer services Help Center Feedback Connect With Hamag Partner Program Copyright ©️ 2022, Hamag Group (and its affiliates as applicable). All Rights Reserved. HPLC Vials Septa Caps Laboratory consumables Ningbo Excellent New Materials Co Ltd (Hamag Group), A leading manufacturer for various of laboratory chromatography consumables including HPLC vials, GC vials, caps, septa, syringe filters, filter vials, crimpers. Learn More Contact Us Interested？ We are looking for suitable distributors worldwide, please contact us to provide you with the best solution！ Contact Us Learn More Various choices High adaptability PTFE/Silicone Septa with different color selection，thread，crimp，snap and plug cap for LC,LC/MC,GC and GC/MC application. Hamag vials are compatible with conventional autosamplers，consult with us for advice. Personalized services We are a Chinese supplier of high-quality chromatography injection vials and sample vials with over 18-year history. We have now become a production-oriented enterprise specializing in the R&D, design, production, sales and system integration of chromatography consumables. Wide range of applications Our dealers are located all over the world, and customers in more than 83 countries use our products. Our products are sold to domestic first-tier pharmaceutical companies, governments, petrochemical companies, top domestic universities and third-party testing institutions. We Deserve Your Trust! Hamag have: - more than 5000 users around the world. - ISO 9001 certificate. SGS certificate. - 14 years precious experiences. - 3 original invented patents. - less than half price at same Agilent quality level. Factory More than 6000 m2 factory area 90 employees Dust-free workshop Customize multiple automation equipments Meet high precision and high cleanliness Technical support team Browse more Canpin Pan Doctor's degree China AgriculturalUnlversity and Kyushu University,Japan Joint PhD₃Professor atChina Agricultural University,PhD Tutor Wei Wang Doctor's degree Contact Us ## Products Tubes used to introduce or transfer liquids or gases into other containers, often in a controlled manner. Tubes used to introduce or transfer liquids or gases into other containers, often in a controlled manner. A flat-bottomed, cylindrical container made of glass or plastic, typically used for stirring, mixing, and heating liquids in a laboratory. Beakers come in various sizes and usually have a spout for easy pouring. Also known as an Erlenmeyer flask, this vessel has a flat base, a conical body, and a narrow neck. It is designed for mixing, heating, and storing liquids, and is especially useful for preventing spills while swirling. Also known as an Erlenmeyer flask, this vessel has a flat base, a conical body, and a narrow neck. It is designed for mixing, heating, and storing liquids, and is especially useful for preventing spills while swirling. Also known as an Erlenmeyer flask, this vessel has a flat base, a conical body, and a narrow neck. It is designed for mixing, heating, and storing liquids, and is especially useful for preventing spills while swirling. A precise glass container with a long neck, used for measuring specific volumes of liquids. It has a calibrated mark to ensure accurate measurements, commonly used in preparing solutions of exact concentrations. A precise glass container with a long neck, used for measuring specific volumes of liquids. It has a calibrated mark to ensure accurate measurements, commonly used in preparing solutions of exact concentrations. A tall, narrow container marked with precise volume measurements, used for accurately measuring liquid volumes. It is typically made of glass or plastic and is ideal for measuring exact amounts of liquid in a lab. A container with volume markings used in kitchens and laboratories for measuring both liquid and dry ingredients. These cups come in various sizes and are typically made of glass, plastic, or metal. Product ID: 2038301 Containers made of plastic, available in various sizes, used to store and transport liquids and chemicals. They are lightweight, durable, and often used for large quantities of liquids, including industrial chemicals and reagents. A glass or plastic bottle designed to store chemical reagents. These bottles typically come with tight-fitting stoppers to prevent contamination and maintain the stability of chemicals inside. A glass or plastic bottle designed to store chemical reagents. These bottles typically come with tight-fitting stoppers to prevent contamination and maintain the stability of chemicals inside. A bag, usually made from plastic or other flexible materials, used for collecting samples in various fields, such as environmental analysis or medical testing. These bags are often airtight to preserve sample integrity. A rubber bulb with a nozzle, commonly used in medical or laboratory settings to apply suction for cleaning or rinsing, especially in delicate procedures like ear washing or sample collection. A disposable, small plastic tip that attaches to a pipette, used for accurately dispensing or aspirating liquids in microvolume amounts. The tip is replaced after each use to prevent contamination between samples. A type of porous paper used for filtering solids from liquids or gases. The paper is placed inside a funnel or filtration apparatus, allowing the liquid to pass through while trapping the solid particles. A shallow, round dish made of porcelain or glass, used to heat liquids and evaporate them, leaving behind solids. It is often used in chemistry experiments to concentrate solutions. A bottle with a nozzle, used to wash or rinse laboratory equipment with a stream of water or solvent. It is often used for washing glassware or rinsing samples. A thin plastic film used to cover laboratory containers or culture plates to prevent contamination, evaporation, or leakage. It provides a secure seal for various types of vessels. Tubes used to introduce or transfer liquids or gases into other containers, often in a controlled manner. Tubes used to introduce or transfer liquids or gases into other containers, often in a controlled manner. Tubes used to introduce or transfer liquids or gases into other containers, often in a controlled manner. Tubes used to introduce or transfer liquids or gases into other containers, often in a controlled manner. Tubes used to introduce or transfer liquids or gases into other containers, often in a controlled manner. Tubes used to introduce or transfer liquids or gases into other containers, often in a controlled manner. Tubes used to introduce or transfer liquids or gases into other containers, often in a controlled manner. Tubes used to introduce or transfer liquids or gases into other containers, often in a controlled manner. Tubes used to introduce or transfer liquids or gases into other containers, often in a controlled manner. Tubes used to introduce or transfer liquids or gases into other containers, often in a controlled manner. Product ID: 1243971 Product ID: 1247574 Product ID: 1244885 Product ID: 1244872 Product ID: 1245470 Product ID: 1247552 Product ID: 1247553 Product ID: 1241998 Product ID: 1242777 Product ID: 1244863 Product ID: 1244864 Tubes designed for inserting into vials or other containers, often used in laboratory experiments requiring precise delivery of liquids or gases. Tubes designed for inserting into vials or other containers, often used in laboratory experiments requiring precise delivery of liquids or gases. Tubes designed for inserting into vials or other containers, often used in laboratory experiments requiring precise delivery of liquids or gases. Tubes designed for inserting into vials or other containers, often used in laboratory experiments requiring precise delivery of liquids or gases. Tubes designed for inserting into vials or other containers, often used in laboratory experiments requiring precise delivery of liquids or gases. Tubes designed for inserting into vials or other containers, often used in laboratory experiments requiring precise delivery of liquids or gases. Tubes designed for inserting into vials or other containers, often used in laboratory experiments requiring precise delivery of liquids or gases. Tubes designed for inserting into vials or other containers, often used in laboratory experiments requiring precise delivery of liquids or gases. Tubes designed for inserting into vials or other containers, often used in laboratory experiments requiring precise delivery of liquids or gases. Tubes designed for inserting into vials or other containers, often used in laboratory experiments requiring precise delivery of liquids or gases. Tubes designed for inserting into vials or other containers, often used in laboratory experiments requiring precise delivery of liquids or gases. Tubes designed for inserting into vials or other containers, often used in laboratory experiments requiring precise delivery of liquids or gases. Tubes designed for inserting into vials or other containers, often used in laboratory experiments requiring precise delivery of liquids or gases. Tubes designed for inserting into vials or other containers, often used in laboratory experiments requiring precise delivery of liquids or gases. Tubes designed for inserting into vials or other containers, often used in laboratory experiments requiring precise delivery of liquids or gases. Vials used specifically for headspace analysis, where a metal crimp closure is used to seal the vial. These vials are designed for volatile compound analysis. Vials used specifically for headspace analysis, where a metal crimp closure is used to seal the vial. These vials are designed for volatile compound analysis. Vials used specifically for headspace analysis, where a metal crimp closure is used to seal the vial. These vials are designed for volatile compound analysis. Vials used specifically for headspace analysis, where a metal crimp closure is used to seal the vial. These vials are designed for volatile compound analysis. Vials used specifically for headspace analysis, where a metal crimp closure is used to seal the vial. These vials are designed for volatile compound analysis. Vials used specifically for headspace analysis, where a metal crimp closure is used to seal the vial. These vials are designed for volatile compound analysis. Vials used specifically for headspace analysis, where a metal crimp closure is used to seal the vial. These vials are designed for volatile compound analysis. Vials used specifically for headspace analysis, where a metal crimp closure is used to seal the vial. These vials are designed for volatile compound analysis. Vials used specifically for headspace analysis, where a metal crimp closure is used to seal the vial. These vials are designed for volatile compound analysis. Vials used specifically for headspace analysis, where a metal crimp closure is used to seal the vial. These vials are designed for volatile compound analysis. Vials used specifically for headspace analysis, where a metal crimp closure is used to seal the vial. These vials are designed for volatile compound analysis. Vials used specifically for headspace analysis, where a metal crimp closure is used to seal the vial. These vials are designed for volatile compound analysis. Vials used specifically for headspace analysis, where a metal crimp closure is used to seal the vial. These vials are designed for volatile compound analysis. Vials used specifically for headspace analysis, where a metal crimp closure is used to seal the vial. These vials are designed for volatile compound analysis. Vials used specifically for headspace analysis, where a metal crimp closure is used to seal the vial. These vials are designed for volatile compound analysis. Vials used specifically for headspace analysis, where a metal crimp closure is used to seal the vial. These vials are designed for volatile compound analysis. Vials used specifically for headspace analysis, where a metal crimp closure is used to seal the vial. These vials are designed for volatile compound analysis. Vials used specifically for headspace analysis, where a metal crimp closure is used to seal the vial. These vials are designed for volatile compound analysis. Vials used specifically for headspace analysis, where a metal crimp closure is used to seal the vial. These vials are designed for volatile compound analysis. Vials used specifically for headspace analysis, where a metal crimp closure is used to seal the vial. These vials are designed for volatile compound analysis. Product ID: 1247603 Product ID: 1248281 Product ID: 1248282 Product ID: 1245503 Product ID: 1245504 Product ID: 1243979 Product ID: 1243980 Product ID: 1243982 Product ID: 1246367 Product ID: 1246368 Product ID: 1246369 Product ID: 1246370 Product ID: 1246371 Product ID: 1242805 Product ID: 1244894 Product ID: 1244896 Product ID: 1244897 Product ID: 1244898 Product ID: 1242785 Product ID: 1244868 Product ID: 1241994 Product ID: 1242776 Product ID: 1242780 Product ID: 1244857 Product ID: 1244862 Product ID: 1245461 Product ID: 1241990 Product ID: 1242765 Product ID: 1242768 Product ID: 1244850 A flat-bottomed, cylindrical container made of glass or plastic, typically used for stirring, mixing, and heating liquids in a laboratory. Beakers come in various sizes and usually have a spout for easy pouring. A flat-bottomed, cylindrical container made of glass or plastic, typically used for stirring, mixing, and heating liquids in a laboratory. Beakers come in various sizes and usually have a spout for easy pouring. A flat-bottomed, cylindrical container made of glass or plastic, typically used for stirring, mixing, and heating liquids in a laboratory. Beakers come in various sizes and usually have a spout for easy pouring. A flat-bottomed, cylindrical container made of glass or plastic, typically used for stirring, mixing, and heating liquids in a laboratory. Beakers come in various sizes and usually have a spout for easy pouring. A flat-bottomed, cylindrical container made of glass or plastic, typically used for stirring, mixing, and heating liquids in a laboratory. Beakers come in various sizes and usually have a spout for easy pouring. A flat-bottomed, cylindrical container made of glass or plastic, typically used for stirring, mixing, and heating liquids in a laboratory. Beakers come in various sizes and usually have a spout for easy pouring. A flat-bottomed, cylindrical container made of glass or plastic, typically used for stirring, mixing, and heating liquids in a laboratory. Beakers come in various sizes and usually have a spout for easy pouring. A flat-bottomed, cylindrical container made of glass or plastic, typically used for stirring, mixing, and heating liquids in a laboratory. Beakers come in various sizes and usually have a spout for easy pouring. A flat-bottomed, cylindrical container made of glass or plastic, typically used for stirring, mixing, and heating liquids in a laboratory. Beakers come in various sizes and usually have a spout for easy pouring. A flat-bottomed, cylindrical container made of glass or plastic, typically used for stirring, mixing, and heating liquids in a laboratory. Beakers come in various sizes and usually have a spout for easy pouring. A flat-bottomed, cylindrical container made of glass or plastic, typically used for stirring, mixing, and heating liquids in a laboratory. Beakers come in various sizes and usually have a spout for easy pouring. A flat-bottomed, cylindrical container made of glass or plastic, typically used for stirring, mixing, and heating liquids in a laboratory. Beakers come in various sizes and usually have a spout for easy pouring. A flat-bottomed, cylindrical container made of glass or plastic, typically used for stirring, mixing, and heating liquids in a laboratory. Beakers come in various sizes and usually have a spout for easy pouring. A flat-bottomed, cylindrical container made of glass or plastic, typically used for stirring, mixing, and heating liquids in a laboratory. Beakers come in various sizes and usually have a spout for easy pouring. A flat-bottomed, cylindrical container made of glass or plastic, typically used for stirring, mixing, and heating liquids in a laboratory. Beakers come in various sizes and usually have a spout for easy pouring. A flat-bottomed, cylindrical container made of glass or plastic, typically used for stirring, mixing, and heating liquids in a laboratory. Beakers come in various sizes and usually have a spout for easy pouring. A flat-bottomed, cylindrical container made of glass or plastic, typically used for stirring, mixing, and heating liquids in a laboratory. Beakers come in various sizes and usually have a spout for easy pouring. A flat-bottomed, cylindrical container made of glass or plastic, typically used for stirring, mixing, and heating liquids in a laboratory. Beakers come in various sizes and usually have a spout for easy pouring. A flat-bottomed, cylindrical container made of glass or plastic, typically used for stirring, mixing, and heating liquids in a laboratory. Beakers come in various sizes and usually have a spout for easy pouring. A flat-bottomed, cylindrical container made of glass or plastic, typically used for stirring, mixing, and heating liquids in a laboratory. Beakers come in various sizes and usually have a spout for easy pouring. A flat-bottomed, cylindrical container made of glass or plastic, typically used for stirring, mixing, and heating liquids in a laboratory. Beakers come in various sizes and usually have a spout for easy pouring. A flat-bottomed, cylindrical container made of glass or plastic, typically used for stirring, mixing, and heating liquids in a laboratory. Beakers come in various sizes and usually have a spout for easy pouring. A flat-bottomed, cylindrical container made of glass or plastic, typically used for stirring, mixing, and heating liquids in a laboratory. Beakers come in various sizes and usually have a spout for easy pouring. A flat-bottomed, cylindrical container made of glass or plastic, typically used for stirring, mixing, and heating liquids in a laboratory. Beakers come in various sizes and usually have a spout for easy pouring. A flat-bottomed, cylindrical container made of glass or plastic, typically used for stirring, mixing, and heating liquids in a laboratory. Beakers come in various sizes and usually have a spout for easy pouring. A flat-bottomed, cylindrical container made of glass or plastic, typically used for stirring, mixing, and heating liquids in a laboratory. Beakers come in various sizes and usually have a spout for easy pouring. A flat-bottomed, cylindrical container made of glass or plastic, typically used for stirring, mixing, and heating liquids in a laboratory. Beakers come in various sizes and usually have a spout for easy pouring. A flat-bottomed, cylindrical container made of glass or plastic, typically used for stirring, mixing, and heating liquids in a laboratory. Beakers come in various sizes and usually have a spout for easy pouring. Also known as an Erlenmeyer flask, this vessel has a flat base, a conical body, and a narrow neck. It is designed for mixing, heating, and storing liquids, and is especially useful for preventing spills while swirling. A precise glass container with a long neck, used for measuring specific volumes of liquids. It has a calibrated mark to ensure accurate measurements, commonly used in preparing solutions of exact concentrations. A container with volume markings used in kitchens and laboratories for measuring both liquid and dry ingredients. These cups come in various sizes and are typically made of glass, plastic, or metal. A container with volume markings used in kitchens and laboratories for measuring both liquid and dry ingredients. These cups come in various sizes and are typically made of glass, plastic, or metal. A container with volume markings used in kitchens and laboratories for measuring both liquid and dry ingredients. These cups come in various sizes and are typically made of glass, plastic, or metal. Containers made of plastic, available in various sizes, used to store and transport liquids and chemicals. They are lightweight, durable, and often used for large quantities of liquids, including industrial chemicals and reagents. Containers made of plastic, available in various sizes, used to store and transport liquids and chemicals. They are lightweight, durable, and often used for large quantities of liquids, including industrial chemicals and reagents. Containers made of plastic, available in various sizes, used to store and transport liquids and chemicals. They are lightweight, durable, and often used for large quantities of liquids, including industrial chemicals and reagents. Containers made of plastic, available in various sizes, used to store and transport liquids and chemicals. They are lightweight, durable, and often used for large quantities of liquids, including industrial chemicals and reagents. Containers made of plastic, available in various sizes, used to store and transport liquids and chemicals. They are lightweight, durable, and often used for large quantities of liquids, including industrial chemicals and reagents. Containers made of plastic, available in various sizes, used to store and transport liquids and chemicals. They are lightweight, durable, and often used for large quantities of liquids, including industrial chemicals and reagents. A glass or plastic bottle designed to store chemical reagents. These bottles typically come with tight-fitting stoppers to prevent contamination and maintain the stability of chemicals inside. A glass or plastic bottle designed to store chemical reagents. These bottles typically come with tight-fitting stoppers to prevent contamination and maintain the stability of chemicals inside. A glass or plastic bottle designed to store chemical reagents. These bottles typically come with tight-fitting stoppers to prevent contamination and maintain the stability of chemicals inside. A glass or plastic bottle designed to store chemical reagents. These bottles typically come with tight-fitting stoppers to prevent contamination and maintain the stability of chemicals inside. A glass or plastic bottle designed to store chemical reagents. These bottles typically come with tight-fitting stoppers to prevent contamination and maintain the stability of chemicals inside. A glass or plastic bottle designed to store chemical reagents. These bottles typically come with tight-fitting stoppers to prevent contamination and maintain the stability of chemicals inside. Product ID: 1247602 Product ID: 1249036 Product ID: 1246400 Product ID: 1242802 Product ID: 1245469 Product ID: 1245464 Product ID: 1241987 A bag, usually made from plastic or other flexible materials, used for collecting samples in various fields, such as environmental analysis or medical testing. These bags are often airtight to preserve sample integrity. A bag, usually made from plastic or other flexible materials, used for collecting samples in various fields, such as environmental analysis or medical testing. These bags are often airtight to preserve sample integrity. A bag, usually made from plastic or other flexible materials, used for collecting samples in various fields, such as environmental analysis or medical testing. These bags are often airtight to preserve sample integrity. A bag, usually made from plastic or other flexible materials, used for collecting samples in various fields, such as environmental analysis or medical testing. These bags are often airtight to preserve sample integrity. A bag, usually made from plastic or other flexible materials, used for collecting samples in various fields, such as environmental analysis or medical testing. These bags are often airtight to preserve sample integrity. A bag, usually made from plastic or other flexible materials, used for collecting samples in various fields, such as environmental analysis or medical testing. These bags are often airtight to preserve sample integrity. A bag, usually made from plastic or other flexible materials, used for collecting samples in various fields, such as environmental analysis or medical testing. These bags are often airtight to preserve sample integrity. A bag, usually made from plastic or other flexible materials, used for collecting samples in various fields, such as environmental analysis or medical testing. These bags are often airtight to preserve sample integrity. A bag, usually made from plastic or other flexible materials, used for collecting samples in various fields, such as environmental analysis or medical testing. These bags are often airtight to preserve sample integrity. A bag, usually made from plastic or other flexible materials, used for collecting samples in various fields, such as environmental analysis or medical testing. These bags are often airtight to preserve sample integrity. A bag, usually made from plastic or other flexible materials, used for collecting samples in various fields, such as environmental analysis or medical testing. These bags are often airtight to preserve sample integrity. A bag, usually made from plastic or other flexible materials, used for collecting samples in various fields, such as environmental analysis or medical testing. These bags are often airtight to preserve sample integrity. A bag, usually made from plastic or other flexible materials, used for collecting samples in various fields, such as environmental analysis or medical testing. These bags are often airtight to preserve sample integrity. A bag, usually made from plastic or other flexible materials, used for collecting samples in various fields, such as environmental analysis or medical testing. These bags are often airtight to preserve sample integrity. A bag, usually made from plastic or other flexible materials, used for collecting samples in various fields, such as environmental analysis or medical testing. These bags are often airtight to preserve sample integrity. A bag, usually made from plastic or other flexible materials, used for collecting samples in various fields, such as environmental analysis or medical testing. These bags are often airtight to preserve sample integrity. A bag, usually made from plastic or other flexible materials, used for collecting samples in various fields, such as environmental analysis or medical testing. These bags are often airtight to preserve sample integrity. A bag, usually made from plastic or other flexible materials, used for collecting samples in various fields, such as environmental analysis or medical testing. These bags are often airtight to preserve sample integrity. A rubber bulb with a nozzle, commonly used in medical or laboratory settings to apply suction for cleaning or rinsing, especially in delicate procedures like ear washing or sample collection. A rubber bulb with a nozzle, commonly used in medical or laboratory settings to apply suction for cleaning or rinsing, especially in delicate procedures like ear washing or sample collection. A disposable, small plastic tip that attaches to a pipette, used for accurately dispensing or aspirating liquids in microvolume amounts. The tip is replaced after each use to prevent contamination between samples. A disposable, small plastic tip that attaches to a pipette, used for accurately dispensing or aspirating liquids in microvolume amounts. The tip is replaced after each use to prevent contamination between samples. A device consisting of a cylindrical barrel and a plunger, used for drawing in and expelling liquids or gases. Syringes come in various sizes and are commonly used for precise liquid measurement and injection in medical or chemical applications. A device consisting of a cylindrical barrel and a plunger, used for drawing in and expelling liquids or gases. Syringes come in various sizes and are commonly used for precise liquid measurement and injection in medical or chemical applications. A device consisting of a cylindrical barrel and a plunger, used for drawing in and expelling liquids or gases. Syringes come in various sizes and are commonly used for precise liquid measurement and injection in medical or chemical applications. A device consisting of a cylindrical barrel and a plunger, used for drawing in and expelling liquids or gases. Syringes come in various sizes and are commonly used for precise liquid measurement and injection in medical or chemical applications. A device consisting of a cylindrical barrel and a plunger, used for drawing in and expelling liquids or gases. Syringes come in various sizes and are commonly used for precise liquid measurement and injection in medical or chemical applications. A device consisting of a cylindrical barrel and a plunger, used for drawing in and expelling liquids or gases. Syringes come in various sizes and are commonly used for precise liquid measurement and injection in medical or chemical applications. A conical tool with a narrow stem, used to transfer liquids or powders into containers with small openings. Funnels are typically made of glass, plastic, or stainless steel and are essential for precise pouring. A conical tool with a narrow stem, used to transfer liquids or powders into containers with small openings. Funnels are typically made of glass, plastic, or stainless steel and are essential for precise pouring. A conical tool with a narrow stem, used to transfer liquids or powders into containers with small openings. Funnels are typically made of glass, plastic, or stainless steel and are essential for precise pouring. A type of porous paper used for filtering solids from liquids or gases. The paper is placed inside a funnel or filtration apparatus, allowing the liquid to pass through while trapping the solid particles. A type of porous paper used for filtering solids from liquids or gases. The paper is placed inside a funnel or filtration apparatus, allowing the liquid to pass through while trapping the solid particles. A shallow, round dish made of porcelain or glass, used to heat liquids and evaporate them, leaving behind solids. It is often used in chemistry experiments to concentrate solutions. A bottle with a nozzle, used to wash or rinse laboratory equipment with a stream of water or solvent. It is often used for washing glassware or rinsing samples. A bottle with a nozzle, used to wash or rinse laboratory equipment with a stream of water or solvent. It is often used for washing glassware or rinsing samples. A bottle with a nozzle, used to wash or rinse laboratory equipment with a stream of water or solvent. It is often used for washing glassware or rinsing samples.
Glass curved neck funnel filter size port 40mm triangle mini chemical experiment instrument
 A conical tool with a narrow stem, used to transfer liquids or powders into containers with small openings. Funnels are typically made of glass, plastic, or stainless steel and are essential for precise pouring. A conical tool with a narrow stem, used to transfer liquids or powders into containers with small openings. Funnels are typically made of glass, plastic, or stainless steel and are essential for precise pouring. A conical tool with a narrow stem, used to transfer liquids or powders into containers with small openings. Funnels are typically made of glass, plastic, or stainless steel and are essential for precise pouring. A conical tool with a narrow stem, used to transfer liquids or powders into containers with small openings. Funnels are typically made of glass, plastic, or stainless steel and are essential for precise pouring. A conical tool with a narrow stem, used to transfer liquids or powders into containers with small openings. Funnels are typically made of glass, plastic, or stainless steel and are essential for precise pouring. A shallow, flat dish used for culturing cells, bacteria, or fungi in laboratories. Typically made of glass or plastic. A shallow, flat dish used for culturing cells, bacteria, or fungi in laboratories. Typically made of glass or plastic. A shallow, flat dish used for culturing cells, bacteria, or fungi in laboratories. Typically made of glass or plastic. A shallow, flat dish used for culturing cells, bacteria, or fungi in laboratories. Typically made of glass or plastic. Product ID: 1213709 Product ID: 1213710 Product ID: 1213711 Product ID: 1213690 Product ID: 1209875 Product ID: 1213699 Product ID: 1213703 Product ID: 1213704 Product ID: 1213705 Product ID: 1223139 Product ID: 1223138 Product ID: 1223133 Product ID: 1223136 Product ID: 1223137 Product ID: 1209874 Product ID: 1223150 Product ID: 1223143 Product ID: 1223142 Product ID: 1223141 Product ID: 1223140 Vials designed for the storage of samples over long periods. These vials are typically airtight and can be made of glass or plastic to protect the sample from contamination.
8mm medium hole purple gold aluminum cap
13mm aluminum screw cap
20mm pull ring color striped aluminum cover
20mm coarse pull ring flat gasket colorful aluminum cover
25mm spiral gold aluminum
15mm pull ring gold aluminum cap
13mm pull ring silver aluminum cap
 Product ID: 2126433
13mm two-flip multicolor aluminum cover
28mm triple silver aluminum lid
 Tubes designed for inserting into vials or other containers, often used in laboratory experiments requiring precise delivery of liquids or gases. Vials used specifically for headspace analysis, where a metal crimp closure is used to seal the vial. These vials are designed for volatile compound analysis. Tubes designed for inserting into vials or other containers, often used in laboratory experiments requiring precise delivery of liquids or gases. Test tubes with screw-on caps, providing a secure closure for sample containment. These are often used in laboratory testing where leak-proof sealing is required. Vials used specifically for headspace analysis, where a metal crimp closure is used to seal the vial. These vials are designed for volatile compound analysis.
Dark Red Injection Pad 7MM/5MM
Dark Red Injection Pad 11mm
 Gaskets used to seal the sample inlet area of laboratory equipment, ensuring no leakage of gases or liquids during analysis. Vials designed for the storage of samples over long periods. These vials are typically airtight and can be made of glass or plastic to protect the sample from contamination. Vials used specifically for headspace analysis, where a metal crimp closure is used to seal the vial. These vials are designed for volatile compound analysis. Vials used specifically for headspace analysis, where a metal crimp closure is used to seal the vial. These vials are designed for volatile compound analysis. Vials used specifically for headspace analysis, where a metal crimp closure is used to seal the vial. These vials are designed for volatile compound analysis. Product ID: 1213696 Product ID: 1223153 Product ID: 2039339 Product ID: 2036346 Product ID: 2039288 Product ID: 2036351 Bottles made from plastic, typically used to store reagents or solvents in laboratory settings. These bottles are durable and can be sealed to prevent contamination. Bottles made from plastic, typically used to store reagents or solvents in laboratory settings. These bottles are durable and can be sealed to prevent contamination. Bottles made from plastic, typically used to store reagents or solvents in laboratory settings. These bottles are durable and can be sealed to prevent contamination. Product ID: 1246398 Product ID: 1243993 Product ID: 1245475 Caps designed to safely seal containers holding hazardous or waste liquids. These caps are equipped with safety mechanisms to prevent leaks and spills. Caps designed to safely seal containers holding hazardous or waste liquids. These caps are equipped with safety mechanisms to prevent leaks and spills. Product ID: 1213695 Small filters attached to a syringe or needle for filtering small sample volumes before injection. Needle filters are used in applications where contaminants need to be removed from liquid samples. Small filters attached to a syringe or needle for filtering small sample volumes before injection. Needle filters are used in applications where contaminants need to be removed from liquid samples. Small filters attached to a syringe or needle for filtering small sample volumes before injection. Needle filters are used in applications where contaminants need to be removed from liquid samples. Small filters attached to a syringe or needle for filtering small sample volumes before injection. Needle filters are used in applications where contaminants need to be removed from liquid samples. Small filters attached to a syringe or needle for filtering small sample volumes before injection. Needle filters are used in applications where contaminants need to be removed from liquid samples. Small filters attached to a syringe or needle for filtering small sample volumes before injection. Needle filters are used in applications where contaminants need to be removed from liquid samples. Product ID: 1244820 A storage system for organizing and holding sample vials during laboratory procedures. Vial racks help keep vials upright and easily accessible during testing. A storage system for organizing and holding sample vials during laboratory procedures. Vial racks help keep vials upright and easily accessible during testing. Another screw thread size for vials, slightly larger than the 8-425, used for applications requiring a larger opening and greater sealing capacity. Another screw thread size for vials, slightly larger than the 8-425, used for applications requiring a larger opening and greater sealing capacity. Product ID: 1249040 Test tubes with screw-on caps, providing a secure closure for sample containment. These are often used in laboratory testing where leak-proof sealing is required. Test tubes with screw-on caps, providing a secure closure for sample containment. These are often used in laboratory testing where leak-proof sealing is required. Test tubes with screw-on caps, providing a secure closure for sample containment. These are often used in laboratory testing where leak-proof sealing is required. Bottles specifically designed for rinsing or washing sample vials and equipment in ion chromatography. These bottles help clean off residual chemicals or contaminants. Product ID: 1248357 Bottles used for storing solvents in liquid chromatography, specifically for mobile phases in chromatographic separations. These bottles are usually sealed to prevent evaporation or contamination. Bottles used for storing solvents in liquid chromatography, specifically for mobile phases in chromatographic separations. These bottles are usually sealed to prevent evaporation or contamination. Bottles used for storing solvents in liquid chromatography, specifically for mobile phases in chromatographic separations. These bottles are usually sealed to prevent evaporation or contamination. Bottles used for storing solvents in liquid chromatography, specifically for mobile phases in chromatographic separations. These bottles are usually sealed to prevent evaporation or contamination. Bottles used for storing solvents in liquid chromatography, specifically for mobile phases in chromatographic separations. These bottles are usually sealed to prevent evaporation or contamination. Bottles used for storing solvents in liquid chromatography, specifically for mobile phases in chromatographic separations. These bottles are usually sealed to prevent evaporation or contamination. Bottles used for storing solvents in liquid chromatography, specifically for mobile phases in chromatographic separations. These bottles are usually sealed to prevent evaporation or contamination. Bottles used for storing solvents in liquid chromatography, specifically for mobile phases in chromatographic separations. These bottles are usually sealed to prevent evaporation or contamination. Bottles used for storing solvents in liquid chromatography, specifically for mobile phases in chromatographic separations. These bottles are usually sealed to prevent evaporation or contamination. Bottles used for storing solvents in liquid chromatography, specifically for mobile phases in chromatographic separations. These bottles are usually sealed to prevent evaporation or contamination. A category of materials used in solid-phase extraction, purification, or separation processes. These may include solid-phase cartridges, disks, or other materials used for filtration and separation. A category of materials used in solid-phase extraction, purification, or separation processes. These may include solid-phase cartridges, disks, or other materials used for filtration and separation. A category of materials used in solid-phase extraction, purification, or separation processes. These may include solid-phase cartridges, disks, or other materials used for filtration and separation. Product ID: 1245495 Product ID: 1244891 Product ID: 1241985 Small filters attached to a syringe or needle for filtering small sample volumes before injection. Needle filters are used in applications where contaminants need to be removed from liquid samples. Small filters attached to a syringe or needle for filtering small sample volumes before injection. Needle filters are used in applications where contaminants need to be removed from liquid samples. Small filters attached to a syringe or needle for filtering small sample volumes before injection. Needle filters are used in applications where contaminants need to be removed from liquid samples. Small filters attached to a syringe or needle for filtering small sample volumes before injection. Needle filters are used in applications where contaminants need to be removed from liquid samples. Small filters attached to a syringe or needle for filtering small sample volumes before injection. Needle filters are used in applications where contaminants need to be removed from liquid samples. Small filters attached to a syringe or needle for filtering small sample volumes before injection. Needle filters are used in applications where contaminants need to be removed from liquid samples. Product ID: 1241951 Product ID: 1242746 Product ID: 1243911 Product ID: 1243912 Product ID: 1241922 Product ID: 1248219 Sealing components made of rubber or elastomeric material, used to create airtight seals in laboratory instruments and equipment. Sealing components made of rubber or elastomeric material, used to create airtight seals in laboratory instruments and equipment. Sealing components made of rubber or elastomeric material, used to create airtight seals in laboratory instruments and equipment. Sealing components made of rubber or elastomeric material, used to create airtight seals in laboratory instruments and equipment. Sealing components made of rubber or elastomeric material, used to create airtight seals in laboratory instruments and equipment. Sealing components made of rubber or elastomeric material, used to create airtight seals in laboratory instruments and equipment. Product ID: 1248298 Product ID: 1243990 Product ID: 1245527 Product ID: 1247580 Product ID: 1247581 Product ID: 1244915 Gaskets used to seal the sample inlet area of laboratory equipment, ensuring no leakage of gases or liquids during analysis. Gaskets used to seal the sample inlet area of laboratory equipment, ensuring no leakage of gases or liquids during analysis. Gaskets used to seal the sample inlet area of laboratory equipment, ensuring no leakage of gases or liquids during analysis. Gaskets used to seal the sample inlet area of laboratory equipment, ensuring no leakage of gases or liquids during analysis. Gaskets used to seal the sample inlet area of laboratory equipment, ensuring no leakage of gases or liquids during analysis. Product ID: 1244930 Product ID: 1243950 Product ID: 1241964 Small-diameter tubes used in chromatographic applications to separate compounds in liquid or gas phases. Small-diameter tubes used in chromatographic applications to separate compounds in liquid or gas phases. Small-diameter tubes used in chromatographic applications to separate compounds in liquid or gas phases. Small-diameter tubes used in chromatographic applications to separate compounds in liquid or gas phases. Small-diameter tubes used in chromatographic applications to separate compounds in liquid or gas phases. Small-diameter tubes used in chromatographic applications to separate compounds in liquid or gas phases. Small-diameter tubes used in chromatographic applications to separate compounds in liquid or gas phases. Small-diameter tubes used in chromatographic applications to separate compounds in liquid or gas phases. Small-diameter tubes used in chromatographic applications to separate compounds in liquid or gas phases. Small-diameter tubes used in chromatographic applications to separate compounds in liquid or gas phases. Small filters attached to a syringe or needle for filtering small sample volumes before injection. Needle filters are used in applications where contaminants need to be removed from liquid samples. Small filters attached to a syringe or needle for filtering small sample volumes before injection. Needle filters are used in applications where contaminants need to be removed from liquid samples. Small filters attached to a syringe or needle for filtering small sample volumes before injection. Needle filters are used in applications where contaminants need to be removed from liquid samples. Small filters attached to a syringe or needle for filtering small sample volumes before injection. Needle filters are used in applications where contaminants need to be removed from liquid samples. Small filters attached to a syringe or needle for filtering small sample volumes before injection. Needle filters are used in applications where contaminants need to be removed from liquid samples. Small filters attached to a syringe or needle for filtering small sample volumes before injection. Needle filters are used in applications where contaminants need to be removed from liquid samples. Product ID: 1248263 Product ID: 1246356 Product ID: 1248264 Product ID: 1243949 Product ID: 1244825 Product ID: 1248253 Small filters attached to a syringe or needle for filtering small sample volumes before injection. Needle filters are used in applications where contaminants need to be removed from liquid samples. Small filters attached to a syringe or needle for filtering small sample volumes before injection. Needle filters are used in applications where contaminants need to be removed from liquid samples. Small filters attached to a syringe or needle for filtering small sample volumes before injection. Needle filters are used in applications where contaminants need to be removed from liquid samples. Small filters attached to a syringe or needle for filtering small sample volumes before injection. Needle filters are used in applications where contaminants need to be removed from liquid samples. Small filters attached to a syringe or needle for filtering small sample volumes before injection. Needle filters are used in applications where contaminants need to be removed from liquid samples. Small filters attached to a syringe or needle for filtering small sample volumes before injection. Needle filters are used in applications where contaminants need to be removed from liquid samples. Small filters attached to a syringe or needle for filtering small sample volumes before injection. Needle filters are used in applications where contaminants need to be removed from liquid samples. Small filters attached to a syringe or needle for filtering small sample volumes before injection. Needle filters are used in applications where contaminants need to be removed from liquid samples. Small filters attached to a syringe or needle for filtering small sample volumes before injection. Needle filters are used in applications where contaminants need to be removed from liquid samples. Product ID: 1248258 Product ID: 1247507 Small filters attached to a syringe or needle for filtering small sample volumes before injection. Needle filters are used in applications where contaminants need to be removed from liquid samples. Small filters attached to a syringe or needle for filtering small sample volumes before injection. Needle filters are used in applications where contaminants need to be removed from liquid samples. Small filters attached to a syringe or needle for filtering small sample volumes before injection. Needle filters are used in applications where contaminants need to be removed from liquid samples. Small filters attached to a syringe or needle for filtering small sample volumes before injection. Needle filters are used in applications where contaminants need to be removed from liquid samples. Small filters attached to a syringe or needle for filtering small sample volumes before injection. Needle filters are used in applications where contaminants need to be removed from liquid samples. Small filters attached to a syringe or needle for filtering small sample volumes before injection. Needle filters are used in applications where contaminants need to be removed from liquid samples. Small filters attached to a syringe or needle for filtering small sample volumes before injection. Needle filters are used in applications where contaminants need to be removed from liquid samples. Small filters attached to a syringe or needle for filtering small sample volumes before injection. Needle filters are used in applications where contaminants need to be removed from liquid samples. Product ID: 1241954 Product ID: 1242745 Product ID: 1242741 Product ID: 1248248 Small filters attached to a syringe or needle for filtering small sample volumes before injection. Needle filters are used in applications where contaminants need to be removed from liquid samples. Small filters attached to a syringe or needle for filtering small sample volumes before injection. Needle filters are used in applications where contaminants need to be removed from liquid samples. Small filters attached to a syringe or needle for filtering small sample volumes before injection. Needle filters are used in applications where contaminants need to be removed from liquid samples. Small filters attached to a syringe or needle for filtering small sample volumes before injection. Needle filters are used in applications where contaminants need to be removed from liquid samples. Product ID: 1241963 Product ID: 1243938 Product ID: 1243939 Product ID: 1244818 Small filters attached to a syringe or needle for filtering small sample volumes before injection. Needle filters are used in applications where contaminants need to be removed from liquid samples. Small filters attached to a syringe or needle for filtering small sample volumes before injection. Needle filters are used in applications where contaminants need to be removed from liquid samples. Small filters attached to a syringe or needle for filtering small sample volumes before injection. Needle filters are used in applications where contaminants need to be removed from liquid samples. Small filters attached to a syringe or needle for filtering small sample volumes before injection. Needle filters are used in applications where contaminants need to be removed from liquid samples. Product ID: 1247516 Product ID: 1244827 Product ID: 1243934 Product ID: 2040581 Caps designed to safely seal containers holding hazardous or waste liquids. These caps are equipped with safety mechanisms to prevent leaks and spills. Caps designed to safely seal containers holding hazardous or waste liquids. These caps are equipped with safety mechanisms to prevent leaks and spills. Caps designed to safely seal containers holding hazardous or waste liquids. These caps are equipped with safety mechanisms to prevent leaks and spills. A bottle used for growing or culturing microorganisms or cells in laboratory environments. Plates used for culturing cells or for laboratory testing, such as microplates for high-throughput screening or titration plates for chemical assays. A bottle used for growing or culturing microorganisms or cells in laboratory environments. A bottle used for growing or culturing microorganisms or cells in laboratory environments. A bottle used for growing or culturing microorganisms or cells in laboratory environments. A shallow, flat dish used for culturing cells, bacteria, or fungi in laboratories. Typically made of glass or plastic. A shallow, flat dish used for culturing cells, bacteria, or fungi in laboratories. Typically made of glass or plastic. A bottle used for growing or culturing microorganisms or cells in laboratory environments. A bottle used for growing or culturing microorganisms or cells in laboratory environments. A bottle used for growing or culturing microorganisms or cells in laboratory environments. A bottle used for growing or culturing microorganisms or cells in laboratory environments. A bottle used for growing or culturing microorganisms or cells in laboratory environments. A bottle used for growing or culturing microorganisms or cells in laboratory environments. A bottle used for growing or culturing microorganisms or cells in laboratory environments. A bottle used for growing or culturing microorganisms or cells in laboratory environments. A bottle used for growing or culturing microorganisms or cells in laboratory environments. A bottle used for growing or culturing microorganisms or cells in laboratory environments. A bottle used for growing or culturing microorganisms or cells in laboratory environments. A bottle used for growing or culturing microorganisms or cells in laboratory environments. A bottle used for growing or culturing microorganisms or cells in laboratory environments. A bottle used for growing or culturing microorganisms or cells in laboratory environments. A bottle used for growing or culturing microorganisms or cells in laboratory environments. A bottle used for growing or culturing microorganisms or cells in laboratory environments. A bottle used for growing or culturing microorganisms or cells in laboratory environments. A bottle used for growing or culturing microorganisms or cells in laboratory environments. A bottle used for growing or culturing microorganisms or cells in laboratory environments. A bottle used for growing or culturing microorganisms or cells in laboratory environments. A bottle used for growing or culturing microorganisms or cells in laboratory environments. A shallow, flat dish used for culturing cells, bacteria, or fungi in laboratories. Typically made of glass or plastic. A shallow, flat dish used for culturing cells, bacteria, or fungi in laboratories. Typically made of glass or plastic. A shallow, flat dish used for culturing cells, bacteria, or fungi in laboratories. Typically made of glass or plastic. A shallow, flat dish used for culturing cells, bacteria, or fungi in laboratories. Typically made of glass or plastic. A shallow, flat dish used for culturing cells, bacteria, or fungi in laboratories. Typically made of glass or plastic. A shallow, flat dish used for culturing cells, bacteria, or fungi in laboratories. Typically made of glass or plastic. A shallow, flat dish used for culturing cells, bacteria, or fungi in laboratories. Typically made of glass or plastic. A highly sensitive device used to measure very small mass changes in thin films or surface layers, often used in surface science and material characterization.
Cantilever powerful electric digital display agitator Laboratory industrial small digital display constant speed timing overhead agitator
Shear emulsifier Laboratory homogenizer Tissue homogenizer Mixing homogenizer High speed emulsifier
Ultrasonic cell crusher Laboratory liquid emulsification, separation and dispersion of homogeneous Chinese medicine extraction cell crusher
Oil-free diaphragm vacuum pump positive and negative pressure small portable laboratory suction filter electric pump adjustable negative pressure pump
Digital display rotary viscometer NDJ-5S/8S Laboratory paint coating tester pointer viscometer
Disposable vacuum filter device 250 500 1000ml filter PES filter membrane 0.22 sterilization kit
 A highly sensitive device used to measure very small mass changes in thin films or surface layers, often used in surface science and material characterization. A highly sensitive device used to measure very small mass changes in thin films or surface layers, often used in surface science and material characterization.
Based on direct ionization mass spectrometry and linear ion trap mass spectrometry, the miniaturized mass spectrometer can be applied to hair and urine
Drug testing, sewage drug testing, suspected substance testing, traces to find poison, product performance indicators have passed the Ministry of Public Security statutory testing institutions third-party testing certification, through the standard products and
A database of samples to test for all drugs.
The product has obtained the police equipment certification of the Ministry of Public Security and was selected into the project library of the Police equipment Procurement Center of the Ministry of Public Security (012) as an excellent innovation of national anti-drug technical equipment
The new achievements were shortlisted for the 10th and 11th China International Police Equipment Expo hosted by the Ministry of Public Security. After academician experts and other identification: key technical indicators reached the national
International leading level, has been identified as the "first set of domestic" products, with high sensitivity, qualitative and quantitative accuracy, broad spectrum, fast, low cost, simple operation and other advantages.
The accurate measurement is based on mass spectrometry, which can be both qualitative and quantitative to avoid drug interference
High sensitivity Sensitivity up to 0.01ppb (Taking meth detection as an example) Note: 0.01ppb = 10ppt = 0.01ng/mL
Much more. All drugs can be tested through a database of standards and samples
Multi-purpose hair test, urine test, sewage test, suspected substance detection, traces to find poison
The vehicle can be transported to the site for rapid and accurate detection and traceability
It takes only a few seconds to ten minutes to test a sample, and a single sample can detect multiple target drugs at the same time
Intelligent one-click operation, low requirements for users.


I. Technological Innovation: Breaking Traditional Constraints

The HAMAG CRAIV - 110 series of miniature mass spectrometers rely on the company's independently developed direct ionization mass spectrometry technology, which is a major breakthrough in the mass spectrometry field. Traditional mass spectrometers are often limited by the requirements for a vacuum environment and complex chromatographic separation processes, resulting in large - sized instruments, complex operations, and can only be operated in professional laboratory environments. However, direct ionization mass spectrometry technology cleverly bypasses these limitations. It can directly ionize samples rapidly under atmospheric pressure and then achieve mass spectrometry analysis. This innovation not only significantly shortens the detection time, reducing it from several hours or even longer in the past to just tens of seconds nowadays, but also remarkably reduces the detection cost, opening the door for mass spectrometers to be used in on - site detection scenarios.

The core of direct ionization mass spectrometry technology lies in its independently developed direct ionization ion source. This key component, like the "heart" of a mass spectrometer, is responsible for accurately charging target compounds and converting them into ions in a conventional environment. In actual operation, it is necessary to precisely control the ionization process and apply just - right "ionization forces" according to the characteristics of different compounds, which poses extremely high technical challenges. Relying on deep technical accumulation and continuous R & D investment, HAMAG  has successfully developed 6 types of direct ionization ion sources with independent intellectual property rights, completely solving the "bottleneck" problem of China's core key components in direct ionization mass spectrometers. Among them, the direct ionization mass spectrometry ion source has been appraised as "internationally innovative", and the direct ionization mass spectrometer developed based on it has reached the "internationally leading level in key technical indicator sensitivity".

II. Detailed Explanation of CRAIV - 110 Series Products

(1) CRAIV - 110H: A "Sharp Blade" for Hair Drug Detection

The hair drug detection - specific portable mass spectrometer CRAIV - 110H is designed specifically to meet the needs of accurate and rapid detection of drugs in hair samples in large - scale and high - volume scenarios. In the work of community rehabilitation and drug control, it is necessary to regularly test the hair of a large number of people for drugs to ensure the control effect. The screening of suspected drug users among public servants and the general public also faces challenges such as a large number of samples and high requirements for detection speed. CRAIV - 110H can easily handle these scenarios. It can accurately detect the types and contents of drugs from hair samples within just 20 seconds. Through advanced detection algorithms and an efficient data processing system, the instrument can accurately identify a variety of common drugs and their metabolites, providing strong data support for drug control work.

(2) CRAIV - 110P: A "Versatile" in Drug Seizure

The drug seizure - specific portable mass spectrometer CRAIV - 110P demonstrates powerful multi - type sample analysis capabilities. It can not only qualitatively and quantitatively detect traditional drugs in solid and liquid forms, such as methamphetamine, heroin, ketamine, morphine, cocaine, MDMA, etc., but also effectively detect more than 200 new psychoactive substances, including synthetic cannabinoids, fentanyl - like substances, fluanisone, etc. At key nodes of drug circulation such as customs, border ports, and logistics transfer stations, CRAIV - 110P can quickly test various suspicious items, providing law enforcement officers with accurate drug information and assisting in combating drug - related criminal activities. It supports the blind - screening function. Even when facing samples with unknown components, it can quickly identify potential drug components by virtue of its powerful database and intelligent analysis algorithms, greatly improving the efficiency and accuracy of drug seizure work.

(3) CRAIV - 110F: A "Guardian" for Fentanyl Seizure

The fentanyl detection - specific portable mass spectrometer CRAIV - 110F plays a crucial role in important places such as customs and ports. Fentanyl - like substances are highly addictive and harmful, and their illegal circulation poses a serious threat to social security. CRAIV - 110F can quickly and accurately detect all fentanyl - like substances on - site in complex environments. The instrument adopts highly sensitive detection technology and targeted sample pretreatment methods, which can effectively eliminate interference and accurately detect trace amounts of fentanyl - like drugs, building a solid defense line to protect national security and prevent fentanyl - like drugs from flowing into the country.
Handheld Electronic Crimper/Decapper This motor-driven device performs crimping/decapping operations on
aluminum headspace vials, serum vials, and full aluminum caps. It achieves tight, consistent seals effortlessly, offering superior reproduc
ibility and reliability compared to manual tools. The adjustable jaw height accommodates septa and caps of varying thicknesses. Our
company provides multiple models to meet diverse needs.
Key Features
·High Efficiency ‒ Operation cycle ≤� seconds ·Effort-Saving ‒ Lightweight design for prolonged use
·User-Friendly ‒ Side-mounted display for real-time monitoring ·Intelligent Control ‒ Microchip-regulated precision
·Workspace Adaptability ‒ Unrestricted by environmental constraints
 
 SCO-2110Prois a high-precision intelligent column temperature chamber for proteomic analysis, which can achieve rapid temperature rise and accurate temperature control without replacing the original ion source, and is a helpful assistant for proteomic analysis.
Science and technology ensure life health, safety and reproduction
Reduce the system back pressure by 30-50%, improve the chromatographic separation capacity
The sample loading time is reduced by 10-30%, and the analysis efficiency is improved
The identification efficiency is increased by 5-15%, and the identification efficiency and depth of proteome samples are increased
Reliable performance, through CE, UL, FCC certification
Single-cell metabolomics makes human's exploration of life and diagnosis and treatment of diseases more accurate and comprehensive, and studies the pathogenic mechanism of diseases and the pharmacology of drugs
Toxicology, early screening of major diseases, screening of cancer treatment drugs and other fields have important application value, and are the current life science and clinical medicine
Research frontiers and hot spots.
This is a high-end mass spectrometer capable of single-cell metabolite analysis. The product can be fully automatic based on extraction method
Cell localization, extraction, ionization and mass spectrometry are powerful tools for cell biology and single-cell metabolomics

CAS number 26392 - 63 - 2 is a nonanamide - type compound, named N - [2 - [2 - [2 - (2 - aminoethylamino) ethylamino] ethylamino] ethyl] nonanamide monoacetate. 

Basic Information

Physical Properties

Specific data such as melting point, boiling point, density, and flash point of this substance are currently unavailable. As an organic compound, N - [2 - [2 - [2 - (2 - aminoethylamino) ethylamino] ethylamino] ethyl] nonanamide monoacetate is generally a solid under normal temperature and pressure. It may have certain solubility, and its solubility in organic solvents is likely to be better than that in water.

Chemical Properties

Applications
616204-22-9 >98%

Introduction to Acetyl Hexapeptide-8

Acetyl hexapeptide-8, also known as acetyl hexapeptide-3 and hexapeptide, with the commercial name Argireline, is a highly acclaimed ingredient in the cosmetics industry, excelling in anti-wrinkle and anti-aging applications.

I. Basic Information

1. CAS Number: 616204 - 22 - 9

2. Molecular Formula: C34H60N14O12S

3. Molecular Weight: 888.9

4. Appearance: It typically appears as a white powder with a purity of ≥99% and a peptide content of ≥85%.

II. Source and Preparation

Acetyl hexapeptide-8 is not directly extracted from natural organisms. Instead, it is obtained through chemical synthesis. The synthesis process adheres to strict Good Manufacturing Practice (GMP) standards. It goes through a series of professional steps, including synthesis, drying, cleavage, purification, freeze - drying, packaging, and warehousing. No additional components, preservatives, or antioxidants are added, and finally, a multi - morphological crystalline powder is obtained to ensure product quality compliance.

III. Mechanism of Action

Muscle contraction is regulated by motor neurons. When neurotransmitters are released and bind to receptors on muscle cells, muscle contraction is triggered. Acetyl hexapeptide-8 can mimic the SNAP - 25 protein domain fragment and compete for the binding site of SNAP - 25 in the SNARE complex. The SNARE complex is composed of three proteins: VAMP, Syntaxin, and SNAP - 25. Once the stability of the SNARE complex is affected, vesicles cannot effectively release the neurotransmitter acetylcholine. As a result, muscle cells do not receive contraction signals, and muscle contraction activity is weakened, effectively reducing wrinkles caused by frequent muscle contractions, especially dynamic wrinkles. Additionally, acetyl hexapeptide-8 can stimulate skin cells to promote the synthesis of collagen (such as type I and type III collagen) and elastin, contributing to enhanced skin elasticity and improved skin laxity.

IV. Efficacy Characteristics

1. Wrinkle Reduction and Smoothing: As a high - quality anti - wrinkle ingredient, it exhibits high anti - wrinkle activity. It can effectively reduce dynamic wrinkles on the face caused by facial expressions, such as crow's feet, glabellar lines, and forehead wrinkles. Clinical studies have shown that among Chinese healthy female volunteers with an average age of 46.0 years (±7.2 years), continuous use of products containing 200ppm of acetyl hexapeptide-8 for 4 weeks can significantly reduce facial wrinkles. In 2002, the International Journal of Cosmetic Science reported that after continuous use of a 10% hexapeptide emulsion on healthy female volunteers for 30 days, the average wrinkle depth was reduced by 30%.

2. Skin Tightening: By promoting the production of collagen and elastin, it strengthens the skin's supporting structure, making the skin firmer and more elastic. It improves skin sagging and gives a more streamlined facial contour.

3. Gentle and Safe: Compared to botulinum toxin, acetyl hexapeptide-8 does not require injection. This avoids risks such as pain, erythema, and edema caused by puncture, as well as side effects such as upper eyelid ptosis, facial asymmetry, and speech difficulties due to toxin diffusion. It is safer and more gentle, making it suitable for a wider range of people.

4. Moisturizing and Antioxidant: Acetyl hexapeptide-8 has certain moisturizing properties, helping the skin retain moisture and maintain a hydrated state. It also has antioxidant activity, which can neutralize free radicals, reduce oxidative stress damage to the skin, and contribute to delaying skin aging.

V. Application Fields

Acetyl hexapeptide-8 is mainly applied in the cosmetics industry and is often added to various high - end skin care products.

1. Facial Care Products: Products such as serums and facial creams can comprehensively improve the condition of facial skin, reduce wrinkles, and enhance skin firmness and radiance. For example, La Mer Crème de la Mer, Estée Lauder Re-Nutriv Ultimate Lifting Crème, Hanshu Double - Tube Serum, and UNISKIN Firming Cream all contain this ingredient.

2. Eye Care Products: The addition of acetyl hexapeptide-8 to eye creams and eye masks can specifically address eye - area skin problems, reducing crow's feet and dark circles, and making the eye - area skin firmer and smoother. Products like Clinique Smart Clinical Repair Wrinkle Correcting Eye Cream and Winona Firming Eye Cream contain this ingredient.

3. Neck Care Products: Used in neck care products, it helps reduce neck wrinkles and improve the elasticity and firmness of neck skin.

VI. Usage Recommendations

1. Dosage: In cosmetic formulations, the recommended dosage of acetyl hexapeptide-8 is 20 - 500ppm, with a recommended dosage of more than 100ppm. The specific dosage may vary depending on product type and expected efficacy.

2. Storage Conditions: The product should be stored at 2 - 8°C in a dark place. The shelf life is usually 24 months to ensure its activity and stability.

3. Combined Use: To further enhance skin - care effects, acetyl hexapeptide-8 can be combined with palmitoyl peptides (such as palmitoyl tetrapeptide-7 and palmitoyl pentapeptide-4), hyaluronic acid, collagen, and antioxidant components (such as vitamin E and vitamin C). These components work synergistically with acetyl hexapeptide-8 to better care for the skin in terms of anti - wrinkle, moisturizing, and antioxidant effects.

 

 

Description

Argireline prevents formation of skin lines and wrinkles, inhibiting neurotransmitter release at the neuromuscular junction. Sequence: N-acetyl-Glu-Glu-Met-Gln-Arg-Arg-NH2.

 

 

 Chemical & Physical Properties

Density

1.5±0.1 g/cm3

Molecular Formula

C34H60N14O12S

Molecular Weight

888.992

Exact Mass

888.423584

PSA

484.48000

LogP

-6.67

Appearance of Characters

white

Index of Refraction

1.661

Synonyms

N-Acetyl-L-α-glutamyl-L-α-glutamyl-L-methionyl-L-glutaminyl-L-arginyl-L-argininamide

L-Argininamide, N-acetyl-L-α-glutamyl-L-α-glutamyl-L-methionyl-L-glutaminyl-L-arginyl-

Argireline Acetate anti-aging cosMetic peptide

Argirelin Acetate(Acetyl Hexapeptide-3)

Ac-Glu-Glu-Met-Glu-Arg-Arg-NH2

Argreline Acetate

Acetyl hexapeptide-3

 
936616-33-0 >98%

Conotoxin peptide, Conotoxin anti-wrinkle peptide, Conotoxin botulinum toxin

 

Common Name

mu-conotoxin

CAS Number

936616-33-0

Molecular Weight

2375.70

Density

1.71±0.1 g/cm3

Boiling Point

N/A

Molecular Formula

C92H139N35O28S6

Melting Point

N/A

 

· Name: Mu-conotoxin

· INCI Name: Arginine/Lysine Polypeptide

· Molecular Formula: C92H139N35O28S6

 

Source and Extraction

Conotoxin peptide is a polypeptide substance extracted from the venom secreted by cone snails and obtained through artificial synthesis or biological simulation.

Mechanism of Action

· Blocking of Ion Channels: Conotoxin peptide can specifically block voltage-gated sodium channels, especially the Nav1.4 channel in muscles. It reduces the transmission of muscle contraction signals, thereby relaxing the muscles.

· Retention of Muscle Current Conduction: When the conotoxin peptide exerts its effect, it can retain 5% of the neuromuscular current conduction in the muscles, providing a natural rejuvenation effect and avoiding complete muscle stiffness and paralysis.

Efficacy Characteristics

· Significant Anti-wrinkle Effect: It can effectively improve dynamic wrinkles. By relaxing the muscles, it can instantly fade wrinkles, making the skin look younger.

· High Stability and Strong Penetrability: The conotoxin peptide is a highly folded peptide with a stable structure, which can strongly penetrate the skin and better exert its efficacy.

· High Safety: Relevant tests have shown that the conotoxin peptide has not exhibited any cytotoxicity, skin irritation, allergy, or eye irritation.

Application Fields

It is mainly applied in the cosmetics field. Many international brands such as Peter Thomas Roth, Natura Bissé, Revive, and Maria Galland have applied it in cosmetics. The product types include essence liquids, eye patches, forehead patches, eye creams, facial masks, etc.

 

 

Description μ-Conotoxin-CnIIIC is a 22-residue conopeptide that can be isolated from Conus consors. μ-Conotoxin-CnIIIC is a potent and persistent blocker of NaV1.4 channel. μ-Conotoxin-CnIIIC has analgesic, anaesthetic and myorelaxant properties[1][2].

Related Catalog 

Signaling Pathways >> Membrane Transporter/Ion Channel >> Sodium Channel

Research Areas >> Inflammation/Immunology

Target 

NaV1.4 Channel[2]

 

References 

[1]. Markgraf R, et al. Mechanism and molecular basis for the sodium channel subtype specificity of µ-conopeptide CnIIIC. Br J Pharmacol. 2012 Oct;167(3):576-86.  

 

[2]. Del Río-Sancho S, et al. Cutaneous iontophoresis of μ-conotoxin CnIIIC-A potent NaV1.4 antagonist with analgesic, anaesthetic and myorelaxant properties. Int J Pharm. 2017 Feb 25;518(1-2):59-65.  
868844-74-0 >98%


Product Introduction

I. Product Overview

Oxytocin Acetate, a natural protein hormone with crucial physiological regulatory functions, plays an extremely important role in the process of life activities. It is synthesized by the hypothalamus, stored in the posterior pituitary gland, and released into the bloodstream upon stimulation by specific physiological signals, thereby exerting extensive and key regulatory effects on the body.

Name

Oxytocin acetate salt

CAS Number

50-56-6

Molecular Weight

1007.187

Density

1.3±0.1 g/cm3

Boiling Point

1533.3±65.0 °C at 760 mmHg

Molecular Formula

C43H66N12O12S2

Melting Point

192-194°C

MSDS

Available

Flash Point

881.1±34.3 °C

Density

1.3±0.1 g/cm3

Boiling Point

1533.3±65.0 °C at 760 mmHg

Melting Point

192-194°C

Molecular Formula

C43H66N12O12S2

Molecular Weight

1007.187

Flash Point

881.1±34.3 °C

Exact Mass

1006.436462

PSA

450.13000

LogP

-4.26

Vapour Pressure

0.0±0.3 mmHg at 25°C

Index of Refraction

1.554

Storage condition

2-8°C

 

II. Special Function.

(I) Precision Support for Maternal and Infant Health, Ensuring Reproductive Safety

1.      Efficient Induction and Augmentation of Labor: During childbirth, Oxytocin Acetate can accurately mimic the uterine contraction pattern during natural childbirth, stimulating rhythmic contractions of the uterine smooth muscle. As the pregnancy progresses, the uterus becomes increasingly sensitive to it, reaching its peak at full - term. This effectively promotes cervical dilation, facilitates a smooth delivery, significantly reduces the risk of dystocia, and ensures the safety of both the mother and the baby. A large amount of clinical data shows that the rational use of Oxytocin Acetate can increase the success rate of natural childbirth.

2.       Prevention and Treatment of Postpartum Hemorrhage: After childbirth or abortion, if uterine bleeding occurs due to uterine atony or poor involution, Oxytocin Acetate can act quickly, enhance uterine contractility, effectively compress the blood vessels in the myometrium, reduce bleeding, and decrease the incidence of postpartum hemorrhage - related complications, laying a solid foundation for the mother's postpartum recovery. Relevant studies have shown that after using Oxytocin Acetate, the incidence of postpartum hemorrhage can be reduced less.

3.       Promotion of Breastfeeding: Oxytocin Acetate not only acts on the uterus but also stimulates the contraction of the smooth epithelial cells around the mammary alveoli, acting like a "switch" to start the milk delivery process. It helps milk flow smoothly from the breast, promotes the successful establishment of breastfeeding, provides the best nutritional source for newborns, and strengthens the emotional bond between the mother and the baby. According to statistics, with the assistance of Oxytocin Acetate, the success rate of breastfeeding has increased.

(II) Regulation of Physical and Mental State, Alleviation of Stress and Anxiety

1.      Antistress "Buffer": In the face of various pressures and traumas in life, Oxytocin Acetate serves as an "antistress guard" within the human body. It can effectively regulate the body's stress response system, reduce the level of cortisol (the main stress hormone), help individuals recover quickly from a state of tension, relieve anxiety, enhance psychological resilience, and enable people to maintain emotional stability and a good psychological state in a stressful environment. Studies have found that in stressful situations, the supplementation of Oxytocin Acetate can reduce the individual's anxiety score.

2.       Pro - social Behavior Booster: Known as the "love hormone" and "cuddle hormone", Oxytocin Acetate plays a crucial role in social interactions. When people have positive social contacts, such as hugs and intimate conversations, the secretion of Oxytocin Acetate in the body increases, stimulating individuals to generate a sense of trust and intimacy, promoting the establishment and deepening of emotional connections between people, improving the quality of social interactions, and creating a harmonious interpersonal atmosphere. Experiments have shown that after exposure to Oxytocin Acetate, people's willingness to cooperate in social interactions has increased.

(III) Excellent Quality Assurance, Stable and Reliable

1.      High Purity and Activity: Our Oxytocin Acetate product adopts advanced production processes and strict quality control systems to ensure that the peptide purity of the product, as detected by HPLC, is ≥99.0%. It has a high degree of biological activity, can accurately and efficiently act on the corresponding targets in the human body, and exert the expected physiological regulatory functions, providing a solid quality guarantee for medical and scientific research applications.

2.       Good Stability: In terms of storage, this product performs outstandingly. At room temperature, the shelf life can reach 8 months; if stored at a low temperature of - 20°C, the shelf life is extended to 18 months, which greatly facilitates the storage and transportation of the product, reduces the risk of product quality problems caused by storage conditions, and ensures that customers can use stable and reliable products in different scenarios.

III. Application Areas

1.      Medical Field: Widely used in obstetrics and gynecology clinics for labor induction, labor augmentation, treatment of postpartum and post - abortion uterine bleeding; it also plays an important role in the oxytocin challenge test to understand placental reserve function. In addition, the nasal drops formulation can assist in promoting milk ejection and support breastfeeding. In recent years, Oxytocin Acetate has also shown potential application value in the treatment of some non - reproductive system diseases, such as relieving postoperative gastrointestinal motility retardation.

2.       Scientific Research Field: As an important scientific research reagent, in basic scientific research such as molecular biology and pharmacology, it helps researchers deeply explore its mechanisms of action in multiple fields such as reproductive physiology, neuroendocrine regulation, and social behavior, providing key research tools for the scientific development of related fields.

Precautions: High - dose use of Oxytocin Acetate may lead to tetanic contractions of the uterus, causing serious risks such as fetal asphyxia and uterine rupture. Therefore, it is necessary to strictly control the dosage. In addition, some individuals may be allergic to Oxytocin Acetate. It is necessary to carefully understand the patient's allergy history before use and closely observe adverse reactions during use.

Our Oxytocin Acetate, with its excellent efficacy, reliable quality, and wide range of application values, is sure to become your powerful assistant in the medical and scientific research fields, contributing to the protection of maternal and infant health and the promotion of scientific research development.

 
 

Carbetocin Acetate  (CAS Number: 37025-55-1)

 

Product Introduction

 

Chemical & Physical Properties

Density

1.2±0.1 g/cm3

Boiling Point

1477.9±65.0 °C at 760 mmHg

Molecular Formula

C45H69N11O12S

Molecular Weight

988.161

Flash Point

847.6±34.3 °C

Exact Mass

987.484802

PSA

387.81000

LogP

-3.59

Vapour Pressure

0.0±0.3 mmHg at 25°C

Index of Refraction

1.533

Storage condition

2-8℃

 

 

Carbetocin Acetate, a crucial active pharmaceutical ingredient (API) in the global obstetric field for the prevention and treatment of postpartum hemorrhage, is an ideal choice for pharmaceutical companies due to its outstanding performance and stable quality. Our product stands out in the international market with three core advantages.

1. Ultra-high Purity and Stable Quality, Ensuring Efficacy of Final Products

The Carbetocin Acetate API we produce boasts a purity of over 99%. The production and quality control processes strictly adhere to international GMP standards and ICH guidelines. Each batch undergoes sophisticated testing using methods such as HPLC and NMR, ensuring that the impurity content is far below the pharmacopoeia standards. Its stable chemical properties allow it to maintain long-term activity stability under low-temperature storage conditions at -15°C, effectively reducing the production risks for formulation companies. Whether used for developing injections or long-acting sustained-release formulations, it can guarantee the high efficiency and safety of end products, helping customers create trustworthy branded products.

2. Optimized Processes, Achieving a Win-win in Cost and Environmental Protection

Our innovative synthesis processes significantly shorten the production cycle and reduce raw material consumption, cutting costs by more than 20% compared to traditional processes. Moreover, we place great emphasis on green production. Through solvent recovery and waste recycling technologies, we minimize the environmental impact of the production process, meeting the requirements of EU REACH regulations and US FDA environmental protection standards. This not only helps customers control procurement costs but also enables them to meet the increasingly stringent environmental compliance requirements of the global market, enhancing the sustainable competitiveness of the supply chain.

3. Flexible Customization, Adapting to Global Market Demands

We offer customized services for various specifications and packaging options, promptly responding to orders ranging from small laboratory packages to large-scale industrial orders. For different national pharmacopoeia standards (such as EP, USP, ChP), we provide precise index optimization solutions to ensure seamless integration with global registration processes. Our professional technical team can also offer comprehensive technical support from API to formulation development, assisting customers in accelerating product launch and seizing the market opportunities in postpartum hemorrhage treatment drugs.

With excellent quality, cost advantages, and flexible services, our Carbetocin Acetate API has served customers in more than 30 countries worldwide, becoming a trusted partner in the field of obstetric medications. We look forward to working with you to jointly provide high-quality solutions for maternal health globally.

 

 
 

Octreotide Acetate (CAS 79517 - 01 - 4)

Product Introduction

I.                  Core Product Characteristics

Chemical & Physical Properties

Density

1.4±0.1 g/cm3

Boiling Point

1447.2±65.0 °C at 760 mmHg

Melting Point

153-156ºC

Molecular Formula

C51H70N10O12S2

Molecular Weight

1079.29

Flash Point

829.1±34.3 °C

PSA

382.82000

LogP

0.77

Vapour Pressure

0.0±0.3 mmHg at 25°C

Index of Refraction

1.673

 

(A) Properties and Structure

Octreotide acetate bulk drug appears as a white powder or lyophilized powder, exhibiting excellent chemical stability under normal storage conditions. To maximize its biological activity, storage at -20°C under lyophilized and light-protected conditions is recommended. Chemically, it is a synthetic octapeptide compound, serving as an analog of the tetradecapeptide somatostatin. With a molecular formula of C₅₁H₇₀N₁₀O₁₂S₂ and a molecular weight of approximately 1079.29, its molecular structure contains two cysteine residues that cyclize the polypeptide chain through a disulfide bond. This unique structural design is crucial for maintaining its biological activity, laying a solid foundation for downstream formulation production.

(B) Fundamental Mechanism of Action

Octreotide acetate bulk drug has a well-defined mechanism of action, serving as the core for the efficacy of numerous formulations. It binds to somatostatin receptors (SSTR) in the human body, with a higher affinity for SSTR2 and SSTR5. Upon binding, it inhibits the activity of adenylate cyclase, reducing the intracellular production of cAMP, thereby suppressing the secretion of various hormones such as growth hormone, insulin, etc. Additionally, it regulates ion channels, influencing cellular functions. Its mechanisms of action in the digestive and vascular systems provide a reliable basis for developing formulations for treating diseases such as acromegaly and gastroenteropancreatic endocrine tumors.

II. Diverse Application Values

(A) High-Quality Raw Material for Formulation Production

As a bulk drug, octreotide acetate is the key raw material for producing various formulations. It can be used to prepare long-acting sustained-release formulations for acromegaly, effectively controlling growth hormone levels in patients who have failed surgery, radiotherapy, or treatment with dopamine receptor agonists, or those who are unable or unwilling to undergo surgery, and alleviating symptoms such as enlarged hands and feet and facial changes. It can also be used to develop formulations for relieving symptoms associated with gastroenteropancreatic endocrine tumors. For carcinoid tumors with carcinoid syndrome, VIPomas, glucagonomas, etc., it improves symptoms like facial flushing, diarrhea, and hyperglycemia by inhibiting related hormone secretion.

(B) Raw Material for Preventive and Emergency Formulations

Octreotide acetate bulk drug is indispensable for producing formulations to prevent postoperative pancreatic complications. Clinically proven, injection formulations made from this raw material, when used before surgery, can inhibit pancreatic secretion, reduce the risk of complications such as pancreatic fistula and infection, and promote postoperative recovery. Furthermore, for the emergency treatment of esophageal-gastric variceal bleeding caused by liver cirrhosis, formulations prepared from this bulk drug can be used in conjunction with endoscopic sclerotherapy. They achieve rapid hemostasis by reducing splanchnic blood flow and portal venous pressure, buying time for further treatment.

III. Outstanding Competitive Advantages

(A) High Activity and Stability

During the production process, octreotide acetate bulk drug is strictly controlled using advanced technologies to ensure its high biological activity and chemical stability. Thanks to its unique molecular structure, it demonstrates stronger inhibitory effects on hormones like growth hormone and glucagon compared to similar raw materials, guaranteeing the high efficacy of downstream formulations. Its stable chemical properties also prevent deterioration during formulation production and storage, extending the shelf life of the formulations.

(B) Strong Formulation Adaptability

This bulk drug features excellent physical and chemical properties, allowing it to flexibly adapt to various formulation production processes. Whether made into injections, lyophilized powder injections, or long-acting sustained-release formulations, it maintains stable performance and biological activity. Its good solubility and dispersibility facilitate mixing with other excipients, meeting the production requirements of different dosage forms and providing convenience for pharmaceutical companies to develop diversified products.

(C) Quality and Regulatory Advantages

Manufactured in strict accordance with international advanced production standards and quality management systems, every production step, from raw material procurement to finished product delivery, undergoes rigorous testing. The product quality complies with the standards of various pharmacopoeias, such as the Chinese Pharmacopoeia, the United States Pharmacopeia, and the European Pharmacopoeia, ensuring unimpeded global market circulation and providing partners with high-quality, reliable, and compliant raw materials.

 

 
 

Terlipressin Acetate - An Exceptional API Solution

Product Overview

 

Chemical & Physical Properties

Density

1.5±0.1 g/cm3

Boiling Point

1824.0±65.0 °C at 760 mmHg

Molecular Formula

C52H74N16O15S2

Molecular Weight

1227.372

Flash Point

1056.9±34.3 °C

Exact Mass

1226.496094

PSA

563.45000

LogP

-6.75

Vapour Pressure

0.0±0.3 mmHg at 25°C

Index of Refraction

1.664

Storage condition

-20°C

 

Terlipressin Acetate, with the CAS number 14636 - 12 - 5, is a highly valuable active pharmaceutical ingredient (API) in the medical field. Its chemical name is triglycyl-lysine vasopressin acetate. As a synthetic long-acting vasopressin preparation, it plays a crucial role in the treatment of various diseases.

Properties

This product appears as a white or off-white loose block or powder, and it is hygroscopic. Terlipressin Acetate exhibits excellent solubility in water and 1% acetic acid solution. This characteristic provides great convenience for formulation and processing during pharmaceutical production, ensuring precise preparation of various dosage forms to meet diverse clinical application requirements.

Product Highlights

Unique Mechanism of Action - Long-lasting and Stable Efficacy Release

Terlipressin Acetate is a prodrug that is inactive by itself. After entering the human body, through the action of aminopeptidase, it slowly removes the three glycyl residues at the N-terminus, continuously releasing active lysine vasopressin. Thanks to this unique "slow-release" mechanism, a single administration can maintain smooth muscle contraction for up to 10 hours. In contrast, the activity of the same dose of ordinary vasopressin can only last for 20 - 40 minutes. With its long-lasting and stable efficacy release, Terlipressin Acetate can reduce the frequency of administration in clinical treatment, improve patient compliance, and ensure the continuity and stability of therapeutic effects, providing patients with a more reliable treatment experience.

Wide Clinical Applications - Therapeutic Potential in Multiple Fields

  1. Esophageal Variceal Bleeding: It is currently the only drug that can improve the survival rate of patients with esophageal variceal bleeding. By contracting the smooth muscles of the visceral blood vessels, it effectively reduces visceral blood flow, thereby decreasing portal venous blood flow and pressure, fundamentally alleviating bleeding symptoms, buying precious rescue time for patients, and significantly improving the prognosis of patients.

2.        Hepatorenal Syndrome: It can reduce plasma renin concentration, increase renal blood flow in patients with hepatorenal syndrome, effectively improve renal function, and increase urine output, which is of great significance for improving the liver and kidney conditions of patients and delaying disease progression.

3.        Other Fields: Terlipressin Acetate is also likely to play a beneficial role in refractory shock and cardiopulmonary resuscitation, demonstrating its therapeutic potential in multiple fields and providing new possibilities for the treatment of more complex diseases.

High Safety and Reliability - A Trustworthy Choice for Clinical Use

Due to the slow enzymatic hydrolysis rate, lysine vasopressin will not reach toxic levels during circulation. Compared with traditional vasopressin, Terlipressin Acetate has a longer-lasting effect and does not cause serious complications such as fibrinolytic promotion and cardiovascular problems. It has a simple and convenient administration method via intravenous injection, making it especially suitable for the emergency rescue and treatment of critically ill patients. Our strict production standards and quality control system ensure the stable and reliable quality of each batch of products, providing medical professionals and patients with a highly safe and trustworthy treatment option.

Quality Assurance

We are equipped with advanced production facilities and a production process that strictly adheres to cGMP standards. Every step, from raw material procurement to finished product delivery, is strictly controlled and tested. The product purity, detected by high-performance liquid chromatography (HPLC), consistently meets the high standard of ≥95%, conforming to various international quality specifications, and providing a solid guarantee for your production needs.

Application Areas

Primarily applied in the pharmaceutical industry, it is used for the production of injectable drugs for the treatment of diseases such as esophageal variceal bleeding, hepatorenal syndrome, and refractory shock.

Storage Conditions

Please store the product at 4°C, keep it sealed, and avoid moisture and light exposure to ensure the long-term stability of product quality.

Should you have any inquiries or requirements regarding Terlipressin Acetate API, please feel free to contact us. Our professional team is dedicated to serving you and looks forward to collaborating with you to create a brighter future in the pharmaceutical field.

 

 
 

Trabectedin Chemical Properties

 

Melting point 

>143°C (dec.)

alpha 

D25 +114° (c = 0.1 in methanol)

density 

1.55±0.1 g/cm3 (20 ºC 760 Torr)

storage temp. 

-20°C Freezer, Under inert atmosphere

solubility 

Chloroform (Slightly), Methanol (Slightly)

pka

9.73±0.40(Predicted)

form 

Solid

color 

Light Yellow to Yellow

optical activity

-53.824.5 (CHCl3)

InChIKey

PKVRCIRHQMSYJX-HAHYLZASNA-N

Trabectedin API Product Introduction​

Overview​

Trabectedin, with the CAS number 114899-77-3, is a highly specialized and sought-after active pharmaceutical ingredient (API) revolutionizing the field of oncology. This synthetic compound, renowned for its potent anti-cancer properties, serves as the cornerstone for developing cutting-edge treatments for a variety of malignancies.​

Properties​

Trabectedin API presents as a yellow to orange solid powder, exuding a distinct visual identity. It demonstrates limited solubility in water, but shows better solubility in organic solvents like dimethyl sulfoxide (DMSO) and ethanol. This solubility profile provides flexibility in formulating various pharmaceutical products, enabling manufacturers to create effective dosage forms tailored to diverse clinical needs. The powder is stable under appropriate storage conditions, maintaining its integrity and potency over time, which ensures reliable performance during the manufacturing process and in the final drug products.​

Product Highlights​

1. Unique and Potent Anti-cancer Mechanism​

Trabectedin stands out in the oncology landscape with its novel mode of action. Unlike traditional chemotherapeutic agents, it doesn't merely disrupt cell division but targets the DNA repair mechanisms within cancer cells. By binding to the minor groove of DNA, it forms adducts that interfere with transcription processes and trigger apoptosis, or programmed cell death, in cancer cells. This targeted approach not only effectively eliminates tumor cells but also minimizes damage to healthy cells, reducing the severity of side effects commonly associated with chemotherapy. Its unique mechanism has been proven effective against soft tissue sarcomas and ovarian cancer, offering new hope for patients who may not respond well to conventional treatments. For pharmaceutical companies, leveraging this unique mechanism allows for the development of differentiated and highly effective oncology drugs, providing a competitive edge in the market.​

2. Broad Clinical Application Potential​

While already approved for the treatment of advanced soft tissue sarcoma and ovarian cancer, Trabectedin's potential extends far beyond these indications. Ongoing clinical trials are exploring its efficacy in treating other aggressive cancers such as breast cancer, lung cancer, and pediatric tumors. This wide-ranging clinical applicability positions Trabectedin as a versatile API for pharmaceutical developers. As research progresses and more indications are discovered, drugs formulated with Trabectedin API will have access to larger patient populations, translating into significant market opportunities. For healthcare providers and patients alike, the expanding range of applications means more treatment options and increased chances of finding an effective therapy for challenging cancers.​

3. Superior Safety and Tolerability Profile​

Compared to many other anti-cancer drugs, Trabectedin offers a more favorable safety and tolerability profile. Its targeted action reduces the impact on normal, rapidly dividing cells like those in the bone marrow, hair follicles, and gastrointestinal tract, which are often the source of severe side effects in chemotherapy. This results in fewer occurrences of debilitating symptoms such as neutropenia, alopecia, and severe nausea, allowing patients to maintain a better quality of life during treatment. For pharmaceutical companies, the relatively mild side effect profile makes drugs containing Trabectedin API more appealing to patients and healthcare providers, facilitating market acceptance and potentially leading to increased market share. Additionally, the improved tolerability may enable more consistent treatment regimens, enhancing treatment efficacy and patient outcomes.​

Quality Assurance​

Our Trabectedin API is manufactured in state-of-the-art facilities that adhere strictly to international cGMP standards. Rigorous quality control processes are implemented at every stage of production, from raw material sourcing to final product release. Advanced analytical techniques, including high-performance liquid chromatography (HPLC) and mass spectrometry, are used to ensure the product's purity, potency, and consistency, with a minimum purity level of 98%. Our commitment to quality guarantees that you receive a reliable and high-performing API that meets the most stringent regulatory requirements worldwide.​

Application Areas​

Primarily used in the development and production of oncology drugs for the treatment of soft tissue sarcoma, ovarian cancer, and other cancers under clinical investigation. Ideal for pharmaceutical companies engaged in anti-cancer drug research, development, and manufacturing, as well as contract manufacturing organizations (CMOs) looking to incorporate a high-quality, innovative API into their product portfolio.​

Storage Conditions​

Store the product at 2 - 8°C in a dry, well-ventilated area away from direct light. Keep the container tightly sealed to prevent moisture absorption and contamination, ensuring the long-term stability and integrity of the API.​

If you have any questions or require further information about our Trabectedin API, please do not hesitate to contact us. Our dedicated team of experts is ready to assist you and explore potential collaborations to drive innovation in the field of oncology.

 

 

Description

Retatrutide, CAS number 2381089-83-2

CAS Number

2381089-83-2

Molecular Weight

4731.33

Density

N/A

Boiling Point

N/A

Molecular Formula

C221H342N46O68

Melting Point

N/A

 

Retatrutide is a triple agonist peptide of the glucagon receptor (GCGR), glucosedependent insulinotropic polypeptide receptor (GIPR), and glucagon-like peptide-1 receptor (GLP-1R). LY3437943 inhibits for human GCGR, GIPR, and GLP-1R with EC50 values of 5.79, 0.0643 and 0.775 nM, respectively. LY3437943 can be used for the research of obesity

 

I. Product Features

1. Cutting - edge R & D Process

After years of scientific research and development, we have utilized advanced biotechnologies and synthetic processes. This ensures that Retatrutide has an ultra - high purity, with the content of active ingredients far exceeding the industry average. Thanks to its precisely designed molecular structure, the product is highly stable and can maintain excellent activity under different storage conditions, laying a solid foundation for subsequent production and processing.

0. Unique Mechanism of Action

Retatrutide targets [EC50 (for human): 5.79 (GCGR), 0.0643 (GIPR), 0.775 nM (GLP-1R) [1]. EC50 (for mouse): 2.32 (GCGR), 0.191 (GIPR), 0.794 nM (GLP-1R) [1]. Ki (for human): 5.6 (GCGR), 0.057 (GIPR), 7.2 nM (GLP-1R) [1]. Ki (for mouse): 73 (GCGR), 2.8 (GIPR), 1.3 nM (GLP-1R)]. providing a powerful tool for pharmaceutical R & D and life science research.

II. Application Scenarios

1. Pharmaceutical R & D Field

As a core raw material for innovative drug development, Retatrutide can assist pharmaceutical companies in developing new therapeutic drugs for obesity. Its unique biological activity can accelerate the drug R & D process, improve R & D efficiency, and provide new solutions for conquering difficult diseases.

0. Scientific Research Experiment Scenarios

In life science research, Retatrutide is an essential research tool. Scientists use it to deeply explore methods, providing key data support for basic research and clinical application research, and promoting the transformation of scientific research achievements.

 

 Product ID: 1256009

Tirzepatide

CAS Number

2023788-19-2

Molecular Weight

4813.45

Density

N/A

Boiling Point

N/A

Molecular Formula

C225H348N48O68

Melting Point

N/A

 

Tirzepatide is a dual glucose-dependent insulinotropic polypeptide (GIP) and glucagon-like peptide-1 (GLP-1) receptor agonist that is being developed for the treatment of type 2 diabetes. Tirzepatide (LY3298176) shows significantly better efficacy with regard to glucose control and weight loss than do Dulaglutide

 

1. Exceptional Research - Oriented Attributes

1.1 High - Purity Composition

Our Tirzepatide is manufactured with state - of - the - art techniques, ensuring an extremely high purity level. This high - purity characteristic is crucial for accurate and reliable research results. Whether it is in vitro cell - based experiments or in - depth in - vivo animal studies, the pure form of Tirzepatide minimizes interference factors, allowing researchers to precisely observe and analyze its effects on various biological processes.

1.2 Stable Molecular Structure

The molecular structure of Tirzepatide is highly stable, which is a significant advantage in long - term research projects. It can maintain its integrity under different storage conditions and experimental environments, providing consistent performance throughout the research cycle. This stability ensures that the data obtained from experiments are comparable and reproducible, greatly facilitating the research process.

2. Extensive Applications in R & D

2.1 Diabetes Research and Drug Development

Tirzepatide has shown remarkable potential in diabetes research. Its unique dual - agonistic mechanism on the GLP - 1 and GIP receptors makes it an ideal candidate for developing novel diabetes medications. For pharmaceutical companies and research institutions engaged in diabetes drug R & D, Tirzepatide can serve as a fundamental building block. It enables the exploration of new therapeutic strategies, such as combination therapies, and the optimization of existing treatment regimens.

2.2 Obesity and Metabolic Disorder Studies

In the field of obesity and metabolic disorder research, Tirzepatide also plays a pivotal role. By regulating appetite and energy metabolism, it offers valuable insights into understanding the underlying mechanisms of these conditions. Research teams can use Tirzepatide to develop new diagnostic tools, biomarkers, and potential treatment modalities for obesity and related metabolic disorders.

3. Unparalleled Support for R & D Partners

3.1 Technical Consultation

Our professional team of biopharmaceutical experts is available to provide in - depth technical consultations. We can assist R & D teams in experimental design, dosage selection, and data interpretation. Whether you are a novice in the field or an experienced researcher, our technical support will help you make the most of Tirzepatide in your projects.

3.2 Customized Solutions

Understanding that different R & D projects have unique requirements, we offer customized solutions. We can adjust the packaging, quantity, and purity levels of Tirzepatide according to your specific needs, ensuring seamless integration into your research and development workflows.

Partner with us today and unlock the full potential of Tirzepatide in your scientific research and drug development projects. Let's work together to drive innovation in the biopharmaceutical industry.

 

 

 

Liraglutide API Product Introduction

Chemical & Physical Properties

Molecular Formula

C172H265N43O51

Molecular Weight

3751.20000

Exact Mass

3748.95000

PSA

1513.76000

LogP

6.12960

Storage condition

-20°C

 

Overview

Liraglutide, with the CAS Number 204656 - 20 - 2, is a highly regarded active pharmaceutical ingredient (API) that has transformed the treatment landscape for metabolic disorders. As a synthetic analog of human glucagon - like peptide - 1 (GLP - 1), it plays a pivotal role in developing medications that effectively manage type 2 diabetes and obesity, offering significant benefits to patients worldwide.

Properties

Liraglutide API typically presents as a white to off - white solid powder. It exhibits specific solubility properties, showing good solubility in aqueous solutions under appropriate pH conditions. This solubility characteristic is crucial for formulating various pharmaceutical dosage forms, such as injectables, ensuring the smooth and efficient manufacturing of final drug products. Under proper storage conditions, usually at 2 - 8°C, the powder maintains excellent stability, preserving its chemical and physical properties over time. This stability guarantees consistent quality in the manufacturing process and reliable performance in the end - user products.

Product Highlights

1. Glucose - Dependent Insulin Regulation for Precise Blood Sugar Control

Liraglutide stands out with its unique glucose - dependent insulin - releasing mechanism. By mimicking the actions of GLP - 1, it stimulates insulin secretion only when blood glucose levels are elevated, effectively reducing the risk of hypoglycemia, a common side effect of many traditional diabetes medications. This targeted approach ensures precise blood sugar regulation, helping patients maintain stable glucose levels throughout the day. Moreover, Liraglutide also slows down gastric emptying and suppresses appetite, further contributing to better blood sugar management and promoting weight loss. For pharmaceutical companies, this precise and safe mechanism allows for the development of highly effective diabetes and weight - management drugs, giving them a competitive edge in the market.

2. Versatile Clinical Applications for Multiple Health Conditions

Liraglutide is not only a cornerstone in the treatment of type 2 diabetes but also has demonstrated remarkable efficacy in managing obesity. Approved for both indications, it offers a dual - benefit solution, addressing two major global health challenges simultaneously. In diabetes treatment, it significantly reduces HbA1c levels, improving long - term glycemic control and reducing the risk of diabetes - related complications. For obesity, it helps patients achieve substantial and sustainable weight loss, enhancing their overall health and quality of life. Additionally, ongoing research is exploring its potential applications in other conditions, such as non - alcoholic fatty liver disease, expanding its clinical utility even further. This versatility makes Liraglutide API an attractive choice for pharmaceutical developers aiming to create multi - indication drugs and reach a broader patient population.

3. Established Market Presence and Growth Potential

With its proven efficacy and safety, Liraglutide has already established a strong presence in the global pharmaceutical market. The increasing prevalence of type 2 diabetes and obesity worldwide continues to drive the demand for Liraglutide - based medications. As more patients seek effective treatment options, and with the potential for new indications emerging from research, the market for Liraglutide API is set to grow steadily.partnering with us for Liraglutide API provides an excellent opportunity to tap into this expanding market. Whether it's for developing branded drugs, generic formulations, or for contract manufacturing, Liraglutide API offers a reliable and profitable business prospect in the dynamic pharmaceutical industry.

Quality Assurance

Our Liraglutide API is manufactured in state - of - the - art facilities that adhere rigorously to international Current Good Manufacturing Practice (cGMP) standards. A comprehensive quality control system is in place throughout the production process, from the sourcing of raw materials to the final packaging of the product. Advanced analytical techniques, including high - performance liquid chromatography (HPLC) and mass spectrometry, are used to ensure the API's high purity (≥ [99]%), consistent potency, and stability. Our commitment to quality ensures that you receive a top - notch product that meets and exceeds the strictest regulatory requirements globally, providing a solid foundation for your pharmaceutical manufacturing and business success.

Application Areas

Primarily used in the development and production of medications for the treatment of type 2 diabetes and obesity. Also serves as a key ingredient in research and development for potential new indications related to metabolic disorders. Ideal for pharmaceutical companies involved in drug discovery, development, and manufacturing, as well as contract manufacturing organizations (CMOs) looking to add high - demand and high - quality APIs to their product portfolios.

Storage Conditions

Store Liraglutide API in a cool, dry place at 2 - 8°C, away from direct light. Keep the container tightly sealed to prevent moisture absorption and contamination, ensuring the long - term stability and quality of the product.

If you have any questions or require further information about our Liraglutide API, please do not hesitate to contact us. Our dedicated team of experts is ready to assist you and explore potential business collaborations to drive success in the pharmaceutical market.

 
GMP Manafacturer ISO9001:2015 audited supplier NDC Number Available USDMF Filing High Purity Competitive Price Short Delivery Time Semaglutide CAS No. 910463-68-2 Semaglutide is a glucagon - like peptide - 1 (GLP - 1) receptor agonist. GLP

High-Purity Semaglutide API: The Perfect Blend of Quality, Cost-Effectiveness, and Efficiency
As a leading pharmaceutical raw material supplier, our Semaglutide Active Pharmaceutical Ingredient (API) (CAS No. 910463-68-2) empowers global partners with three core advantages: superior quality, economic efficiency, and rapid delivery.

Internationally Certified for Uncompromising Quality

Manufactured in strict compliance with Good Manufacturing Practice (GMP) standards and certified to ISO 9001:2015 Quality Management System, our Semaglutide API undergoes meticulous control at every stage, from raw material procurement to final product release. Its high purity guarantees consistent and reliable therapeutic efficacy. With a valid National Drug Code (NDC) number and complete United States Drug Master File (USDMF) filing, we provide robust support for regulatory compliance, ensuring seamless market access for both innovative drug development and generic manufacturing.

Cost-Effective Solutions for Market Leadership

While maintaining top-tier quality, we leverage advanced production processes and economies of scale to drive down costs, offering highly competitive pricing. This allows our customers to significantly reduce production expenses, gain a competitive edge in pricing, and introduce products to the market at more accessible price points. By doing so, our partners can rapidly expand market share and enhance brand influence in the global pharmaceutical landscape.

Swift Delivery for Uninterrupted Operations

Recognizing that time is of the essence in the pharmaceutical industry, we have established an efficient supply chain system and responsive mechanisms. This enables us to fulfill orders promptly, meeting both urgent and regular demands without delay. By ensuring timely delivery, we safeguard our customers’ production schedules, preventing costly delays caused by raw material shortages and enabling seamless project progression. In the fast-paced pharmaceutical market, our quick delivery service gives our partners a decisive advantage.
As a highly regarded glucagon-like peptide-1 (GLP-1) receptor agonist, Semaglutide shows immense promise in diabetes treatment and weight management. Choosing our Semaglutide API means opting for the perfect equilibrium of quality, cost-effectiveness, and efficiency. Let’s join hands to create a new future in the pharmaceutical and healthcare industry.



 Electrodes used in electrochemical measurements to provide a stable reference potential in experiments.
Magnetic stirrer polytetrafluoroethylene A B C type tetrafluoromagnetic olive high temperature stirrer rotor 
Tetrafluoroethylene condensing tube tetrafluoroPTFE condenser 200mm distillation unit condensation system resistant to strong corrosion
Eight tubes 0.2ml/0.1ml eight tubes quantitative 8 rows of tubes flat cover
Plastic pipette holder Z-type pipette holder 6 holes
Weighing plate weighing dish Black and white square diamond disposable balance weighing ship anti-static corrosion resistance
Plastic PP drip rack Laboratory laboratory hospital reagent rack solvent vessel drain drying rack
Agitator paddle Agitator bar Acid and alkali resistant agitator slurry Moon Cross plate F4 PTFE agitator plug
Mixing paddle sleeve is PTFE filled
Lab tray enamel
Ceramic mortar glass mortar laboratory ramming bowl pestle grinding bowl thickening grinder grinding rod
PTFE tweezers thickened PTFE acid and alkali resistant high temperature tetrafluoroforceps 150/250/300mm
Dupont PS60/proshield60 one-piece protective suit Anti-static, dustproof and anti-chemical liquid splash laboratory
Protective goggles Labor protection Transparent anti-splash anti-wind sand-dust motorcycle riding protective glasses anti-chemical eye mask
High speed centrifugal tube with graduated ep tube thickened high speed plastic centrifugal tube 50ml cone bottom screw cap
Anaerobic production bag
Disposable moisture-heat resistant high temperature and high pressure steam sterilization dental laboratory self-sealing sampling bag
cryotube
Labor protection products Eyler brand eye mask protective goggles Protective glasses Sports goggles anti-sand anti-alkali cycling fashion mirror
Polytetrafluoroethylene cleaning rack Laboratory conductive glass cleaning flower basket multi-piece cleaning silicon cleaning rack
Plastic detachable centrifugal tube stand Dual-purpose detachable test tube stand Size number centrifugal tube stand 10ml15ml50ml
Ptfe measuring cylinder 100/250/5001000ml/ PTEF acid and alkali resistant measuring cylinder
Odor sampling bag/Organized odor collection bag Polyester odorless bag Sniffing bag 10L stainless steel tetrafluoride connection
 PEEK Integral Small Flat Head Connector PEEK Tee Connector PEEK Split Connector PEEK Through-wall Straight Connector PEEK Cross Connector PEEK Integral Hexagonal Fitting PEEK Straight Connector PEEK Split Connector
PEEK Integral Connector
PEEK Integral Large Round Head Connector
 PEEK Luer Connector A device used to mix or stir liquids in laboratory containers, ensuring even distribution of chemicals or compounds. A device used to mix or stir liquids in laboratory containers, ensuring even distribution of chemicals or compounds. An instrument used to automate the solid-phase extraction process, improving sample purification and preparation for analysis. An instrument used to automate the solid-phase extraction process, improving sample purification and preparation for analysis. An instrument used to automate the solid-phase extraction process, improving sample purification and preparation for analysis. An instrument used to automate the solid-phase extraction process, improving sample purification and preparation for analysis. Product ID: 1245548 Product ID: 1243996 Disposable gloves made from materials like latex, nitrile, or vinyl, used to protect hands from chemicals or biological hazards. Disposable gloves made from materials like latex, nitrile, or vinyl, used to protect hands from chemicals or biological hazards. Disposable gloves made from materials like latex, nitrile, or vinyl, used to protect hands from chemicals or biological hazards. Disposable gloves made from materials like latex, nitrile, or vinyl, used to protect hands from chemicals or biological hazards. Disposable gloves made from materials like latex, nitrile, or vinyl, used to protect hands from chemicals or biological hazards. A bag used for the disposal of biological or hazardous waste in a safe and regulated manner. A bag used for the disposal of biological or hazardous waste in a safe and regulated manner. A bag used for the disposal of biological or hazardous waste in a safe and regulated manner. A bag used for the disposal of biological or hazardous waste in a safe and regulated manner. A bag used for the disposal of biological or hazardous waste in a safe and regulated manner. A bag used for the disposal of biological or hazardous waste in a safe and regulated manner. A bag used for the disposal of biological or hazardous waste in a safe and regulated manner. A bag used for the disposal of biological or hazardous waste in a safe and regulated manner.
30ml flint form C ampoules OPC blue dot ampule

Form A/B/C/D/E International standard glass ampoule, for injection use.

Special design ampoules, customized ampoule, OEM ampules.

1ml ampoule, 2ml ampoule, 3ml ampoule, 4ml ampoule, 5ml ampoule, 6ml ampoule, 7ml ampoule, 8ml ampoule, 9ml ampoule, 10ml ampoule, 12ml ampoule, 15ml ampoule, 16ml ampoule, 18ml ampoule, 20ml ampoule, 25ml ampoule, 30ml ampoule.

small mouth ampoules, closed type ampoule, flare opening ampoules

made out of EP/USP type I borosilicate glass.

1.Color:clear transparent or amber brown

2.Standard: USP EP JP CFDA ISO YBB

3.Volume: 1-25ml

4.Material: borosilicate glass

5.Dimension could be customized

6.Clients' Logo/content could be ceramic printed upon authorization

7.Different color ring available

8.OPC or breaking ring, breaking force 30-80N.

9.Customized printing upon authorization.
20ml red color bands form C ampoules with  white color ring

Material and Classification

· Material: It mainly includes neutral glass, barium-containing glass, and zirconium-containing glass. Neutral glass is a type of low-borosilicate glass with good chemical stability. Barium-containing glass has good alkali resistance, and zirconium-containing glass has excellent resistance to both acids and alkalis.

· Classification: According to the color, it can be divided into colorless transparent and amber types. The amber-colored ones can filter out ultraviolet rays, making them suitable for containing photosensitive drugs. According to the style, it is divided into necked ampoules and powder ampoules. Powder ampoules have been basically phased out. Necked breakable ampoules are further divided into scored neck breakable ampoules and color ring breakable ampoules.

 

There is three different type of glass defined by USP/EP, type I, type II, type III.

Type I: borosilicate glass

Type II: treated type III glass

Type III: Soda-lime glass

 

While for moulded vials there are soda-lime glass in use, while most ampules manufacturers already aborted type II and/or type III glass.

But USP type I glass, there are some difference to tell: light-borosilicate glass, neutral borosilicate glass, high borosilicate glass.

Light borosilicate glass is on China was trying to produce neutral, but Hamag Group was not able to develop technology at that time.

All other glass forming companies are coming to purchase from Hamag Group. a long queue of trucks aside the road of our factory.

 

Some people is using high-borosilicate glass tubing to substitute neutral glass ampoules and vials. which is still workable, but not match quality control standard. Hamag Group is long history company who treasure reputation a lot. only supply products on agree quality level and conditions.

 

Specifications and Capacity

Common capacity specifications of glass ampoules include 1mL, 2mL, 5mL, 10mL, and 20mL, etc., which can meet the requirements of different drug dosages.

Features and Advantages

· Good Sealing Performance: The glass material and sealing process ensure that the drug does not come into contact with the outside air, preventing the drug from oxidation and deterioration. For example, some oxidizable injection agents packaged in glass ampoules can have an extended shelf life.

· High Chemical Stability: Different glass ampoule materials can adapt to the acidity and alkalinity of a variety of drugs. During long-term contact with the liquid medicine, there will be no phenomena such as shedding, degradation, and substance migration.

· Excellent Transparency: The colorless transparent ampoules are beneficial for the clarity inspection of the liquid medicine, making it convenient to observe whether there are quality problems such as precipitation and turbidity in the drug.

· Good Heat Resistance: It can withstand the pressure difference generated during autoclaving, as well as the temperature shock during the washing and sterilization processes, and is not prone to cold explosion and breakage.

Structure and Principle

· Color Ring Necked Breakable Ampoules: A low-melting-point powder with a coefficient of expansion twice that of the ampoule glass is fused and fixed at the neck of the ampoule to form a ring. After cooling, a permanent stress is generated at the ring part, and it can be broken off neatly with a little force, and it is not easy to produce glass debris.

· Scored Neck Breakable Ampoules: There is a fine score at the neck part, and a color dot with a diameter of 2mm is marked at the center of the score. When breaking it, apply force to the back of the middle of the score, and the broken section should be flat.

Production Process

· Tube Making: The glass raw materials are processed through high-temperature melting, tube drawing, and other processes to make glass tubes.

· Molding: The glass tubes are processed through cutting, heating, blowing, and other processes to form the body and neck shapes of the ampoules.

· Sealing: A high-temperature melting sealing technology is used to seal the ampoule mouth to ensure the sealing performance.

Scope of Application

· Packaging for Injectables: Widely used for the packaging of various injectable drugs, such as antibiotics, vitamins, biological agents, etc.

· Vaccine Packaging: It can be used to contain various vaccines, ensuring the stability and safety of the vaccines during storage and transportation.

 
8ml glass ampoule amber form C white ring

Form A/B/C/D/E International standard glass ampoule, for injection use.

Special design ampoules, customized ampoule, OEM ampules.

1ml ampoule, 2ml ampoule, 3ml ampoule, 4ml ampoule, 5ml ampoule, 6ml ampoule, 7ml ampoule, 8ml ampoule, 9ml ampoule, 10ml ampoule, 12ml ampoule, 15ml ampoule, 16ml ampoule, 18ml ampoule, 20ml ampoule, 25ml ampoule, 30ml ampoule.

small mouth ampoules, closed type ampoule, flare opening ampoules

made out of EP/USP type I borosilicate glass.

1.Color:clear transparent or amber brown

2.Standard: USP EP JP CFDA ISO YBB

3.Volume: 1-25ml

4.Material: borosilicate glass

5.Dimension could be customized

6.Clients' Logo/content could be ceramic printed upon authorization

7.Different color ring available

8.OPC or breaking ring, breaking force 30-80N.

9.Customized printing upon authorization.

Material and Classification

· Material: It mainly includes neutral glass, barium-containing glass, and zirconium-containing glass. Neutral glass is a type of low-borosilicate glass with good chemical stability. Barium-containing glass has good alkali resistance, and zirconium-containing glass has excellent resistance to both acids and alkalis.

· Classification: According to the color, it can be divided into colorless transparent and amber types. The amber-colored ones can filter out ultraviolet rays, making them suitable for containing photosensitive drugs. According to the style, it is divided into necked ampoules and powder ampoules. Powder ampoules have been basically phased out. Necked breakable ampoules are further divided into scored neck breakable ampoules and color ring breakable ampoules.

 

There is three different type of glass defined by USP/EP, type I, type II, type III.

Type I: borosilicate glass

Type II: treated type III glass

Type III: Soda-lime glass

 

While for moulded vials there are soda-lime glass in use, while most ampules manufacturers already aborted type II and/or type III glass.

But USP type I glass, there are some difference to tell: light-borosilicate glass, neutral borosilicate glass, high borosilicate glass.

Light borosilicate glass is on China was trying to produce neutral, but Hamag Group was not able to develop technology at that time.

All other glass forming companies are coming to purchase from Hamag Group. a long queue of trucks aside the road of our factory.

 

Some people is using high-borosilicate glass tubing to substitute neutral glass ampoules and vials. which is still workable, but not match quality control standard. Hamag Group is long history company who treasure reputation a lot. only supply products on agree quality level and conditions.

 

Specifications and Capacity

Common capacity specifications of glass ampoules include 1mL, 2mL, 5mL, 10mL, and 20mL, etc., which can meet the requirements of different drug dosages.

Features and Advantages

· Good Sealing Performance: The glass material and sealing process ensure that the drug does not come into contact with the outside air, preventing the drug from oxidation and deterioration. For example, some oxidizable injection agents packaged in glass ampoules can have an extended shelf life.

· High Chemical Stability: Different glass ampoule materials can adapt to the acidity and alkalinity of a variety of drugs. During long-term contact with the liquid medicine, there will be no phenomena such as shedding, degradation, and substance migration.

· Excellent Transparency: The colorless transparent ampoules are beneficial for the clarity inspection of the liquid medicine, making it convenient to observe whether there are quality problems such as precipitation and turbidity in the drug.

· Good Heat Resistance: It can withstand the pressure difference generated during autoclaving, as well as the temperature shock during the washing and sterilization processes, and is not prone to cold explosion and breakage.

Structure and Principle

· Color Ring Necked Breakable Ampoules: A low-melting-point powder with a coefficient of expansion twice that of the ampoule glass is fused and fixed at the neck of the ampoule to form a ring. After cooling, a permanent stress is generated at the ring part, and it can be broken off neatly with a little force, and it is not easy to produce glass debris.

· Scored Neck Breakable Ampoules: There is a fine score at the neck part, and a color dot with a diameter of 2mm is marked at the center of the score. When breaking it, apply force to the back of the middle of the score, and the broken section should be flat.

Production Process

· Tube Making: The glass raw materials are processed through high-temperature melting, tube drawing, and other processes to make glass tubes.

· Molding: The glass tubes are processed through cutting, heating, blowing, and other processes to form the body and neck shapes of the ampoules.

· Sealing: A high-temperature melting sealing technology is used to seal the ampoule mouth to ensure the sealing performance.

Scope of Application

· Packaging for Injectables: Widely used for the packaging of various injectable drugs, such as antibiotics, vitamins, biological agents, etc.

· Vaccine Packaging: It can be used to contain various vaccines, ensuring the stability and safety of the vaccines during storage and transportation.

 
7ml glass ampoule amber form C white ring

Form A/B/C/D/E International standard glass ampoule, for injection use.

Special design ampoules, customized ampoule, OEM ampules.

1ml ampoule, 2ml ampoule, 3ml ampoule, 4ml ampoule, 5ml ampoule, 6ml ampoule, 7ml ampoule, 8ml ampoule, 9ml ampoule, 10ml ampoule, 12ml ampoule, 15ml ampoule, 16ml ampoule, 18ml ampoule, 20ml ampoule, 25ml ampoule, 30ml ampoule.

small mouth ampoules, closed type ampoule, flare opening ampoules

made out of EP/USP type I borosilicate glass.

1.Color:clear transparent or amber brown

2.Standard: USP EP JP CFDA ISO YBB

3.Volume: 1-25ml

4.Material: borosilicate glass

5.Dimension could be customized

6.Clients' Logo/content could be ceramic printed upon authorization

7.Different color ring available

8.OPC or breaking ring, breaking force 30-80N.

9.Customized printing upon authorization.


5ml glass ampoules amber form C red dot red ring

Material and Classification

· Material: It mainly includes neutral glass, barium-containing glass, and zirconium-containing glass. Neutral glass is a type of low-borosilicate glass with good chemical stability. Barium-containing glass has good alkali resistance, and zirconium-containing glass has excellent resistance to both acids and alkalis.

· Classification: According to the color, it can be divided into colorless transparent and amber types. The amber-colored ones can filter out ultraviolet rays, making them suitable for containing photosensitive drugs. According to the style, it is divided into necked ampoules and powder ampoules. Powder ampoules have been basically phased out. Necked breakable ampoules are further divided into scored neck breakable ampoules and color ring breakable ampoules.

 

There is three different type of glass defined by USP/EP, type I, type II, type III.

Type I: borosilicate glass

Type II: treated type III glass

Type III: Soda-lime glass

 

While for moulded vials there are soda-lime glass in use, while most ampules manufacturers already aborted type II and/or type III glass.

But USP type I glass, there are some difference to tell: light-borosilicate glass, neutral borosilicate glass, high borosilicate glass.

Light borosilicate glass is on China was trying to produce neutral, but Hamag Group was not able to develop technology at that time.

All other glass forming companies are coming to purchase from Hamag Group. a long queue of trucks aside the road of our factory.

 

Some people is using high-borosilicate glass tubing to substitute neutral glass ampoules and vials. which is still workable, but not match quality control standard. Hamag Group is long history company who treasure reputation a lot. only supply products on agree quality level and conditions.

 

Specifications and Capacity

Common capacity specifications of glass ampoules include 1mL, 2mL, 5mL, 10mL, and 20mL, etc., which can meet the requirements of different drug dosages.

Features and Advantages

· Good Sealing Performance: The glass material and sealing process ensure that the drug does not come into contact with the outside air, preventing the drug from oxidation and deterioration. For example, some oxidizable injection agents packaged in glass ampoules can have an extended shelf life.

· High Chemical Stability: Different glass ampoule materials can adapt to the acidity and alkalinity of a variety of drugs. During long-term contact with the liquid medicine, there will be no phenomena such as shedding, degradation, and substance migration.

· Excellent Transparency: The colorless transparent ampoules are beneficial for the clarity inspection of the liquid medicine, making it convenient to observe whether there are quality problems such as precipitation and turbidity in the drug.

· Good Heat Resistance: It can withstand the pressure difference generated during autoclaving, as well as the temperature shock during the washing and sterilization processes, and is not prone to cold explosion and breakage.

Structure and Principle

· Color Ring Necked Breakable Ampoules: A low-melting-point powder with a coefficient of expansion twice that of the ampoule glass is fused and fixed at the neck of the ampoule to form a ring. After cooling, a permanent stress is generated at the ring part, and it can be broken off neatly with a little force, and it is not easy to produce glass debris.

· Scored Neck Breakable Ampoules: There is a fine score at the neck part, and a color dot with a diameter of 2mm is marked at the center of the score. When breaking it, apply force to the back of the middle of the score, and the broken section should be flat.

Production Process

· Tube Making: The glass raw materials are processed through high-temperature melting, tube drawing, and other processes to make glass tubes.

· Molding: The glass tubes are processed through cutting, heating, blowing, and other processes to form the body and neck shapes of the ampoules.

· Sealing: A high-temperature melting sealing technology is used to seal the ampoule mouth to ensure the sealing performance.

Scope of Application

· Packaging for Injectables: Widely used for the packaging of various injectable drugs, such as antibiotics, vitamins, biological agents, etc.

· Vaccine Packaging: It can be used to contain various vaccines, ensuring the stability and safety of the vaccines during storage and transportation.

 
5ml form C ampoules clear flint with color ring

Material and Classification

· Material: It mainly includes neutral glass, barium-containing glass, and zirconium-containing glass. Neutral glass is a type of low-borosilicate glass with good chemical stability. Barium-containing glass has good alkali resistance, and zirconium-containing glass has excellent resistance to both acids and alkalis.

· Classification: According to the color, it can be divided into colorless transparent and amber types. The amber-colored ones can filter out ultraviolet rays, making them suitable for containing photosensitive drugs. According to the style, it is divided into necked ampoules and powder ampoules. Powder ampoules have been basically phased out. Necked breakable ampoules are further divided into scored neck breakable ampoules and color ring breakable ampoules.

 

There is three different type of glass defined by USP/EP, type I, type II, type III.

Type I: borosilicate glass

Type II: treated type III glass

Type III: Soda-lime glass

 

While for moulded vials there are soda-lime glass in use, while most ampules manufacturers already aborted type II and/or type III glass.

But USP type I glass, there are some difference to tell: light-borosilicate glass, neutral borosilicate glass, high borosilicate glass.

Light borosilicate glass is on China was trying to produce neutral, but Hamag Group was not able to develop technology at that time.

All other glass forming companies are coming to purchase from Hamag Group. a long queue of trucks aside the road of our factory.

 

Some people is using high-borosilicate glass tubing to substitute neutral glass ampoules and vials. which is still workable, but not match quality control standard. Hamag Group is long history company who treasure reputation a lot. only supply products on agree quality level and conditions.

 

Specifications and Capacity

Common capacity specifications of glass ampoules include 1mL, 2mL, 5mL, 10mL, and 20mL, etc., which can meet the requirements of different drug dosages.

Features and Advantages

· Good Sealing Performance: The glass material and sealing process ensure that the drug does not come into contact with the outside air, preventing the drug from oxidation and deterioration. For example, some oxidizable injection agents packaged in glass ampoules can have an extended shelf life.

· High Chemical Stability: Different glass ampoule materials can adapt to the acidity and alkalinity of a variety of drugs. During long-term contact with the liquid medicine, there will be no phenomena such as shedding, degradation, and substance migration.

· Excellent Transparency: The colorless transparent ampoules are beneficial for the clarity inspection of the liquid medicine, making it convenient to observe whether there are quality problems such as precipitation and turbidity in the drug.

· Good Heat Resistance: It can withstand the pressure difference generated during autoclaving, as well as the temperature shock during the washing and sterilization processes, and is not prone to cold explosion and breakage.

Structure and Principle

· Color Ring Necked Breakable Ampoules: A low-melting-point powder with a coefficient of expansion twice that of the ampoule glass is fused and fixed at the neck of the ampoule to form a ring. After cooling, a permanent stress is generated at the ring part, and it can be broken off neatly with a little force, and it is not easy to produce glass debris.

· Scored Neck Breakable Ampoules: There is a fine score at the neck part, and a color dot with a diameter of 2mm is marked at the center of the score. When breaking it, apply force to the back of the middle of the score, and the broken section should be flat.

Production Process

· Tube Making: The glass raw materials are processed through high-temperature melting, tube drawing, and other processes to make glass tubes.

· Molding: The glass tubes are processed through cutting, heating, blowing, and other processes to form the body and neck shapes of the ampoules.

· Sealing: A high-temperature melting sealing technology is used to seal the ampoule mouth to ensure the sealing performance.

Scope of Application

· Packaging for Injectables: Widely used for the packaging of various injectable drugs, such as antibiotics, vitamins, biological agents, etc.

· Vaccine Packaging: It can be used to contain various vaccines, ensuring the stability and safety of the vaccines during storage and transportation.
5ml cutomized size clear injection glass ampoule red identify ring and white breaking ring

Material and Classification

· Material: It mainly includes neutral glass, barium-containing glass, and zirconium-containing glass. Neutral glass is a type of low-borosilicate glass with good chemical stability. Barium-containing glass has good alkali resistance, and zirconium-containing glass has excellent resistance to both acids and alkalis.

· Classification: According to the color, it can be divided into colorless transparent and amber types. The amber-colored ones can filter out ultraviolet rays, making them suitable for containing photosensitive drugs. According to the style, it is divided into necked ampoules and powder ampoules. Powder ampoules have been basically phased out. Necked breakable ampoules are further divided into scored neck breakable ampoules and color ring breakable ampoules.

 

There is three different type of glass defined by USP/EP, type I, type II, type III.

Type I: borosilicate glass

Type II: treated type III glass

Type III: Soda-lime glass

 

While for moulded vials there are soda-lime glass in use, while most ampules manufacturers already aborted type II and/or type III glass.

But USP type I glass, there are some difference to tell: light-borosilicate glass, neutral borosilicate glass, high borosilicate glass.

Light borosilicate glass is on China was trying to produce neutral, but Hamag Group was not able to develop technology at that time.

All other glass forming companies are coming to purchase from Hamag Group. a long queue of trucks aside the road of our factory.

 

Some people is using high-borosilicate glass tubing to substitute neutral glass ampoules and vials. which is still workable, but not match quality control standard. Hamag Group is long history company who treasure reputation a lot. only supply products on agree quality level and conditions.

 

Specifications and Capacity

Common capacity specifications of glass ampoules include 1mL, 2mL, 5mL, 10mL, and 20mL, etc., which can meet the requirements of different drug dosages.

Features and Advantages

· Good Sealing Performance: The glass material and sealing process ensure that the drug does not come into contact with the outside air, preventing the drug from oxidation and deterioration. For example, some oxidizable injection agents packaged in glass ampoules can have an extended shelf life.

· High Chemical Stability: Different glass ampoule materials can adapt to the acidity and alkalinity of a variety of drugs. During long-term contact with the liquid medicine, there will be no phenomena such as shedding, degradation, and substance migration.

· Excellent Transparency: The colorless transparent ampoules are beneficial for the clarity inspection of the liquid medicine, making it convenient to observe whether there are quality problems such as precipitation and turbidity in the drug.

· Good Heat Resistance: It can withstand the pressure difference generated during autoclaving, as well as the temperature shock during the washing and sterilization processes, and is not prone to cold explosion and breakage.

Structure and Principle

· Color Ring Necked Breakable Ampoules: A low-melting-point powder with a coefficient of expansion twice that of the ampoule glass is fused and fixed at the neck of the ampoule to form a ring. After cooling, a permanent stress is generated at the ring part, and it can be broken off neatly with a little force, and it is not easy to produce glass debris.

· Scored Neck Breakable Ampoules: There is a fine score at the neck part, and a color dot with a diameter of 2mm is marked at the center of the score. When breaking it, apply force to the back of the middle of the score, and the broken section should be flat.

Production Process

· Tube Making: The glass raw materials are processed through high-temperature melting, tube drawing, and other processes to make glass tubes.

· Molding: The glass tubes are processed through cutting, heating, blowing, and other processes to form the body and neck shapes of the ampoules.

· Sealing: A high-temperature melting sealing technology is used to seal the ampoule mouth to ensure the sealing performance.

Scope of Application

· Packaging for Injectables: Widely used for the packaging of various injectable drugs, such as antibiotics, vitamins, biological agents, etc.

· Vaccine Packaging: It can be used to contain various vaccines, ensuring the stability and safety of the vaccines during storage and transportation.


 Product ID: 2109005
2ml glass ampoule amber form C white ring by Hamag Group

Form A/B/C/D/E International standard glass ampoule, for injection use.

Special design ampoules, customized ampoule, OEM ampules.

1ml ampoule, 2ml ampoule, 3ml ampoule, 4ml ampoule, 5ml ampoule, 6ml ampoule, 7ml ampoule, 8ml ampoule, 9ml ampoule, 10ml ampoule, 12ml ampoule, 15ml ampoule, 16ml ampoule, 18ml ampoule, 20ml ampoule, 25ml ampoule, 30ml ampoule.

small mouth ampoules, closed type ampoule, flare opening ampoules

made out of EP/USP type I borosilicate glass.

1.Color:clear transparent or amber brown

2.Standard: USP EP JP CFDA ISO YBB

3.Volume: 1-25ml

4.Material: borosilicate glass

5.Dimension could be customized

6.Clients' Logo/content could be ceramic printed upon authorization

7.Different color ring available

8.OPC or breaking ring, breaking force 30-80N.

9.Customized printing upon authorization.

 

Material and Classification

· Material: It mainly includes neutral glass, barium-containing glass, and zirconium-containing glass. Neutral glass is a type of low-borosilicate glass with good chemical stability. Barium-containing glass has good alkali resistance, and zirconium-containing glass has excellent resistance to both acids and alkalis.

· Classification: According to the color, it can be divided into colorless transparent and amber types. The amber-colored ones can filter out ultraviolet rays, making them suitable for containing photosensitive drugs. According to the style, it is divided into necked ampoules and powder ampoules. Powder ampoules have been basically phased out. Necked breakable ampoules are further divided into scored neck breakable ampoules and color ring breakable ampoules.

 

There is three different type of glass defined by USP/EP, type I, type II, type III.

Type I: borosilicate glass

Type II: treated type III glass

Type III: Soda-lime glass

 

While for moulded vials there are soda-lime glass in use, while most ampules manufacturers already aborted type II and/or type III glass.

But USP type I glass, there are some difference to tell: light-borosilicate glass, neutral borosilicate glass, high borosilicate glass.

Light borosilicate glass is on China was trying to produce neutral, but Hamag Group was not able to develop technology at that time.

All other glass forming companies are coming to purchase from Hamag Group. a long queue of trucks aside the road of our factory.

 

Some people is using high-borosilicate glass tubing to substitute neutral glass ampoules and vials. which is still workable, but not match quality control standard. Hamag Group is long history company who treasure reputation a lot. only supply products on agree quality level and conditions.

 

Specifications and Capacity

Common capacity specifications of glass ampoules include 1mL, 2mL, 5mL, 10mL, and 20mL, etc., which can meet the requirements of different drug dosages.

Features and Advantages

· Good Sealing Performance: The glass material and sealing process ensure that the drug does not come into contact with the outside air, preventing the drug from oxidation and deterioration. For example, some oxidizable injection agents packaged in glass ampoules can have an extended shelf life.

· High Chemical Stability: Different glass ampoule materials can adapt to the acidity and alkalinity of a variety of drugs. During long-term contact with the liquid medicine, there will be no phenomena such as shedding, degradation, and substance migration.

· Excellent Transparency: The colorless transparent ampoules are beneficial for the clarity inspection of the liquid medicine, making it convenient to observe whether there are quality problems such as precipitation and turbidity in the drug.

· Good Heat Resistance: It can withstand the pressure difference generated during autoclaving, as well as the temperature shock during the washing and sterilization processes, and is not prone to cold explosion and breakage.

Structure and Principle

· Color Ring Necked Breakable Ampoules: A low-melting-point powder with a coefficient of expansion twice that of the ampoule glass is fused and fixed at the neck of the ampoule to form a ring. After cooling, a permanent stress is generated at the ring part, and it can be broken off neatly with a little force, and it is not easy to produce glass debris.

· Scored Neck Breakable Ampoules: There is a fine score at the neck part, and a color dot with a diameter of 2mm is marked at the center of the score. When breaking it, apply force to the back of the middle of the score, and the broken section should be flat.

Production Process

· Tube Making: The glass raw materials are processed through high-temperature melting, tube drawing, and other processes to make glass tubes.

· Molding: The glass tubes are processed through cutting, heating, blowing, and other processes to form the body and neck shapes of the ampoules.

· Sealing: A high-temperature melting sealing technology is used to seal the ampoule mouth to ensure the sealing performance.

Scope of Application

· Packaging for Injectables: Widely used for the packaging of various injectable drugs, such as antibiotics, vitamins, biological agents, etc.

· Vaccine Packaging: It can be used to contain various vaccines, ensuring the stability and safety of the vaccines during storage and transportation.

 
2ml glass ampoule amber form C yellow blue ring blue dot

Form A/B/C/D/E International standard glass ampoule, for injection use.

Special design ampoules, customized ampoule, OEM ampules.

1ml ampoule, 2ml ampoule, 3ml ampoule, 4ml ampoule, 5ml ampoule, 6ml ampoule, 7ml ampoule, 8ml ampoule, 9ml ampoule, 10ml ampoule, 12ml ampoule, 15ml ampoule, 16ml ampoule, 18ml ampoule, 20ml ampoule, 25ml ampoule, 30ml ampoule.

small mouth ampoules, closed type ampoule, flare opening ampoules

made out of EP/USP type I borosilicate glass.

1.Color:clear transparent or amber brown

2.Standard: USP EP JP CFDA ISO YBB

3.Volume: 1-25ml

4.Material: borosilicate glass

5.Dimension could be customized

6.Clients' Logo/content could be ceramic printed upon authorization

7.Different color ring available

8.OPC or breaking ring, breaking force 30-80N.

9.Customized printing upon authorization.

 

Material and Classification

· Material: It mainly includes neutral glass, barium-containing glass, and zirconium-containing glass. Neutral glass is a type of low-borosilicate glass with good chemical stability. Barium-containing glass has good alkali resistance, and zirconium-containing glass has excellent resistance to both acids and alkalis.

· Classification: According to the color, it can be divided into colorless transparent and amber types. The amber-colored ones can filter out ultraviolet rays, making them suitable for containing photosensitive drugs. According to the style, it is divided into necked ampoules and powder ampoules. Powder ampoules have been basically phased out. Necked breakable ampoules are further divided into scored neck breakable ampoules and color ring breakable ampoules.

 

There is three different type of glass defined by USP/EP, type I, type II, type III.

Type I: borosilicate glass

Type II: treated type III glass

Type III: Soda-lime glass

 

While for moulded vials there are soda-lime glass in use, while most ampules manufacturers already aborted type II and/or type III glass.

But USP type I glass, there are some difference to tell: light-borosilicate glass, neutral borosilicate glass, high borosilicate glass.

Light borosilicate glass is on China was trying to produce neutral, but Hamag Group was not able to develop technology at that time.

All other glass forming companies are coming to purchase from Hamag Group. a long queue of trucks aside the road of our factory.

 

Some people is using high-borosilicate glass tubing to substitute neutral glass ampoules and vials. which is still workable, but not match quality control standard. Hamag Group is long history company who treasure reputation a lot. only supply products on agree quality level and conditions.

 

Specifications and Capacity

Common capacity specifications of glass ampoules include 1mL, 2mL, 5mL, 10mL, and 20mL, etc., which can meet the requirements of different drug dosages.

Features and Advantages

· Good Sealing Performance: The glass material and sealing process ensure that the drug does not come into contact with the outside air, preventing the drug from oxidation and deterioration. For example, some oxidizable injection agents packaged in glass ampoules can have an extended shelf life.

· High Chemical Stability: Different glass ampoule materials can adapt to the acidity and alkalinity of a variety of drugs. During long-term contact with the liquid medicine, there will be no phenomena such as shedding, degradation, and substance migration.

· Excellent Transparency: The colorless transparent ampoules are beneficial for the clarity inspection of the liquid medicine, making it convenient to observe whether there are quality problems such as precipitation and turbidity in the drug.

· Good Heat Resistance: It can withstand the pressure difference generated during autoclaving, as well as the temperature shock during the washing and sterilization processes, and is not prone to cold explosion and breakage.

Structure and Principle

· Color Ring Necked Breakable Ampoules: A low-melting-point powder with a coefficient of expansion twice that of the ampoule glass is fused and fixed at the neck of the ampoule to form a ring. After cooling, a permanent stress is generated at the ring part, and it can be broken off neatly with a little force, and it is not easy to produce glass debris.

· Scored Neck Breakable Ampoules: There is a fine score at the neck part, and a color dot with a diameter of 2mm is marked at the center of the score. When breaking it, apply force to the back of the middle of the score, and the broken section should be flat.

Production Process

· Tube Making: The glass raw materials are processed through high-temperature melting, tube drawing, and other processes to make glass tubes.

· Molding: The glass tubes are processed through cutting, heating, blowing, and other processes to form the body and neck shapes of the ampoules.

· Sealing: A high-temperature melting sealing technology is used to seal the ampoule mouth to ensure the sealing performance.

Scope of Application

· Packaging for Injectables: Widely used for the packaging of various injectable drugs, such as antibiotics, vitamins, biological agents, etc.

· Vaccine Packaging: It can be used to contain various vaccines, ensuring the stability and safety of the vaccines during storage and transportation.

 
3ml breaking ring blue glass ampoules

Form A/B/C/D/E International standard glass ampoule, for injection use.

Special design ampoules, customized ampoule, OEM ampules.

1ml ampoule, 2ml ampoule, 3ml ampoule, 4ml ampoule, 5ml ampoule, 6ml ampoule, 7ml ampoule, 8ml ampoule, 9ml ampoule, 10ml ampoule, 12ml ampoule, 15ml ampoule, 16ml ampoule, 18ml ampoule, 20ml ampoule, 25ml ampoule, 30ml ampoule.

small mouth ampoules, closed type ampoule, flare opening ampoules

made out of EP/USP type I borosilicate glass.

1.Color:clear transparent or amber brown

2.Standard: USP EP JP CFDA ISO YBB

3.Volume: 1-25ml

4.Material: borosilicate glass

5.Dimension could be customized

6.Clients' Logo/content could be ceramic printed upon authorization

7.Different color ring available

8.OPC or breaking ring, breaking force 30-80N.

9.Customized printing upon authorization.

 

Material and Classification

· Material: It mainly includes neutral glass, barium-containing glass, and zirconium-containing glass. Neutral glass is a type of low-borosilicate glass with good chemical stability. Barium-containing glass has good alkali resistance, and zirconium-containing glass has excellent resistance to both acids and alkalis.

· Classification: According to the color, it can be divided into colorless transparent and amber types. The amber-colored ones can filter out ultraviolet rays, making them suitable for containing photosensitive drugs. According to the style, it is divided into necked ampoules and powder ampoules. Powder ampoules have been basically phased out. Necked breakable ampoules are further divided into scored neck breakable ampoules and color ring breakable ampoules.

 

There is three different type of glass defined by USP/EP, type I, type II, type III.

Type I: borosilicate glass

Type II: treated type III glass

Type III: Soda-lime glass

 

While for moulded vials there are soda-lime glass in use, while most ampules manufacturers already aborted type II and/or type III glass.

But USP type I glass, there are some difference to tell: light-borosilicate glass, neutral borosilicate glass, high borosilicate glass.

Light borosilicate glass is on China was trying to produce neutral, but Hamag Group was not able to develop technology at that time.

All other glass forming companies are coming to purchase from Hamag Group. a long queue of trucks aside the road of our factory.

 

Some people is using high-borosilicate glass tubing to substitute neutral glass ampoules and vials. which is still workable, but not match quality control standard. Hamag Group is long history company who treasure reputation a lot. only supply products on agree quality level and conditions.

 

Specifications and Capacity

Common capacity specifications of glass ampoules include 1mL, 2mL, 5mL, 10mL, and 20mL, etc., which can meet the requirements of different drug dosages.

Features and Advantages

· Good Sealing Performance: The glass material and sealing process ensure that the drug does not come into contact with the outside air, preventing the drug from oxidation and deterioration. For example, some oxidizable injection agents packaged in glass ampoules can have an extended shelf life.

· High Chemical Stability: Different glass ampoule materials can adapt to the acidity and alkalinity of a variety of drugs. During long-term contact with the liquid medicine, there will be no phenomena such as shedding, degradation, and substance migration.

· Excellent Transparency: The colorless transparent ampoules are beneficial for the clarity inspection of the liquid medicine, making it convenient to observe whether there are quality problems such as precipitation and turbidity in the drug.

· Good Heat Resistance: It can withstand the pressure difference generated during autoclaving, as well as the temperature shock during the washing and sterilization processes, and is not prone to cold explosion and breakage.

Structure and Principle

· Color Ring Necked Breakable Ampoules: A low-melting-point powder with a coefficient of expansion twice that of the ampoule glass is fused and fixed at the neck of the ampoule to form a ring. After cooling, a permanent stress is generated at the ring part, and it can be broken off neatly with a little force, and it is not easy to produce glass debris.

· Scored Neck Breakable Ampoules: There is a fine score at the neck part, and a color dot with a diameter of 2mm is marked at the center of the score. When breaking it, apply force to the back of the middle of the score, and the broken section should be flat.

Production Process

· Tube Making: The glass raw materials are processed through high-temperature melting, tube drawing, and other processes to make glass tubes.

· Molding: The glass tubes are processed through cutting, heating, blowing, and other processes to form the body and neck shapes of the ampoules.

· Sealing: A high-temperature melting sealing technology is used to seal the ampoule mouth to ensure the sealing performance.

Scope of Application

· Packaging for Injectables: Widely used for the packaging of various injectable drugs, such as antibiotics, vitamins, biological agents, etc.

· Vaccine Packaging: It can be used to contain various vaccines, ensuring the stability and safety of the vaccines during storage and transportation.

 
3ml amber form E glass ampoules

Form A/B/C/D/E International standard glass ampoule, for injection use.

Special design ampoules, customized ampoule, OEM ampules.

1ml ampoule, 2ml ampoule, 3ml ampoule, 4ml ampoule, 5ml ampoule, 6ml ampoule, 7ml ampoule, 8ml ampoule, 9ml ampoule, 10ml ampoule, 12ml ampoule, 15ml ampoule, 16ml ampoule, 18ml ampoule, 20ml ampoule, 25ml ampoule, 30ml ampoule.

small mouth ampoules, closed type ampoule, flare opening ampoules

made out of EP/USP type I borosilicate glass.

1.Color:clear transparent or amber brown

2.Standard: USP EP JP CFDA ISO YBB

3.Volume: 1-25ml

4.Material: borosilicate glass

5.Dimension could be customized

6.Clients' Logo/content could be ceramic printed upon authorization

7.Different color ring available

8.OPC or breaking ring, breaking force 30-80N.

9.Customized printing upon authorization.

 

Material and Classification

· Material: It mainly includes neutral glass, barium-containing glass, and zirconium-containing glass. Neutral glass is a type of low-borosilicate glass with good chemical stability. Barium-containing glass has good alkali resistance, and zirconium-containing glass has excellent resistance to both acids and alkalis.

· Classification: According to the color, it can be divided into colorless transparent and amber types. The amber-colored ones can filter out ultraviolet rays, making them suitable for containing photosensitive drugs. According to the style, it is divided into necked ampoules and powder ampoules. Powder ampoules have been basically phased out. Necked breakable ampoules are further divided into scored neck breakable ampoules and color ring breakable ampoules.

 

There is three different type of glass defined by USP/EP, type I, type II, type III.

Type I: borosilicate glass

Type II: treated type III glass

Type III: Soda-lime glass

 

While for moulded vials there are soda-lime glass in use, while most ampules manufacturers already aborted type II and/or type III glass.

But USP type I glass, there are some difference to tell: light-borosilicate glass, neutral borosilicate glass, high borosilicate glass.

Light borosilicate glass is on China was trying to produce neutral, but Hamag Group was not able to develop technology at that time.

All other glass forming companies are coming to purchase from Hamag Group. a long queue of trucks aside the road of our factory.

 

Some people is using high-borosilicate glass tubing to substitute neutral glass ampoules and vials. which is still workable, but not match quality control standard. Hamag Group is long history company who treasure reputation a lot. only supply products on agree quality level and conditions.

 

Specifications and Capacity

Common capacity specifications of glass ampoules include 1mL, 2mL, 5mL, 10mL, and 20mL, etc., which can meet the requirements of different drug dosages.

Features and Advantages

· Good Sealing Performance: The glass material and sealing process ensure that the drug does not come into contact with the outside air, preventing the drug from oxidation and deterioration. For example, some oxidizable injection agents packaged in glass ampoules can have an extended shelf life.

· High Chemical Stability: Different glass ampoule materials can adapt to the acidity and alkalinity of a variety of drugs. During long-term contact with the liquid medicine, there will be no phenomena such as shedding, degradation, and substance migration.

· Excellent Transparency: The colorless transparent ampoules are beneficial for the clarity inspection of the liquid medicine, making it convenient to observe whether there are quality problems such as precipitation and turbidity in the drug.

· Good Heat Resistance: It can withstand the pressure difference generated during autoclaving, as well as the temperature shock during the washing and sterilization processes, and is not prone to cold explosion and breakage.

Structure and Principle

· Color Ring Necked Breakable Ampoules: A low-melting-point powder with a coefficient of expansion twice that of the ampoule glass is fused and fixed at the neck of the ampoule to form a ring. After cooling, a permanent stress is generated at the ring part, and it can be broken off neatly with a little force, and it is not easy to produce glass debris.

· Scored Neck Breakable Ampoules: There is a fine score at the neck part, and a color dot with a diameter of 2mm is marked at the center of the score. When breaking it, apply force to the back of the middle of the score, and the broken section should be flat.

Production Process

· Tube Making: The glass raw materials are processed through high-temperature melting, tube drawing, and other processes to make glass tubes.

· Molding: The glass tubes are processed through cutting, heating, blowing, and other processes to form the body and neck shapes of the ampoules.

· Sealing: A high-temperature melting sealing technology is used to seal the ampoule mouth to ensure the sealing performance.

Scope of Application

· Packaging for Injectables: Widely used for the packaging of various injectable drugs, such as antibiotics, vitamins, biological agents, etc.

· Vaccine Packaging: It can be used to contain various vaccines, ensuring the stability and safety of the vaccines during storage and transportation.

 


 Product ID: 2106246
3ml form E ampoules amber glass

Form A/B/C/D/E International standard glass ampoule, for injection use.

Special design ampoules, customized ampoule, OEM ampules.

1ml ampoule, 2ml ampoule, 3ml ampoule, 4ml ampoule, 5ml ampoule, 6ml ampoule, 7ml ampoule, 8ml ampoule, 9ml ampoule, 10ml ampoule, 12ml ampoule, 15ml ampoule, 16ml ampoule, 18ml ampoule, 20ml ampoule, 25ml ampoule, 30ml ampoule.

small mouth ampoules, closed type ampoule, flare opening ampoules

made out of EP/USP type I borosilicate glass.

1.Color:clear transparent or amber brown

2.Standard: USP EP JP CFDA ISO YBB

3.Volume: 1-25ml

4.Material: borosilicate glass

5.Dimension could be customized

6.Clients' Logo/content could be ceramic printed upon authorization

7.Different color ring available

8.OPC or breaking ring, breaking force 30-80N.

9.Customized printing upon authorization.

 

Material and Classification

· Material: It mainly includes neutral glass, barium-containing glass, and zirconium-containing glass. Neutral glass is a type of low-borosilicate glass with good chemical stability. Barium-containing glass has good alkali resistance, and zirconium-containing glass has excellent resistance to both acids and alkalis.

· Classification: According to the color, it can be divided into colorless transparent and amber types. The amber-colored ones can filter out ultraviolet rays, making them suitable for containing photosensitive drugs. According to the style, it is divided into necked ampoules and powder ampoules. Powder ampoules have been basically phased out. Necked breakable ampoules are further divided into scored neck breakable ampoules and color ring breakable ampoules.

 

There is three different type of glass defined by USP/EP, type I, type II, type III.

Type I: borosilicate glass

Type II: treated type III glass

Type III: Soda-lime glass

 

While for moulded vials there are soda-lime glass in use, while most ampules manufacturers already aborted type II and/or type III glass.

But USP type I glass, there are some difference to tell: light-borosilicate glass, neutral borosilicate glass, high borosilicate glass.

Light borosilicate glass is on China was trying to produce neutral, but Hamag Group was not able to develop technology at that time.

All other glass forming companies are coming to purchase from Hamag Group. a long queue of trucks aside the road of our factory.

 

Some people is using high-borosilicate glass tubing to substitute neutral glass ampoules and vials. which is still workable, but not match quality control standard. Hamag Group is long history company who treasure reputation a lot. only supply products on agree quality level and conditions.

 

Specifications and Capacity

Common capacity specifications of glass ampoules include 1mL, 2mL, 5mL, 10mL, and 20mL, etc., which can meet the requirements of different drug dosages.

Features and Advantages

· Good Sealing Performance: The glass material and sealing process ensure that the drug does not come into contact with the outside air, preventing the drug from oxidation and deterioration. For example, some oxidizable injection agents packaged in glass ampoules can have an extended shelf life.

· High Chemical Stability: Different glass ampoule materials can adapt to the acidity and alkalinity of a variety of drugs. During long-term contact with the liquid medicine, there will be no phenomena such as shedding, degradation, and substance migration.

· Excellent Transparency: The colorless transparent ampoules are beneficial for the clarity inspection of the liquid medicine, making it convenient to observe whether there are quality problems such as precipitation and turbidity in the drug.

· Good Heat Resistance: It can withstand the pressure difference generated during autoclaving, as well as the temperature shock during the washing and sterilization processes, and is not prone to cold explosion and breakage.

Structure and Principle

· Color Ring Necked Breakable Ampoules: A low-melting-point powder with a coefficient of expansion twice that of the ampoule glass is fused and fixed at the neck of the ampoule to form a ring. After cooling, a permanent stress is generated at the ring part, and it can be broken off neatly with a little force, and it is not easy to produce glass debris.

· Scored Neck Breakable Ampoules: There is a fine score at the neck part, and a color dot with a diameter of 2mm is marked at the center of the score. When breaking it, apply force to the back of the middle of the score, and the broken section should be flat.

Production Process

· Tube Making: The glass raw materials are processed through high-temperature melting, tube drawing, and other processes to make glass tubes.

· Molding: The glass tubes are processed through cutting, heating, blowing, and other processes to form the body and neck shapes of the ampoules.

· Sealing: A high-temperature melting sealing technology is used to seal the ampoule mouth to ensure the sealing performance.

Scope of Application

· Packaging for Injectables: Widely used for the packaging of various injectable drugs, such as antibiotics, vitamins, biological agents, etc.

· Vaccine Packaging: It can be used to contain various vaccines, ensuring the stability and safety of the vaccines during storage and transportation.

 
1ml glass ampoule amber form C yellow red ring white easy breaking ring by Hamag Group

Form A/B/C/D/E International standard glass ampoule, for injection use.

Special design ampoules, customized ampoule, OEM ampules.

1ml ampoule, 2ml ampoule, 3ml ampoule, 4ml ampoule, 5ml ampoule, 6ml ampoule, 7ml ampoule, 8ml ampoule, 9ml ampoule, 10ml ampoule, 12ml ampoule, 15ml ampoule, 16ml ampoule, 18ml ampoule, 20ml ampoule, 25ml ampoule, 30ml ampoule.

small mouth ampoules, closed type ampoule, flare opening ampoules

made out of EP/USP type I borosilicate glass.

1.Color:clear transparent or amber brown

2.Standard: USP EP JP CFDA ISO YBB

3.Volume: 1-25ml

4.Material: borosilicate glass

5.Dimension could be customized

6.Clients' Logo/content could be ceramic printed upon authorization

7.Different color ring available

8.OPC or breaking ring, breaking force 30-80N.

9.Customized printing upon authorization.

 

Material and Classification

· Material: It mainly includes neutral glass, barium-containing glass, and zirconium-containing glass. Neutral glass is a type of low-borosilicate glass with good chemical stability. Barium-containing glass has good alkali resistance, and zirconium-containing glass has excellent resistance to both acids and alkalis.

· Classification: According to the color, it can be divided into colorless transparent and amber types. The amber-colored ones can filter out ultraviolet rays, making them suitable for containing photosensitive drugs. According to the style, it is divided into necked ampoules and powder ampoules. Powder ampoules have been basically phased out. Necked breakable ampoules are further divided into scored neck breakable ampoules and color ring breakable ampoules.

 

There is three different type of glass defined by USP/EP, type I, type II, type III.

Type I: borosilicate glass

Type II: treated type III glass

Type III: Soda-lime glass

 

While for moulded vials there are soda-lime glass in use, while most ampules manufacturers already aborted type II and/or type III glass.

But USP type I glass, there are some difference to tell: light-borosilicate glass, neutral borosilicate glass, high borosilicate glass.

Light borosilicate glass is on China was trying to produce neutral, but Hamag Group was not able to develop technology at that time.

All other glass forming companies are coming to purchase from Hamag Group. a long queue of trucks aside the road of our factory.

 

Some people is using high-borosilicate glass tubing to substitute neutral glass ampoules and vials. which is still workable, but not match quality control standard. Hamag Group is long history company who treasure reputation a lot. only supply products on agree quality level and conditions.

 

Specifications and Capacity

Common capacity specifications of glass ampoules include 1mL, 2mL, 5mL, 10mL, and 20mL, etc., which can meet the requirements of different drug dosages.

Features and Advantages

· Good Sealing Performance: The glass material and sealing process ensure that the drug does not come into contact with the outside air, preventing the drug from oxidation and deterioration. For example, some oxidizable injection agents packaged in glass ampoules can have an extended shelf life.

· High Chemical Stability: Different glass ampoule materials can adapt to the acidity and alkalinity of a variety of drugs. During long-term contact with the liquid medicine, there will be no phenomena such as shedding, degradation, and substance migration.

· Excellent Transparency: The colorless transparent ampoules are beneficial for the clarity inspection of the liquid medicine, making it convenient to observe whether there are quality problems such as precipitation and turbidity in the drug.

· Good Heat Resistance: It can withstand the pressure difference generated during autoclaving, as well as the temperature shock during the washing and sterilization processes, and is not prone to cold explosion and breakage.

Structure and Principle

· Color Ring Necked Breakable Ampoules: A low-melting-point powder with a coefficient of expansion twice that of the ampoule glass is fused and fixed at the neck of the ampoule to form a ring. After cooling, a permanent stress is generated at the ring part, and it can be broken off neatly with a little force, and it is not easy to produce glass debris.

· Scored Neck Breakable Ampoules: There is a fine score at the neck part, and a color dot with a diameter of 2mm is marked at the center of the score. When breaking it, apply force to the back of the middle of the score, and the broken section should be flat.

Production Process

· Tube Making: The glass raw materials are processed through high-temperature melting, tube drawing, and other processes to make glass tubes.

· Molding: The glass tubes are processed through cutting, heating, blowing, and other processes to form the body and neck shapes of the ampoules.

· Sealing: A high-temperature melting sealing technology is used to seal the ampoule mouth to ensure the sealing performance.

Scope of Application

· Packaging for Injectables: Widely used for the packaging of various injectable drugs, such as antibiotics, vitamins, biological agents, etc.

· Vaccine Packaging: It can be used to contain various vaccines, ensuring the stability and safety of the vaccines during storage and transportation.

 

Form A/B/C/D/E International standard glass ampoule, for injection use.

Special design ampoules, customized ampoule, OEM ampules.

1ml ampoule, 2ml ampoule, 3ml ampoule, 4ml ampoule, 5ml ampoule, 6ml ampoule, 7ml ampoule, 8ml ampoule, 9ml ampoule, 10ml ampoule, 12ml ampoule, 15ml ampoule, 16ml ampoule, 18ml ampoule, 20ml ampoule, 25ml ampoule, 30ml ampoule.

small mouth ampoules, closed type ampoule, flare opening ampoules

made out of EP/USP type I borosilicate glass.

1.Color:clear transparent or amber brown

2.Standard: USP EP JP CFDA ISO YBB

3.Volume: 1-25ml

4.Material: borosilicate glass

5.Dimension could be customized

6.Clients' Logo/content could be ceramic printed upon authorization

7.Different color ring available

8.OPC or breaking ring, breaking force 30-80N.

9.Customized printing upon authorization.

 

Material and Classification

· Material: It mainly includes neutral glass, barium-containing glass, and zirconium-containing glass. Neutral glass is a type of low-borosilicate glass with good chemical stability. Barium-containing glass has good alkali resistance, and zirconium-containing glass has excellent resistance to both acids and alkalis.

· Classification: According to the color, it can be divided into colorless transparent and amber types. The amber-colored ones can filter out ultraviolet rays, making them suitable for containing photosensitive drugs. According to the style, it is divided into necked ampoules and powder ampoules. Powder ampoules have been basically phased out. Necked breakable ampoules are further divided into scored neck breakable ampoules and color ring breakable ampoules.

 

There is three different type of glass defined by USP/EP, type I, type II, type III.

Type I: borosilicate glass

Type II: treated type III glass

Type III: Soda-lime glass

 

While for moulded vials there are soda-lime glass in use, while most ampules manufacturers already aborted type II and/or type III glass.

But USP type I glass, there are some difference to tell: light-borosilicate glass, neutral borosilicate glass, high borosilicate glass.

Light borosilicate glass is on China was trying to produce neutral, but Hamag Group was not able to develop technology at that time.

All other glass forming companies are coming to purchase from Hamag Group. a long queue of trucks aside the road of our factory.

 

Some people is using high-borosilicate glass tubing to substitute neutral glass ampoules and vials. which is still workable, but not match quality control standard. Hamag Group is long history company who treasure reputation a lot. only supply products on agree quality level and conditions.

 

Specifications and Capacity

Common capacity specifications of glass ampoules include 1mL, 2mL, 5mL, 10mL, and 20mL, etc., which can meet the requirements of different drug dosages.

Features and Advantages

· Good Sealing Performance: The glass material and sealing process ensure that the drug does not come into contact with the outside air, preventing the drug from oxidation and deterioration. For example, some oxidizable injection agents packaged in glass ampoules can have an extended shelf life.

· High Chemical Stability: Different glass ampoule materials can adapt to the acidity and alkalinity of a variety of drugs. During long-term contact with the liquid medicine, there will be no phenomena such as shedding, degradation, and substance migration.

· Excellent Transparency: The colorless transparent ampoules are beneficial for the clarity inspection of the liquid medicine, making it convenient to observe whether there are quality problems such as precipitation and turbidity in the drug.

· Good Heat Resistance: It can withstand the pressure difference generated during autoclaving, as well as the temperature shock during the washing and sterilization processes, and is not prone to cold explosion and breakage.

Structure and Principle

· Color Ring Necked Breakable Ampoules: A low-melting-point powder with a coefficient of expansion twice that of the ampoule glass is fused and fixed at the neck of the ampoule to form a ring. After cooling, a permanent stress is generated at the ring part, and it can be broken off neatly with a little force, and it is not easy to produce glass debris.

· Scored Neck Breakable Ampoules: There is a fine score at the neck part, and a color dot with a diameter of 2mm is marked at the center of the score. When breaking it, apply force to the back of the middle of the score, and the broken section should be flat.

Production Process

· Tube Making: The glass raw materials are processed through high-temperature melting, tube drawing, and other processes to make glass tubes.

· Molding: The glass tubes are processed through cutting, heating, blowing, and other processes to form the body and neck shapes of the ampoules.

· Sealing: A high-temperature melting sealing technology is used to seal the ampoule mouth to ensure the sealing performance.

Scope of Application

· Packaging for Injectables: Widely used for the packaging of various injectable drugs, such as antibiotics, vitamins, biological agents, etc.

· Vaccine Packaging: It can be used to contain various vaccines, ensuring the stability and safety of the vaccines during storage and transportation.

 
1ml blue dot with red and yellow rings clear glass ampoules by Hamag

Form A/B/C/D/E International standard glass ampoule, for injection use.

Special design ampoules, customized ampoule, OEM ampules.

1ml ampoule, 2ml ampoule, 3ml ampoule, 4ml ampoule, 5ml ampoule, 6ml ampoule, 7ml ampoule, 8ml ampoule, 9ml ampoule, 10ml ampoule, 12ml ampoule, 15ml ampoule, 16ml ampoule, 18ml ampoule, 20ml ampoule, 25ml ampoule, 30ml ampoule.

small mouth ampoules, closed type ampoule, flare opening ampoules

made out of EP/USP type I borosilicate glass.

1.Color:clear transparent or amber brown

2.Standard: USP EP JP CFDA ISO YBB

3.Volume: 1-25ml

4.Material: borosilicate glass

5.Dimension could be customized

6.Clients' Logo/content could be ceramic printed upon authorization

7.Different color ring available

8.OPC or breaking ring, breaking force 30-80N.

9.Customized printing upon authorization.

 

Material and Classification

· Material: It mainly includes neutral glass, barium-containing glass, and zirconium-containing glass. Neutral glass is a type of low-borosilicate glass with good chemical stability. Barium-containing glass has good alkali resistance, and zirconium-containing glass has excellent resistance to both acids and alkalis.

· Classification: According to the color, it can be divided into colorless transparent and amber types. The amber-colored ones can filter out ultraviolet rays, making them suitable for containing photosensitive drugs. According to the style, it is divided into necked ampoules and powder ampoules. Powder ampoules have been basically phased out. Necked breakable ampoules are further divided into scored neck breakable ampoules and color ring breakable ampoules.

 

There is three different type of glass defined by USP/EP, type I, type II, type III.

Type I: borosilicate glass

Type II: treated type III glass

Type III: Soda-lime glass

 

While for moulded vials there are soda-lime glass in use, while most ampules manufacturers already aborted type II and/or type III glass.

But USP type I glass, there are some difference to tell: light-borosilicate glass, neutral borosilicate glass, high borosilicate glass.

Light borosilicate glass is on China was trying to produce neutral, but Hamag Group was not able to develop technology at that time.

All other glass forming companies are coming to purchase from Hamag Group. a long queue of trucks aside the road of our factory.

 

Some people is using high-borosilicate glass tubing to substitute neutral glass ampoules and vials. which is still workable, but not match quality control standard. Hamag Group is long history company who treasure reputation a lot. only supply products on agree quality level and conditions.

 

Specifications and Capacity

Common capacity specifications of glass ampoules include 1mL, 2mL, 5mL, 10mL, and 20mL, etc., which can meet the requirements of different drug dosages.

Features and Advantages

· Good Sealing Performance: The glass material and sealing process ensure that the drug does not come into contact with the outside air, preventing the drug from oxidation and deterioration. For example, some oxidizable injection agents packaged in glass ampoules can have an extended shelf life.

· High Chemical Stability: Different glass ampoule materials can adapt to the acidity and alkalinity of a variety of drugs. During long-term contact with the liquid medicine, there will be no phenomena such as shedding, degradation, and substance migration.

· Excellent Transparency: The colorless transparent ampoules are beneficial for the clarity inspection of the liquid medicine, making it convenient to observe whether there are quality problems such as precipitation and turbidity in the drug.

· Good Heat Resistance: It can withstand the pressure difference generated during autoclaving, as well as the temperature shock during the washing and sterilization processes, and is not prone to cold explosion and breakage.

Structure and Principle

· Color Ring Necked Breakable Ampoules: A low-melting-point powder with a coefficient of expansion twice that of the ampoule glass is fused and fixed at the neck of the ampoule to form a ring. After cooling, a permanent stress is generated at the ring part, and it can be broken off neatly with a little force, and it is not easy to produce glass debris.

· Scored Neck Breakable Ampoules: There is a fine score at the neck part, and a color dot with a diameter of 2mm is marked at the center of the score. When breaking it, apply force to the back of the middle of the score, and the broken section should be flat.

Production Process

· Tube Making: The glass raw materials are processed through high-temperature melting, tube drawing, and other processes to make glass tubes.

· Molding: The glass tubes are processed through cutting, heating, blowing, and other processes to form the body and neck shapes of the ampoules.

· Sealing: A high-temperature melting sealing technology is used to seal the ampoule mouth to ensure the sealing performance.

Scope of Application

· Packaging for Injectables: Widely used for the packaging of various injectable drugs, such as antibiotics, vitamins, biological agents, etc.

· Vaccine Packaging: It can be used to contain various vaccines, ensuring the stability and safety of the vaccines during storage and transportation.

 
1ml glass ampoule amber form B white ring from  Hamag Group

Form A/B/C/D/E International standard glass ampoule, for injection use.

Special design ampoules, customized ampoule, OEM ampules.

1ml ampoule, 2ml ampoule, 3ml ampoule, 4ml ampoule, 5ml ampoule, 6ml ampoule, 7ml ampoule, 8ml ampoule, 9ml ampoule, 10ml ampoule, 12ml ampoule, 15ml ampoule, 16ml ampoule, 18ml ampoule, 20ml ampoule, 25ml ampoule, 30ml ampoule.

small mouth ampoules, closed type ampoule, flare opening ampoules

made out of EP/USP type I borosilicate glass.

1.Color:clear transparent or amber brown

2.Standard: USP EP JP CFDA ISO YBB

3.Volume: 1-25ml

4.Material: borosilicate glass

5.Dimension could be customized

6.Clients' Logo/content could be ceramic printed upon authorization

7.Different color ring available

8.OPC or breaking ring, breaking force 30-80N.

9.Customized printing upon authorization.

 

Material and Classification

· Material: It mainly includes neutral glass, barium-containing glass, and zirconium-containing glass. Neutral glass is a type of low-borosilicate glass with good chemical stability. Barium-containing glass has good alkali resistance, and zirconium-containing glass has excellent resistance to both acids and alkalis.

· Classification: According to the color, it can be divided into colorless transparent and amber types. The amber-colored ones can filter out ultraviolet rays, making them suitable for containing photosensitive drugs. According to the style, it is divided into necked ampoules and powder ampoules. Powder ampoules have been basically phased out. Necked breakable ampoules are further divided into scored neck breakable ampoules and color ring breakable ampoules.

 

There is three different type of glass defined by USP/EP, type I, type II, type III.

Type I: borosilicate glass

Type II: treated type III glass

Type III: Soda-lime glass

 

While for moulded vials there are soda-lime glass in use, while most ampules manufacturers already aborted type II and/or type III glass.

But USP type I glass, there are some difference to tell: light-borosilicate glass, neutral borosilicate glass, high borosilicate glass.

Light borosilicate glass is on China was trying to produce neutral, but Hamag Group was not able to develop technology at that time.

All other glass forming companies are coming to purchase from Hamag Group. a long queue of trucks aside the road of our factory.

 

Some people is using high-borosilicate glass tubing to substitute neutral glass ampoules and vials. which is still workable, but not match quality control standard. Hamag Group is long history company who treasure reputation a lot. only supply products on agree quality level and conditions.

 

Specifications and Capacity

Common capacity specifications of glass ampoules include 1mL, 2mL, 5mL, 10mL, and 20mL, etc., which can meet the requirements of different drug dosages.

Features and Advantages

· Good Sealing Performance: The glass material and sealing process ensure that the drug does not come into contact with the outside air, preventing the drug from oxidation and deterioration. For example, some oxidizable injection agents packaged in glass ampoules can have an extended shelf life.

· High Chemical Stability: Different glass ampoule materials can adapt to the acidity and alkalinity of a variety of drugs. During long-term contact with the liquid medicine, there will be no phenomena such as shedding, degradation, and substance migration.

· Excellent Transparency: The colorless transparent ampoules are beneficial for the clarity inspection of the liquid medicine, making it convenient to observe whether there are quality problems such as precipitation and turbidity in the drug.

· Good Heat Resistance: It can withstand the pressure difference generated during autoclaving, as well as the temperature shock during the washing and sterilization processes, and is not prone to cold explosion and breakage.

Structure and Principle

· Color Ring Necked Breakable Ampoules: A low-melting-point powder with a coefficient of expansion twice that of the ampoule glass is fused and fixed at the neck of the ampoule to form a ring. After cooling, a permanent stress is generated at the ring part, and it can be broken off neatly with a little force, and it is not easy to produce glass debris.

· Scored Neck Breakable Ampoules: There is a fine score at the neck part, and a color dot with a diameter of 2mm is marked at the center of the score. When breaking it, apply force to the back of the middle of the score, and the broken section should be flat.

Production Process

· Tube Making: The glass raw materials are processed through high-temperature melting, tube drawing, and other processes to make glass tubes.

· Molding: The glass tubes are processed through cutting, heating, blowing, and other processes to form the body and neck shapes of the ampoules.

· Sealing: A high-temperature melting sealing technology is used to seal the ampoule mouth to ensure the sealing performance.

Scope of Application

· Packaging for Injectables: Widely used for the packaging of various injectable drugs, such as antibiotics, vitamins, biological agents, etc.

· Vaccine Packaging: It can be used to contain various vaccines, ensuring the stability and safety of the vaccines during storage and transportation.

 

Form A/B/C/D/E International standard glass ampoule, for injection use.

Special design ampoules, customized ampoule, OEM ampules.

1ml ampoule, 2ml ampoule, 3ml ampoule, 4ml ampoule, 5ml ampoule, 6ml ampoule, 7ml ampoule, 8ml ampoule, 9ml ampoule, 10ml ampoule, 12ml ampoule, 15ml ampoule, 16ml ampoule, 18ml ampoule, 20ml ampoule, 25ml ampoule, 30ml ampoule.

small mouth ampoules, closed type ampoule, flare opening ampoules

made out of EP/USP type I borosilicate glass.

1.Color:clear transparent or amber brown

2.Standard: USP EP JP CFDA ISO YBB

3.Volume: 1-25ml

4.Material: borosilicate glass

5.Dimension could be customized

6.Clients' Logo/content could be ceramic printed upon authorization

7.Different color ring available

8.OPC or breaking ring, breaking force 30-80N.

9.Customized printing upon authorization.

 
15ml OPC form C ampoules with BLUE dot

Form A/B/C/D/E International standard glass ampoule, for injection use.

Special design ampoules, customized ampoule, OEM ampules.

1ml ampoule, 2ml ampoule, 3ml ampoule, 4ml ampoule, 5ml ampoule, 6ml ampoule, 7ml ampoule, 8ml ampoule, 9ml ampoule, 10ml ampoule, 12ml ampoule, 15ml ampoule, 16ml ampoule, 18ml ampoule, 20ml ampoule, 25ml ampoule, 30ml ampoule.

small mouth ampoules, closed type ampoule, flare opening ampoules

made out of EP/USP type I borosilicate glass.

1.Color:clear transparent or amber brown

2.Standard: USP EP JP CFDA ISO YBB

3.Volume: 1-25ml

4.Material: borosilicate glass

5.Dimension could be customized

6.Clients' Logo/content could be ceramic printed upon authorization

7.Different color ring available

8.OPC or breaking ring, breaking force 30-80N.

9.Customized printing upon authorization.
15ml OPC form C ampoules with BLUE dot and white color ring

Material and Classification

· Material: It mainly includes neutral glass, barium-containing glass, and zirconium-containing glass. Neutral glass is a type of low-borosilicate glass with good chemical stability. Barium-containing glass has good alkali resistance, and zirconium-containing glass has excellent resistance to both acids and alkalis.

· Classification: According to the color, it can be divided into colorless transparent and amber types. The amber-colored ones can filter out ultraviolet rays, making them suitable for containing photosensitive drugs. According to the style, it is divided into necked ampoules and powder ampoules. Powder ampoules have been basically phased out. Necked breakable ampoules are further divided into scored neck breakable ampoules and color ring breakable ampoules.

 

There is three different type of glass defined by USP/EP, type I, type II, type III.

Type I: borosilicate glass

Type II: treated type III glass

Type III: Soda-lime glass

 

While for moulded vials there are soda-lime glass in use, while most ampules manufacturers already aborted type II and/or type III glass.

But USP type I glass, there are some difference to tell: light-borosilicate glass, neutral borosilicate glass, high borosilicate glass.

Light borosilicate glass is on China was trying to produce neutral, but Hamag Group was not able to develop technology at that time.

All other glass forming companies are coming to purchase from Hamag Group. a long queue of trucks aside the road of our factory.

 

Some people is using high-borosilicate glass tubing to substitute neutral glass ampoules and vials. which is still workable, but not match quality control standard. Hamag Group is long history company who treasure reputation a lot. only supply products on agree quality level and conditions.

 

Specifications and Capacity

Common capacity specifications of glass ampoules include 1mL, 2mL, 5mL, 10mL, and 20mL, etc., which can meet the requirements of different drug dosages.

Features and Advantages

· Good Sealing Performance: The glass material and sealing process ensure that the drug does not come into contact with the outside air, preventing the drug from oxidation and deterioration. For example, some oxidizable injection agents packaged in glass ampoules can have an extended shelf life.

· High Chemical Stability: Different glass ampoule materials can adapt to the acidity and alkalinity of a variety of drugs. During long-term contact with the liquid medicine, there will be no phenomena such as shedding, degradation, and substance migration.

· Excellent Transparency: The colorless transparent ampoules are beneficial for the clarity inspection of the liquid medicine, making it convenient to observe whether there are quality problems such as precipitation and turbidity in the drug.

· Good Heat Resistance: It can withstand the pressure difference generated during autoclaving, as well as the temperature shock during the washing and sterilization processes, and is not prone to cold explosion and breakage.

Structure and Principle

· Color Ring Necked Breakable Ampoules: A low-melting-point powder with a coefficient of expansion twice that of the ampoule glass is fused and fixed at the neck of the ampoule to form a ring. After cooling, a permanent stress is generated at the ring part, and it can be broken off neatly with a little force, and it is not easy to produce glass debris.

· Scored Neck Breakable Ampoules: There is a fine score at the neck part, and a color dot with a diameter of 2mm is marked at the center of the score. When breaking it, apply force to the back of the middle of the score, and the broken section should be flat.

Production Process

· Tube Making: The glass raw materials are processed through high-temperature melting, tube drawing, and other processes to make glass tubes.

· Molding: The glass tubes are processed through cutting, heating, blowing, and other processes to form the body and neck shapes of the ampoules.

· Sealing: A high-temperature melting sealing technology is used to seal the ampoule mouth to ensure the sealing performance.

Scope of Application

· Packaging for Injectables: Widely used for the packaging of various injectable drugs, such as antibiotics, vitamins, biological agents, etc.

· Vaccine Packaging: It can be used to contain various vaccines, ensuring the stability and safety of the vaccines during storage and transportation.

 
10ml OPC form C ampoules with BLUE dot

Form A/B/C/D/E International standard glass ampoule, for injection use.

Special design ampoules, customized ampoule, OEM ampules.

1ml ampoule, 2ml ampoule, 3ml ampoule, 4ml ampoule, 5ml ampoule, 6ml ampoule, 7ml ampoule, 8ml ampoule, 9ml ampoule, 10ml ampoule, 12ml ampoule, 15ml ampoule, 16ml ampoule, 18ml ampoule, 20ml ampoule, 25ml ampoule, 30ml ampoule.

small mouth ampoules, closed type ampoule, flare opening ampoules

made out of EP/USP type I borosilicate glass.

1.Color:clear transparent or amber brown

2.Standard: USP EP JP CFDA ISO YBB

3.Volume: 1-25ml

4.Material: borosilicate glass

5.Dimension could be customized

6.Clients' Logo/content could be ceramic printed upon authorization

7.Different color ring available

8.OPC or breaking ring, breaking force 30-80N.

9.Customized printing upon authorization.


10ml glass ampoule amber form C white ring none dot

Form A/B/C/D/E International standard glass ampoule, for injection use.

Special design ampoules, customized ampoule, OEM ampules.

1ml ampoule, 2ml ampoule, 3ml ampoule, 4ml ampoule, 5ml ampoule, 6ml ampoule, 7ml ampoule, 8ml ampoule, 9ml ampoule, 10ml ampoule, 12ml ampoule, 15ml ampoule, 16ml ampoule, 18ml ampoule, 20ml ampoule, 25ml ampoule, 30ml ampoule.

small mouth ampoules, closed type ampoule, flare opening ampoules

made out of EP/USP type I borosilicate glass.

1.Color:clear transparent or amber brown

2.Standard: USP EP JP CFDA ISO YBB

3.Volume: 1-25ml

4.Material: borosilicate glass

5.Dimension could be customized

6.Clients' Logo/content could be ceramic printed upon authorization

7.Different color ring available

8.OPC or breaking ring, breaking force 30-80N.

9.Customized printing upon authorization.


10ml glass ampoule amber form C blue and white ring none dot by Hamag Group

Material and Classification

· Material: It mainly includes neutral glass, barium-containing glass, and zirconium-containing glass. Neutral glass is a type of low-borosilicate glass with good chemical stability. Barium-containing glass has good alkali resistance, and zirconium-containing glass has excellent resistance to both acids and alkalis.

· Classification: According to the color, it can be divided into colorless transparent and amber types. The amber-colored ones can filter out ultraviolet rays, making them suitable for containing photosensitive drugs. According to the style, it is divided into necked ampoules and powder ampoules. Powder ampoules have been basically phased out. Necked breakable ampoules are further divided into scored neck breakable ampoules and color ring breakable ampoules.

 

There is three different type of glass defined by USP/EP, type I, type II, type III.

Type I: borosilicate glass

Type II: treated type III glass

Type III: Soda-lime glass

 

While for moulded vials there are soda-lime glass in use, while most ampules manufacturers already aborted type II and/or type III glass.

But USP type I glass, there are some difference to tell: light-borosilicate glass, neutral borosilicate glass, high borosilicate glass.

Light borosilicate glass is on China was trying to produce neutral, but Hamag Group was not able to develop technology at that time.

All other glass forming companies are coming to purchase from Hamag Group. a long queue of trucks aside the road of our factory.

 

Some people is using high-borosilicate glass tubing to substitute neutral glass ampoules and vials. which is still workable, but not match quality control standard. Hamag Group is long history company who treasure reputation a lot. only supply products on agree quality level and conditions.

 

Specifications and Capacity

Common capacity specifications of glass ampoules include 1mL, 2mL, 5mL, 10mL, and 20mL, etc., which can meet the requirements of different drug dosages.

Features and Advantages

· Good Sealing Performance: The glass material and sealing process ensure that the drug does not come into contact with the outside air, preventing the drug from oxidation and deterioration. For example, some oxidizable injection agents packaged in glass ampoules can have an extended shelf life.

· High Chemical Stability: Different glass ampoule materials can adapt to the acidity and alkalinity of a variety of drugs. During long-term contact with the liquid medicine, there will be no phenomena such as shedding, degradation, and substance migration.

· Excellent Transparency: The colorless transparent ampoules are beneficial for the clarity inspection of the liquid medicine, making it convenient to observe whether there are quality problems such as precipitation and turbidity in the drug.

· Good Heat Resistance: It can withstand the pressure difference generated during autoclaving, as well as the temperature shock during the washing and sterilization processes, and is not prone to cold explosion and breakage.

Structure and Principle

· Color Ring Necked Breakable Ampoules: A low-melting-point powder with a coefficient of expansion twice that of the ampoule glass is fused and fixed at the neck of the ampoule to form a ring. After cooling, a permanent stress is generated at the ring part, and it can be broken off neatly with a little force, and it is not easy to produce glass debris.

· Scored Neck Breakable Ampoules: There is a fine score at the neck part, and a color dot with a diameter of 2mm is marked at the center of the score. When breaking it, apply force to the back of the middle of the score, and the broken section should be flat.

Production Process

· Tube Making: The glass raw materials are processed through high-temperature melting, tube drawing, and other processes to make glass tubes.

· Molding: The glass tubes are processed through cutting, heating, blowing, and other processes to form the body and neck shapes of the ampoules.

· Sealing: A high-temperature melting sealing technology is used to seal the ampoule mouth to ensure the sealing performance.

Scope of Application

· Packaging for Injectables: Widely used for the packaging of various injectable drugs, such as antibiotics, vitamins, biological agents, etc.

· Vaccine Packaging: It can be used to contain various vaccines, ensuring the stability and safety of the vaccines during storage and transportation.

 
10ml clear flint glass form D white ring glass ampoule by Hamag Group

Material and Classification

· Material: It mainly includes neutral glass, barium-containing glass, and zirconium-containing glass. Neutral glass is a type of low-borosilicate glass with good chemical stability. Barium-containing glass has good alkali resistance, and zirconium-containing glass has excellent resistance to both acids and alkalis.

· Classification: According to the color, it can be divided into colorless transparent and amber types. The amber-colored ones can filter out ultraviolet rays, making them suitable for containing photosensitive drugs. According to the style, it is divided into necked ampoules and powder ampoules. Powder ampoules have been basically phased out. Necked breakable ampoules are further divided into scored neck breakable ampoules and color ring breakable ampoules.

 

There is three different type of glass defined by USP/EP, type I, type II, type III.

Type I: borosilicate glass

Type II: treated type III glass

Type III: Soda-lime glass

 

While for moulded vials there are soda-lime glass in use, while most ampules manufacturers already aborted type II and/or type III glass.

But USP type I glass, there are some difference to tell: light-borosilicate glass, neutral borosilicate glass, high borosilicate glass.

Light borosilicate glass is on China was trying to produce neutral, but Hamag Group was not able to develop technology at that time.

All other glass forming companies are coming to purchase from Hamag Group. a long queue of trucks aside the road of our factory.

 

Some people is using high-borosilicate glass tubing to substitute neutral glass ampoules and vials. which is still workable, but not match quality control standard. Hamag Group is long history company who treasure reputation a lot. only supply products on agree quality level and conditions.

 

Specifications and Capacity

Common capacity specifications of glass ampoules include 1mL, 2mL, 5mL, 10mL, and 20mL, etc., which can meet the requirements of different drug dosages.

Features and Advantages

· Good Sealing Performance: The glass material and sealing process ensure that the drug does not come into contact with the outside air, preventing the drug from oxidation and deterioration. For example, some oxidizable injection agents packaged in glass ampoules can have an extended shelf life.

· High Chemical Stability: Different glass ampoule materials can adapt to the acidity and alkalinity of a variety of drugs. During long-term contact with the liquid medicine, there will be no phenomena such as shedding, degradation, and substance migration.

· Excellent Transparency: The colorless transparent ampoules are beneficial for the clarity inspection of the liquid medicine, making it convenient to observe whether there are quality problems such as precipitation and turbidity in the drug.

· Good Heat Resistance: It can withstand the pressure difference generated during autoclaving, as well as the temperature shock during the washing and sterilization processes, and is not prone to cold explosion and breakage.

Structure and Principle

· Color Ring Necked Breakable Ampoules: A low-melting-point powder with a coefficient of expansion twice that of the ampoule glass is fused and fixed at the neck of the ampoule to form a ring. After cooling, a permanent stress is generated at the ring part, and it can be broken off neatly with a little force, and it is not easy to produce glass debris.

· Scored Neck Breakable Ampoules: There is a fine score at the neck part, and a color dot with a diameter of 2mm is marked at the center of the score. When breaking it, apply force to the back of the middle of the score, and the broken section should be flat.

Production Process

· Tube Making: The glass raw materials are processed through high-temperature melting, tube drawing, and other processes to make glass tubes.

· Molding: The glass tubes are processed through cutting, heating, blowing, and other processes to form the body and neck shapes of the ampoules.

· Sealing: A high-temperature melting sealing technology is used to seal the ampoule mouth to ensure the sealing performance.

Scope of Application

· Packaging for Injectables: Widely used for the packaging of various injectable drugs, such as antibiotics, vitamins, biological agents, etc.

· Vaccine Packaging: It can be used to contain various vaccines, ensuring the stability and safety of the vaccines during storage and transportation.

 
10ml clear flint glass form C yeallow breaking ring glass ampoule by Hamag Group

Material and Classification

· Material: It mainly includes neutral glass, barium-containing glass, and zirconium-containing glass. Neutral glass is a type of low-borosilicate glass with good chemical stability. Barium-containing glass has good alkali resistance, and zirconium-containing glass has excellent resistance to both acids and alkalis.

· Classification: According to the color, it can be divided into colorless transparent and amber types. The amber-colored ones can filter out ultraviolet rays, making them suitable for containing photosensitive drugs. According to the style, it is divided into necked ampoules and powder ampoules. Powder ampoules have been basically phased out. Necked breakable ampoules are further divided into scored neck breakable ampoules and color ring breakable ampoules.

 

There is three different type of glass defined by USP/EP, type I, type II, type III.

Type I: borosilicate glass

Type II: treated type III glass

Type III: Soda-lime glass

 

While for moulded vials there are soda-lime glass in use, while most ampules manufacturers already aborted type II and/or type III glass.

But USP type I glass, there are some difference to tell: light-borosilicate glass, neutral borosilicate glass, high borosilicate glass.

Light borosilicate glass is on China was trying to produce neutral, but Hamag Group was not able to develop technology at that time.

All other glass forming companies are coming to purchase from Hamag Group. a long queue of trucks aside the road of our factory.

 

Some people is using high-borosilicate glass tubing to substitute neutral glass ampoules and vials. which is still workable, but not match quality control standard. Hamag Group is long history company who treasure reputation a lot. only supply products on agree quality level and conditions.

 

Specifications and Capacity

Common capacity specifications of glass ampoules include 1mL, 2mL, 5mL, 10mL, and 20mL, etc., which can meet the requirements of different drug dosages.

Features and Advantages

· Good Sealing Performance: The glass material and sealing process ensure that the drug does not come into contact with the outside air, preventing the drug from oxidation and deterioration. For example, some oxidizable injection agents packaged in glass ampoules can have an extended shelf life.

· High Chemical Stability: Different glass ampoule materials can adapt to the acidity and alkalinity of a variety of drugs. During long-term contact with the liquid medicine, there will be no phenomena such as shedding, degradation, and substance migration.

· Excellent Transparency: The colorless transparent ampoules are beneficial for the clarity inspection of the liquid medicine, making it convenient to observe whether there are quality problems such as precipitation and turbidity in the drug.

· Good Heat Resistance: It can withstand the pressure difference generated during autoclaving, as well as the temperature shock during the washing and sterilization processes, and is not prone to cold explosion and breakage.

Structure and Principle

· Color Ring Necked Breakable Ampoules: A low-melting-point powder with a coefficient of expansion twice that of the ampoule glass is fused and fixed at the neck of the ampoule to form a ring. After cooling, a permanent stress is generated at the ring part, and it can be broken off neatly with a little force, and it is not easy to produce glass debris.

· Scored Neck Breakable Ampoules: There is a fine score at the neck part, and a color dot with a diameter of 2mm is marked at the center of the score. When breaking it, apply force to the back of the middle of the score, and the broken section should be flat.

Production Process

· Tube Making: The glass raw materials are processed through high-temperature melting, tube drawing, and other processes to make glass tubes.

· Molding: The glass tubes are processed through cutting, heating, blowing, and other processes to form the body and neck shapes of the ampoules.

· Sealing: A high-temperature melting sealing technology is used to seal the ampoule mouth to ensure the sealing performance.

Scope of Application

· Packaging for Injectables: Widely used for the packaging of various injectable drugs, such as antibiotics, vitamins, biological agents, etc.

· Vaccine Packaging: It can be used to contain various vaccines, ensuring the stability and safety of the vaccines during storage and transportation.

 
6ml glass ampoule amber form C white ring

Material and Classification

· Material: It mainly includes neutral glass, barium-containing glass, and zirconium-containing glass. Neutral glass is a type of low-borosilicate glass with good chemical stability. Barium-containing glass has good alkali resistance, and zirconium-containing glass has excellent resistance to both acids and alkalis.

· Classification: According to the color, it can be divided into colorless transparent and amber types. The amber-colored ones can filter out ultraviolet rays, making them suitable for containing photosensitive drugs. According to the style, it is divided into necked ampoules and powder ampoules. Powder ampoules have been basically phased out. Necked breakable ampoules are further divided into scored neck breakable ampoules and color ring breakable ampoules.

 

There is three different type of glass defined by USP/EP, type I, type II, type III.

Type I: borosilicate glass

Type II: treated type III glass

Type III: Soda-lime glass

 

While for moulded vials there are soda-lime glass in use, while most ampules manufacturers already aborted type II and/or type III glass.

But USP type I glass, there are some difference to tell: light-borosilicate glass, neutral borosilicate glass, high borosilicate glass.

Light borosilicate glass is on China was trying to produce neutral, but Hamag Group was not able to develop technology at that time.

All other glass forming companies are coming to purchase from Hamag Group. a long queue of trucks aside the road of our factory.

 

Some people is using high-borosilicate glass tubing to substitute neutral glass ampoules and vials. which is still workable, but not match quality control standard. Hamag Group is long history company who treasure reputation a lot. only supply products on agree quality level and conditions.

 

Specifications and Capacity

Common capacity specifications of glass ampoules include 1mL, 2mL, 5mL, 10mL, and 20mL, etc., which can meet the requirements of different drug dosages.

Features and Advantages

· Good Sealing Performance: The glass material and sealing process ensure that the drug does not come into contact with the outside air, preventing the drug from oxidation and deterioration. For example, some oxidizable injection agents packaged in glass ampoules can have an extended shelf life.

· High Chemical Stability: Different glass ampoule materials can adapt to the acidity and alkalinity of a variety of drugs. During long-term contact with the liquid medicine, there will be no phenomena such as shedding, degradation, and substance migration.

· Excellent Transparency: The colorless transparent ampoules are beneficial for the clarity inspection of the liquid medicine, making it convenient to observe whether there are quality problems such as precipitation and turbidity in the drug.

· Good Heat Resistance: It can withstand the pressure difference generated during autoclaving, as well as the temperature shock during the washing and sterilization processes, and is not prone to cold explosion and breakage.

Structure and Principle

· Color Ring Necked Breakable Ampoules: A low-melting-point powder with a coefficient of expansion twice that of the ampoule glass is fused and fixed at the neck of the ampoule to form a ring. After cooling, a permanent stress is generated at the ring part, and it can be broken off neatly with a little force, and it is not easy to produce glass debris.

· Scored Neck Breakable Ampoules: There is a fine score at the neck part, and a color dot with a diameter of 2mm is marked at the center of the score. When breaking it, apply force to the back of the middle of the score, and the broken section should be flat.

Production Process

· Tube Making: The glass raw materials are processed through high-temperature melting, tube drawing, and other processes to make glass tubes.

· Molding: The glass tubes are processed through cutting, heating, blowing, and other processes to form the body and neck shapes of the ampoules.

· Sealing: A high-temperature melting sealing technology is used to seal the ampoule mouth to ensure the sealing performance.

Scope of Application

· Packaging for Injectables: Widely used for the packaging of various injectable drugs, such as antibiotics, vitamins, biological agents, etc.

· Vaccine Packaging: It can be used to contain various vaccines, ensuring the stability and safety of the vaccines during storage and transportation.

 
5ml OPC form C fat ampoules with BLUE dot by Hamag Group

Material and Classification

· Material: It mainly includes neutral glass, barium-containing glass, and zirconium-containing glass. Neutral glass is a type of low-borosilicate glass with good chemical stability. Barium-containing glass has good alkali resistance, and zirconium-containing glass has excellent resistance to both acids and alkalis.

· Classification: According to the color, it can be divided into colorless transparent and amber types. The amber-colored ones can filter out ultraviolet rays, making them suitable for containing photosensitive drugs. According to the style, it is divided into necked ampoules and powder ampoules. Powder ampoules have been basically phased out. Necked breakable ampoules are further divided into scored neck breakable ampoules and color ring breakable ampoules.

 

There is three different type of glass defined by USP/EP, type I, type II, type III.

Type I: borosilicate glass

Type II: treated type III glass

Type III: Soda-lime glass

 

While for moulded vials there are soda-lime glass in use, while most ampules manufacturers already aborted type II and/or type III glass.

But USP type I glass, there are some difference to tell: light-borosilicate glass, neutral borosilicate glass, high borosilicate glass.

Light borosilicate glass is on China was trying to produce neutral, but Hamag Group was not able to develop technology at that time.

All other glass forming companies are coming to purchase from Hamag Group. a long queue of trucks aside the road of our factory.

 

Some people is using high-borosilicate glass tubing to substitute neutral glass ampoules and vials. which is still workable, but not match quality control standard. Hamag Group is long history company who treasure reputation a lot. only supply products on agree quality level and conditions.

 

Specifications and Capacity

Common capacity specifications of glass ampoules include 1mL, 2mL, 5mL, 10mL, and 20mL, etc., which can meet the requirements of different drug dosages.

Features and Advantages

· Good Sealing Performance: The glass material and sealing process ensure that the drug does not come into contact with the outside air, preventing the drug from oxidation and deterioration. For example, some oxidizable injection agents packaged in glass ampoules can have an extended shelf life.

· High Chemical Stability: Different glass ampoule materials can adapt to the acidity and alkalinity of a variety of drugs. During long-term contact with the liquid medicine, there will be no phenomena such as shedding, degradation, and substance migration.

· Excellent Transparency: The colorless transparent ampoules are beneficial for the clarity inspection of the liquid medicine, making it convenient to observe whether there are quality problems such as precipitation and turbidity in the drug.

· Good Heat Resistance: It can withstand the pressure difference generated during autoclaving, as well as the temperature shock during the washing and sterilization processes, and is not prone to cold explosion and breakage.

Structure and Principle

· Color Ring Necked Breakable Ampoules: A low-melting-point powder with a coefficient of expansion twice that of the ampoule glass is fused and fixed at the neck of the ampoule to form a ring. After cooling, a permanent stress is generated at the ring part, and it can be broken off neatly with a little force, and it is not easy to produce glass debris.

· Scored Neck Breakable Ampoules: There is a fine score at the neck part, and a color dot with a diameter of 2mm is marked at the center of the score. When breaking it, apply force to the back of the middle of the score, and the broken section should be flat.

Production Process

· Tube Making: The glass raw materials are processed through high-temperature melting, tube drawing, and other processes to make glass tubes.

· Molding: The glass tubes are processed through cutting, heating, blowing, and other processes to form the body and neck shapes of the ampoules.

· Sealing: A high-temperature melting sealing technology is used to seal the ampoule mouth to ensure the sealing performance.

Scope of Application

· Packaging for Injectables: Widely used for the packaging of various injectable drugs, such as antibiotics, vitamins, biological agents, etc.

· Vaccine Packaging: It can be used to contain various vaccines, ensuring the stability and safety of the vaccines during storage and transportation.

 
5ml glass ampoule amber form C white ring

Form A/B/C/D/E International standard glass ampoule, for injection use.

Special design ampoules, customized ampoule, OEM ampules.

1ml ampoule, 2ml ampoule, 3ml ampoule, 4ml ampoule, 5ml ampoule, 6ml ampoule, 7ml ampoule, 8ml ampoule, 9ml ampoule, 10ml ampoule, 12ml ampoule, 15ml ampoule, 16ml ampoule, 18ml ampoule, 20ml ampoule, 25ml ampoule, 30ml ampoule.

small mouth ampoules, closed type ampoule, flare opening ampoules

made out of EP/USP type I borosilicate glass.

1.Color:clear transparent or amber brown

2.Standard: USP EP JP CFDA ISO YBB

3.Volume: 1-25ml

4.Material: borosilicate glass

5.Dimension could be customized

6.Clients' Logo/content could be ceramic printed upon authorization

7.Different color ring available

8.OPC or breaking ring, breaking force 30-80N.

9.Customized printing upon authorization.


5ml glass ampoule amber form C white OPC dot

Material and Classification

· Material: It mainly includes neutral glass, barium-containing glass, and zirconium-containing glass. Neutral glass is a type of low-borosilicate glass with good chemical stability. Barium-containing glass has good alkali resistance, and zirconium-containing glass has excellent resistance to both acids and alkalis.

· Classification: According to the color, it can be divided into colorless transparent and amber types. The amber-colored ones can filter out ultraviolet rays, making them suitable for containing photosensitive drugs. According to the style, it is divided into necked ampoules and powder ampoules. Powder ampoules have been basically phased out. Necked breakable ampoules are further divided into scored neck breakable ampoules and color ring breakable ampoules.

 

There is three different type of glass defined by USP/EP, type I, type II, type III.

Type I: borosilicate glass

Type II: treated type III glass

Type III: Soda-lime glass

 

While for moulded vials there are soda-lime glass in use, while most ampules manufacturers already aborted type II and/or type III glass.

But USP type I glass, there are some difference to tell: light-borosilicate glass, neutral borosilicate glass, high borosilicate glass.

Light borosilicate glass is on China was trying to produce neutral, but Hamag Group was not able to develop technology at that time.

All other glass forming companies are coming to purchase from Hamag Group. a long queue of trucks aside the road of our factory.

 

Some people is using high-borosilicate glass tubing to substitute neutral glass ampoules and vials. which is still workable, but not match quality control standard. Hamag Group is long history company who treasure reputation a lot. only supply products on agree quality level and conditions.

 

Specifications and Capacity

Common capacity specifications of glass ampoules include 1mL, 2mL, 5mL, 10mL, and 20mL, etc., which can meet the requirements of different drug dosages.

Features and Advantages

· Good Sealing Performance: The glass material and sealing process ensure that the drug does not come into contact with the outside air, preventing the drug from oxidation and deterioration. For example, some oxidizable injection agents packaged in glass ampoules can have an extended shelf life.

· High Chemical Stability: Different glass ampoule materials can adapt to the acidity and alkalinity of a variety of drugs. During long-term contact with the liquid medicine, there will be no phenomena such as shedding, degradation, and substance migration.

· Excellent Transparency: The colorless transparent ampoules are beneficial for the clarity inspection of the liquid medicine, making it convenient to observe whether there are quality problems such as precipitation and turbidity in the drug.

· Good Heat Resistance: It can withstand the pressure difference generated during autoclaving, as well as the temperature shock during the washing and sterilization processes, and is not prone to cold explosion and breakage.

Structure and Principle

· Color Ring Necked Breakable Ampoules: A low-melting-point powder with a coefficient of expansion twice that of the ampoule glass is fused and fixed at the neck of the ampoule to form a ring. After cooling, a permanent stress is generated at the ring part, and it can be broken off neatly with a little force, and it is not easy to produce glass debris.

· Scored Neck Breakable Ampoules: There is a fine score at the neck part, and a color dot with a diameter of 2mm is marked at the center of the score. When breaking it, apply force to the back of the middle of the score, and the broken section should be flat.

Production Process

· Tube Making: The glass raw materials are processed through high-temperature melting, tube drawing, and other processes to make glass tubes.

· Molding: The glass tubes are processed through cutting, heating, blowing, and other processes to form the body and neck shapes of the ampoules.

· Sealing: A high-temperature melting sealing technology is used to seal the ampoule mouth to ensure the sealing performance.

Scope of Application

· Packaging for Injectables: Widely used for the packaging of various injectable drugs, such as antibiotics, vitamins, biological agents, etc.

· Vaccine Packaging: It can be used to contain various vaccines, ensuring the stability and safety of the vaccines during storage and transportation.
4ml glass ampoule amber form C blue OPC dot

Form A/B/C/D/E International standard glass ampoule, for injection use.

Special design ampoules, customized ampoule, OEM ampules.

1ml ampoule, 2ml ampoule, 3ml ampoule, 4ml ampoule, 5ml ampoule, 6ml ampoule, 7ml ampoule, 8ml ampoule, 9ml ampoule, 10ml ampoule, 12ml ampoule, 15ml ampoule, 16ml ampoule, 18ml ampoule, 20ml ampoule, 25ml ampoule, 30ml ampoule.

small mouth ampoules, closed type ampoule, flare opening ampoules

made out of EP/USP type I borosilicate glass.

1.Color:clear transparent or amber brown

2.Standard: USP EP JP CFDA ISO YBB

3.Volume: 1-25ml

4.Material: borosilicate glass

5.Dimension could be customized

6.Clients' Logo/content could be ceramic printed upon authorization

7.Different color ring available

8.OPC or breaking ring, breaking force 30-80N.

9.Customized printing upon authorization.


4ml dual chamber glass cartridge

Form A/B/C/D/E International standard glass ampoule, for injection use.

Special design ampoules, customized ampoule, OEM ampules.

1ml ampoule, 2ml ampoule, 3ml ampoule, 4ml ampoule, 5ml ampoule, 6ml ampoule, 7ml ampoule, 8ml ampoule, 9ml ampoule, 10ml ampoule, 12ml ampoule, 15ml ampoule, 16ml ampoule, 18ml ampoule, 20ml ampoule, 25ml ampoule, 30ml ampoule.

small mouth ampoules, closed type ampoule, flare opening ampoules

made out of EP/USP type I borosilicate glass.

1.Color:clear transparent or amber brown

2.Standard: USP EP JP CFDA ISO YBB

3.Volume: 1-25ml

4.Material: borosilicate glass

5.Dimension could be customized

6.Clients' Logo/content could be ceramic printed upon authorization

7.Different color ring available

8.OPC or breaking ring, breaking force 30-80N.

9.Customized printing upon authorization.


3ml OPC form C ampoules with BLUE breaking DOT and RED WHITE idenficication color ring

Form A/B/C/D/E International standard glass ampoule, for injection use.

Special design ampoules, customized ampoule, OEM ampules.

1ml ampoule, 2ml ampoule, 3ml ampoule, 4ml ampoule, 5ml ampoule, 6ml ampoule, 7ml ampoule, 8ml ampoule, 9ml ampoule, 10ml ampoule, 12ml ampoule, 15ml ampoule, 16ml ampoule, 18ml ampoule, 20ml ampoule, 25ml ampoule, 30ml ampoule.

small mouth ampoules, closed type ampoule, flare opening ampoules

made out of EP/USP type I borosilicate glass.

1.Color:clear transparent or amber brown

2.Standard: USP EP JP CFDA ISO YBB

3.Volume: 1-25ml

4.Material: borosilicate glass

5.Dimension could be customized

6.Clients' Logo/content could be ceramic printed upon authorization

7.Different color ring available

8.OPC or breaking ring, breaking force 30-80N.

9.Customized printing upon authorization.

Material and Classification

· Material: It mainly includes neutral glass, barium-containing glass, and zirconium-containing glass. Neutral glass is a type of low-borosilicate glass with good chemical stability. Barium-containing glass has good alkali resistance, and zirconium-containing glass has excellent resistance to both acids and alkalis.

· Classification: According to the color, it can be divided into colorless transparent and amber types. The amber-colored ones can filter out ultraviolet rays, making them suitable for containing photosensitive drugs. According to the style, it is divided into necked ampoules and powder ampoules. Powder ampoules have been basically phased out. Necked breakable ampoules are further divided into scored neck breakable ampoules and color ring breakable ampoules.

 

There is three different type of glass defined by USP/EP, type I, type II, type III.

Type I: borosilicate glass

Type II: treated type III glass

Type III: Soda-lime glass

 

While for moulded vials there are soda-lime glass in use, while most ampules manufacturers already aborted type II and/or type III glass.

But USP type I glass, there are some difference to tell: light-borosilicate glass, neutral borosilicate glass, high borosilicate glass.

Light borosilicate glass is on China was trying to produce neutral, but Hamag Group was not able to develop technology at that time.

All other glass forming companies are coming to purchase from Hamag Group. a long queue of trucks aside the road of our factory.

 

Some people is using high-borosilicate glass tubing to substitute neutral glass ampoules and vials. which is still workable, but not match quality control standard. Hamag Group is long history company who treasure reputation a lot. only supply products on agree quality level and conditions.

 

Specifications and Capacity

Common capacity specifications of glass ampoules include 1mL, 2mL, 5mL, 10mL, and 20mL, etc., which can meet the requirements of different drug dosages.

Features and Advantages

· Good Sealing Performance: The glass material and sealing process ensure that the drug does not come into contact with the outside air, preventing the drug from oxidation and deterioration. For example, some oxidizable injection agents packaged in glass ampoules can have an extended shelf life.

· High Chemical Stability: Different glass ampoule materials can adapt to the acidity and alkalinity of a variety of drugs. During long-term contact with the liquid medicine, there will be no phenomena such as shedding, degradation, and substance migration.

· Excellent Transparency: The colorless transparent ampoules are beneficial for the clarity inspection of the liquid medicine, making it convenient to observe whether there are quality problems such as precipitation and turbidity in the drug.

· Good Heat Resistance: It can withstand the pressure difference generated during autoclaving, as well as the temperature shock during the washing and sterilization processes, and is not prone to cold explosion and breakage.

Structure and Principle

· Color Ring Necked Breakable Ampoules: A low-melting-point powder with a coefficient of expansion twice that of the ampoule glass is fused and fixed at the neck of the ampoule to form a ring. After cooling, a permanent stress is generated at the ring part, and it can be broken off neatly with a little force, and it is not easy to produce glass debris.

· Scored Neck Breakable Ampoules: There is a fine score at the neck part, and a color dot with a diameter of 2mm is marked at the center of the score. When breaking it, apply force to the back of the middle of the score, and the broken section should be flat.

Production Process

· Tube Making: The glass raw materials are processed through high-temperature melting, tube drawing, and other processes to make glass tubes.

· Molding: The glass tubes are processed through cutting, heating, blowing, and other processes to form the body and neck shapes of the ampoules.

· Sealing: A high-temperature melting sealing technology is used to seal the ampoule mouth to ensure the sealing performance.

Scope of Application

· Packaging for Injectables: Widely used for the packaging of various injectable drugs, such as antibiotics, vitamins, biological agents, etc.

· Vaccine Packaging: It can be used to contain various vaccines, ensuring the stability and safety of the vaccines during storage and transportation.

 

3ml Cartridge for Pharmaceutical Packaging

Product Overview

Our 3ml cartridge is a cutting-edge solution designed specifically for pharmaceutical packaging. Crafted with precision and engineered to meet the highest industry standards, it offers unparalleled performance, reliability, and safety for storing and dispensing a wide range of pharmaceutical products.

Physical Properties

Key Features and Benefits

1. Enhanced Safety and Integrity

2. Improved Patient Convenience

3. Environmental Sustainability

Applications

Our 3ml cartridges are suitable for a wide range of pharmaceutical applications, including:

Customization Options

We understand that every pharmaceutical product is unique, and we offer a range of customization options to meet your specific needs. Our customization services include:

[Email Address]
[Website]
3ml glass ampoule amber form C red and white ring n white breaking ring 

Form A/B/C/D/E International standard glass ampoule, for injection use.

Special design ampoules, customized ampoule, OEM ampules.

1ml ampoule, 2ml ampoule, 3ml ampoule, 4ml ampoule, 5ml ampoule, 6ml ampoule, 7ml ampoule, 8ml ampoule, 9ml ampoule, 10ml ampoule, 12ml ampoule, 15ml ampoule, 16ml ampoule, 18ml ampoule, 20ml ampoule, 25ml ampoule, 30ml ampoule.

small mouth ampoules, closed type ampoule, flare opening ampoules

made out of EP/USP type I borosilicate glass.

1.Color:clear transparent or amber brown

2.Standard: USP EP JP CFDA ISO YBB

3.Volume: 1-25ml

4.Material: borosilicate glass

5.Dimension could be customized

6.Clients' Logo/content could be ceramic printed upon authorization

7.Different color ring available

8.OPC or breaking ring, breaking force 30-80N.

9.Customized printing upon authorization.

 

Material and Classification

· Material: It mainly includes neutral glass, barium-containing glass, and zirconium-containing glass. Neutral glass is a type of low-borosilicate glass with good chemical stability. Barium-containing glass has good alkali resistance, and zirconium-containing glass has excellent resistance to both acids and alkalis.

· Classification: According to the color, it can be divided into colorless transparent and amber types. The amber-colored ones can filter out ultraviolet rays, making them suitable for containing photosensitive drugs. According to the style, it is divided into necked ampoules and powder ampoules. Powder ampoules have been basically phased out. Necked breakable ampoules are further divided into scored neck breakable ampoules and color ring breakable ampoules.

 

There is three different type of glass defined by USP/EP, type I, type II, type III.

Type I: borosilicate glass

Type II: treated type III glass

Type III: Soda-lime glass

 

While for moulded vials there are soda-lime glass in use, while most ampules manufacturers already aborted type II and/or type III glass.

But USP type I glass, there are some difference to tell: light-borosilicate glass, neutral borosilicate glass, high borosilicate glass.

Light borosilicate glass is on China was trying to produce neutral, but Hamag Group was not able to develop technology at that time.

All other glass forming companies are coming to purchase from Hamag Group. a long queue of trucks aside the road of our factory.

 

Some people is using high-borosilicate glass tubing to substitute neutral glass ampoules and vials. which is still workable, but not match quality control standard. Hamag Group is long history company who treasure reputation a lot. only supply products on agree quality level and conditions.

 

Specifications and Capacity

Common capacity specifications of glass ampoules include 1mL, 2mL, 5mL, 10mL, and 20mL, etc., which can meet the requirements of different drug dosages.

Features and Advantages

· Good Sealing Performance: The glass material and sealing process ensure that the drug does not come into contact with the outside air, preventing the drug from oxidation and deterioration. For example, some oxidizable injection agents packaged in glass ampoules can have an extended shelf life.

· High Chemical Stability: Different glass ampoule materials can adapt to the acidity and alkalinity of a variety of drugs. During long-term contact with the liquid medicine, there will be no phenomena such as shedding, degradation, and substance migration.

· Excellent Transparency: The colorless transparent ampoules are beneficial for the clarity inspection of the liquid medicine, making it convenient to observe whether there are quality problems such as precipitation and turbidity in the drug.

· Good Heat Resistance: It can withstand the pressure difference generated during autoclaving, as well as the temperature shock during the washing and sterilization processes, and is not prone to cold explosion and breakage.

Structure and Principle

· Color Ring Necked Breakable Ampoules: A low-melting-point powder with a coefficient of expansion twice that of the ampoule glass is fused and fixed at the neck of the ampoule to form a ring. After cooling, a permanent stress is generated at the ring part, and it can be broken off neatly with a little force, and it is not easy to produce glass debris.

· Scored Neck Breakable Ampoules: There is a fine score at the neck part, and a color dot with a diameter of 2mm is marked at the center of the score. When breaking it, apply force to the back of the middle of the score, and the broken section should be flat.

Production Process

· Tube Making: The glass raw materials are processed through high-temperature melting, tube drawing, and other processes to make glass tubes.

· Molding: The glass tubes are processed through cutting, heating, blowing, and other processes to form the body and neck shapes of the ampoules.

· Sealing: A high-temperature melting sealing technology is used to seal the ampoule mouth to ensure the sealing performance.

Scope of Application

· Packaging for Injectables: Widely used for the packaging of various injectable drugs, such as antibiotics, vitamins, biological agents, etc.

· Vaccine Packaging: It can be used to contain various vaccines, ensuring the stability and safety of the vaccines during storage and transportation.

 
3ml cutomized dimension clear injection glass ampoule red identify ring and white breaking ring

Form A/B/C/D/E International standard glass ampoule, for injection use.

Special design ampoules, customized ampoule, OEM ampules.

1ml ampoule, 2ml ampoule, 3ml ampoule, 4ml ampoule, 5ml ampoule, 6ml ampoule, 7ml ampoule, 8ml ampoule, 9ml ampoule, 10ml ampoule, 12ml ampoule, 15ml ampoule, 16ml ampoule, 18ml ampoule, 20ml ampoule, 25ml ampoule, 30ml ampoule.

small mouth ampoules, closed type ampoule, flare opening ampoules

made out of EP/USP type I borosilicate glass.

1.Color:clear transparent or amber brown

2.Standard: USP EP JP CFDA ISO YBB

3.Volume: 1-25ml

4.Material: borosilicate glass

5.Dimension could be customized

6.Clients' Logo/content could be ceramic printed upon authorization

7.Different color ring available

8.OPC or breaking ring, breaking force 30-80N.

9.Customized printing upon authorization.

 

Material and Classification

· Material: It mainly includes neutral glass, barium-containing glass, and zirconium-containing glass. Neutral glass is a type of low-borosilicate glass with good chemical stability. Barium-containing glass has good alkali resistance, and zirconium-containing glass has excellent resistance to both acids and alkalis.

· Classification: According to the color, it can be divided into colorless transparent and amber types. The amber-colored ones can filter out ultraviolet rays, making them suitable for containing photosensitive drugs. According to the style, it is divided into necked ampoules and powder ampoules. Powder ampoules have been basically phased out. Necked breakable ampoules are further divided into scored neck breakable ampoules and color ring breakable ampoules.

 

There is three different type of glass defined by USP/EP, type I, type II, type III.

Type I: borosilicate glass

Type II: treated type III glass

Type III: Soda-lime glass

 

While for moulded vials there are soda-lime glass in use, while most ampules manufacturers already aborted type II and/or type III glass.

But USP type I glass, there are some difference to tell: light-borosilicate glass, neutral borosilicate glass, high borosilicate glass.

Light borosilicate glass is on China was trying to produce neutral, but Hamag Group was not able to develop technology at that time.

All other glass forming companies are coming to purchase from Hamag Group. a long queue of trucks aside the road of our factory.

 

Some people is using high-borosilicate glass tubing to substitute neutral glass ampoules and vials. which is still workable, but not match quality control standard. Hamag Group is long history company who treasure reputation a lot. only supply products on agree quality level and conditions.

 

Specifications and Capacity

Common capacity specifications of glass ampoules include 1mL, 2mL, 5mL, 10mL, and 20mL, etc., which can meet the requirements of different drug dosages.

Features and Advantages

· Good Sealing Performance: The glass material and sealing process ensure that the drug does not come into contact with the outside air, preventing the drug from oxidation and deterioration. For example, some oxidizable injection agents packaged in glass ampoules can have an extended shelf life.

· High Chemical Stability: Different glass ampoule materials can adapt to the acidity and alkalinity of a variety of drugs. During long-term contact with the liquid medicine, there will be no phenomena such as shedding, degradation, and substance migration.

· Excellent Transparency: The colorless transparent ampoules are beneficial for the clarity inspection of the liquid medicine, making it convenient to observe whether there are quality problems such as precipitation and turbidity in the drug.

· Good Heat Resistance: It can withstand the pressure difference generated during autoclaving, as well as the temperature shock during the washing and sterilization processes, and is not prone to cold explosion and breakage.

Structure and Principle

· Color Ring Necked Breakable Ampoules: A low-melting-point powder with a coefficient of expansion twice that of the ampoule glass is fused and fixed at the neck of the ampoule to form a ring. After cooling, a permanent stress is generated at the ring part, and it can be broken off neatly with a little force, and it is not easy to produce glass debris.

· Scored Neck Breakable Ampoules: There is a fine score at the neck part, and a color dot with a diameter of 2mm is marked at the center of the score. When breaking it, apply force to the back of the middle of the score, and the broken section should be flat.

Production Process

· Tube Making: The glass raw materials are processed through high-temperature melting, tube drawing, and other processes to make glass tubes.

· Molding: The glass tubes are processed through cutting, heating, blowing, and other processes to form the body and neck shapes of the ampoules.

· Sealing: A high-temperature melting sealing technology is used to seal the ampoule mouth to ensure the sealing performance.

Scope of Application

· Packaging for Injectables: Widely used for the packaging of various injectable drugs, such as antibiotics, vitamins, biological agents, etc.

· Vaccine Packaging: It can be used to contain various vaccines, ensuring the stability and safety of the vaccines during storage and transportation.

 
3ml clear flint glass form D blue ring glass ampoule by Hamag Group

Form A/B/C/D/E International standard glass ampoule, for injection use.

Special design ampoules, customized ampoule, OEM ampules.

1ml ampoule, 2ml ampoule, 3ml ampoule, 4ml ampoule, 5ml ampoule, 6ml ampoule, 7ml ampoule, 8ml ampoule, 9ml ampoule, 10ml ampoule, 12ml ampoule, 15ml ampoule, 16ml ampoule, 18ml ampoule, 20ml ampoule, 25ml ampoule, 30ml ampoule.

small mouth ampoules, closed type ampoule, flare opening ampoules

made out of EP/USP type I borosilicate glass.

1.Color:clear transparent or amber brown

2.Standard: USP EP JP CFDA ISO YBB

3.Volume: 1-25ml

4.Material: borosilicate glass

5.Dimension could be customized

6.Clients' Logo/content could be ceramic printed upon authorization

7.Different color ring available

8.OPC or breaking ring, breaking force 30-80N.

9.Customized printing upon authorization.

 

Material and Classification

· Material: It mainly includes neutral glass, barium-containing glass, and zirconium-containing glass. Neutral glass is a type of low-borosilicate glass with good chemical stability. Barium-containing glass has good alkali resistance, and zirconium-containing glass has excellent resistance to both acids and alkalis.

· Classification: According to the color, it can be divided into colorless transparent and amber types. The amber-colored ones can filter out ultraviolet rays, making them suitable for containing photosensitive drugs. According to the style, it is divided into necked ampoules and powder ampoules. Powder ampoules have been basically phased out. Necked breakable ampoules are further divided into scored neck breakable ampoules and color ring breakable ampoules.

 

There is three different type of glass defined by USP/EP, type I, type II, type III.

Type I: borosilicate glass

Type II: treated type III glass

Type III: Soda-lime glass

 

While for moulded vials there are soda-lime glass in use, while most ampules manufacturers already aborted type II and/or type III glass.

But USP type I glass, there are some difference to tell: light-borosilicate glass, neutral borosilicate glass, high borosilicate glass.

Light borosilicate glass is on China was trying to produce neutral, but Hamag Group was not able to develop technology at that time.

All other glass forming companies are coming to purchase from Hamag Group. a long queue of trucks aside the road of our factory.

 

Some people is using high-borosilicate glass tubing to substitute neutral glass ampoules and vials. which is still workable, but not match quality control standard. Hamag Group is long history company who treasure reputation a lot. only supply products on agree quality level and conditions.

 

Specifications and Capacity

Common capacity specifications of glass ampoules include 1mL, 2mL, 5mL, 10mL, and 20mL, etc., which can meet the requirements of different drug dosages.

Features and Advantages

· Good Sealing Performance: The glass material and sealing process ensure that the drug does not come into contact with the outside air, preventing the drug from oxidation and deterioration. For example, some oxidizable injection agents packaged in glass ampoules can have an extended shelf life.

· High Chemical Stability: Different glass ampoule materials can adapt to the acidity and alkalinity of a variety of drugs. During long-term contact with the liquid medicine, there will be no phenomena such as shedding, degradation, and substance migration.

· Excellent Transparency: The colorless transparent ampoules are beneficial for the clarity inspection of the liquid medicine, making it convenient to observe whether there are quality problems such as precipitation and turbidity in the drug.

· Good Heat Resistance: It can withstand the pressure difference generated during autoclaving, as well as the temperature shock during the washing and sterilization processes, and is not prone to cold explosion and breakage.

Structure and Principle

· Color Ring Necked Breakable Ampoules: A low-melting-point powder with a coefficient of expansion twice that of the ampoule glass is fused and fixed at the neck of the ampoule to form a ring. After cooling, a permanent stress is generated at the ring part, and it can be broken off neatly with a little force, and it is not easy to produce glass debris.

· Scored Neck Breakable Ampoules: There is a fine score at the neck part, and a color dot with a diameter of 2mm is marked at the center of the score. When breaking it, apply force to the back of the middle of the score, and the broken section should be flat.

Production Process

· Tube Making: The glass raw materials are processed through high-temperature melting, tube drawing, and other processes to make glass tubes.

· Molding: The glass tubes are processed through cutting, heating, blowing, and other processes to form the body and neck shapes of the ampoules.

· Sealing: A high-temperature melting sealing technology is used to seal the ampoule mouth to ensure the sealing performance.

Scope of Application

· Packaging for Injectables: Widely used for the packaging of various injectable drugs, such as antibiotics, vitamins, biological agents, etc.

· Vaccine Packaging: It can be used to contain various vaccines, ensuring the stability and safety of the vaccines during storage and transportation.

 
2ml glass ampoule amber form C white ring red ring

Form A/B/C/D/E International standard glass ampoule, for injection use.

Special design ampoules, customized ampoule, OEM ampules.

1ml ampoule, 2ml ampoule, 3ml ampoule, 4ml ampoule, 5ml ampoule, 6ml ampoule, 7ml ampoule, 8ml ampoule, 9ml ampoule, 10ml ampoule, 12ml ampoule, 15ml ampoule, 16ml ampoule, 18ml ampoule, 20ml ampoule, 25ml ampoule, 30ml ampoule.

small mouth ampoules, closed type ampoule, flare opening ampoules

made out of EP/USP type I borosilicate glass.

1.Color:clear transparent or amber brown

2.Standard: USP EP JP CFDA ISO YBB

3.Volume: 1-25ml

4.Material: borosilicate glass

5.Dimension could be customized

6.Clients' Logo/content could be ceramic printed upon authorization

7.Different color ring available

8.OPC or breaking ring, breaking force 30-80N.

9.Customized printing upon authorization.

 

Material and Classification

· Material: It mainly includes neutral glass, barium-containing glass, and zirconium-containing glass. Neutral glass is a type of low-borosilicate glass with good chemical stability. Barium-containing glass has good alkali resistance, and zirconium-containing glass has excellent resistance to both acids and alkalis.

· Classification: According to the color, it can be divided into colorless transparent and amber types. The amber-colored ones can filter out ultraviolet rays, making them suitable for containing photosensitive drugs. According to the style, it is divided into necked ampoules and powder ampoules. Powder ampoules have been basically phased out. Necked breakable ampoules are further divided into scored neck breakable ampoules and color ring breakable ampoules.

 

There is three different type of glass defined by USP/EP, type I, type II, type III.

Type I: borosilicate glass

Type II: treated type III glass

Type III: Soda-lime glass

 

While for moulded vials there are soda-lime glass in use, while most ampules manufacturers already aborted type II and/or type III glass.

But USP type I glass, there are some difference to tell: light-borosilicate glass, neutral borosilicate glass, high borosilicate glass.

Light borosilicate glass is on China was trying to produce neutral, but Hamag Group was not able to develop technology at that time.

All other glass forming companies are coming to purchase from Hamag Group. a long queue of trucks aside the road of our factory.

 

Some people is using high-borosilicate glass tubing to substitute neutral glass ampoules and vials. which is still workable, but not match quality control standard. Hamag Group is long history company who treasure reputation a lot. only supply products on agree quality level and conditions.

 

Specifications and Capacity

Common capacity specifications of glass ampoules include 1mL, 2mL, 5mL, 10mL, and 20mL, etc., which can meet the requirements of different drug dosages.

Features and Advantages

· Good Sealing Performance: The glass material and sealing process ensure that the drug does not come into contact with the outside air, preventing the drug from oxidation and deterioration. For example, some oxidizable injection agents packaged in glass ampoules can have an extended shelf life.

· High Chemical Stability: Different glass ampoule materials can adapt to the acidity and alkalinity of a variety of drugs. During long-term contact with the liquid medicine, there will be no phenomena such as shedding, degradation, and substance migration.

· Excellent Transparency: The colorless transparent ampoules are beneficial for the clarity inspection of the liquid medicine, making it convenient to observe whether there are quality problems such as precipitation and turbidity in the drug.

· Good Heat Resistance: It can withstand the pressure difference generated during autoclaving, as well as the temperature shock during the washing and sterilization processes, and is not prone to cold explosion and breakage.

Structure and Principle

· Color Ring Necked Breakable Ampoules: A low-melting-point powder with a coefficient of expansion twice that of the ampoule glass is fused and fixed at the neck of the ampoule to form a ring. After cooling, a permanent stress is generated at the ring part, and it can be broken off neatly with a little force, and it is not easy to produce glass debris.

· Scored Neck Breakable Ampoules: There is a fine score at the neck part, and a color dot with a diameter of 2mm is marked at the center of the score. When breaking it, apply force to the back of the middle of the score, and the broken section should be flat.

Production Process

· Tube Making: The glass raw materials are processed through high-temperature melting, tube drawing, and other processes to make glass tubes.

· Molding: The glass tubes are processed through cutting, heating, blowing, and other processes to form the body and neck shapes of the ampoules.

· Sealing: A high-temperature melting sealing technology is used to seal the ampoule mouth to ensure the sealing performance.

Scope of Application

· Packaging for Injectables: Widely used for the packaging of various injectable drugs, such as antibiotics, vitamins, biological agents, etc.

· Vaccine Packaging: It can be used to contain various vaccines, ensuring the stability and safety of the vaccines during storage and transportation.

 
2ml form C ampoules with BLUE OPC dot and two RED WHITE idenficication color ring by Hamag

Form A/B/C/D/E International standard glass ampoule, for injection use.

Special design ampoules, customized ampoule, OEM ampules.

1ml ampoule, 2ml ampoule, 3ml ampoule, 4ml ampoule, 5ml ampoule, 6ml ampoule, 7ml ampoule, 8ml ampoule, 9ml ampoule, 10ml ampoule, 12ml ampoule, 15ml ampoule, 16ml ampoule, 18ml ampoule, 20ml ampoule, 25ml ampoule, 30ml ampoule.

small mouth ampoules, closed type ampoule, flare opening ampoules

made out of EP/USP type I borosilicate glass.

1.Color:clear transparent or amber brown

2.Standard: USP EP JP CFDA ISO YBB

3.Volume: 1-25ml

4.Material: borosilicate glass

5.Dimension could be customized

6.Clients' Logo/content could be ceramic printed upon authorization

7.Different color ring available

8.OPC or breaking ring, breaking force 30-80N.

9.Customized printing upon authorization.

 

Material and Classification

· Material: It mainly includes neutral glass, barium-containing glass, and zirconium-containing glass. Neutral glass is a type of low-borosilicate glass with good chemical stability. Barium-containing glass has good alkali resistance, and zirconium-containing glass has excellent resistance to both acids and alkalis.

· Classification: According to the color, it can be divided into colorless transparent and amber types. The amber-colored ones can filter out ultraviolet rays, making them suitable for containing photosensitive drugs. According to the style, it is divided into necked ampoules and powder ampoules. Powder ampoules have been basically phased out. Necked breakable ampoules are further divided into scored neck breakable ampoules and color ring breakable ampoules.

 

There is three different type of glass defined by USP/EP, type I, type II, type III.

Type I: borosilicate glass

Type II: treated type III glass

Type III: Soda-lime glass

 

While for moulded vials there are soda-lime glass in use, while most ampules manufacturers already aborted type II and/or type III glass.

But USP type I glass, there are some difference to tell: light-borosilicate glass, neutral borosilicate glass, high borosilicate glass.

Light borosilicate glass is on China was trying to produce neutral, but Hamag Group was not able to develop technology at that time.

All other glass forming companies are coming to purchase from Hamag Group. a long queue of trucks aside the road of our factory.

 

Some people is using high-borosilicate glass tubing to substitute neutral glass ampoules and vials. which is still workable, but not match quality control standard. Hamag Group is long history company who treasure reputation a lot. only supply products on agree quality level and conditions.

 

Specifications and Capacity

Common capacity specifications of glass ampoules include 1mL, 2mL, 5mL, 10mL, and 20mL, etc., which can meet the requirements of different drug dosages.

Features and Advantages

· Good Sealing Performance: The glass material and sealing process ensure that the drug does not come into contact with the outside air, preventing the drug from oxidation and deterioration. For example, some oxidizable injection agents packaged in glass ampoules can have an extended shelf life.

· High Chemical Stability: Different glass ampoule materials can adapt to the acidity and alkalinity of a variety of drugs. During long-term contact with the liquid medicine, there will be no phenomena such as shedding, degradation, and substance migration.

· Excellent Transparency: The colorless transparent ampoules are beneficial for the clarity inspection of the liquid medicine, making it convenient to observe whether there are quality problems such as precipitation and turbidity in the drug.

· Good Heat Resistance: It can withstand the pressure difference generated during autoclaving, as well as the temperature shock during the washing and sterilization processes, and is not prone to cold explosion and breakage.

Structure and Principle

· Color Ring Necked Breakable Ampoules: A low-melting-point powder with a coefficient of expansion twice that of the ampoule glass is fused and fixed at the neck of the ampoule to form a ring. After cooling, a permanent stress is generated at the ring part, and it can be broken off neatly with a little force, and it is not easy to produce glass debris.

· Scored Neck Breakable Ampoules: There is a fine score at the neck part, and a color dot with a diameter of 2mm is marked at the center of the score. When breaking it, apply force to the back of the middle of the score, and the broken section should be flat.

Production Process

· Tube Making: The glass raw materials are processed through high-temperature melting, tube drawing, and other processes to make glass tubes.

· Molding: The glass tubes are processed through cutting, heating, blowing, and other processes to form the body and neck shapes of the ampoules.

· Sealing: A high-temperature melting sealing technology is used to seal the ampoule mouth to ensure the sealing performance.

Scope of Application

· Packaging for Injectables: Widely used for the packaging of various injectable drugs, such as antibiotics, vitamins, biological agents, etc.

· Vaccine Packaging: It can be used to contain various vaccines, ensuring the stability and safety of the vaccines during storage and transportation.

 
2ml clear flint glass form D blue ring without dot glass ampoule by Hamag Group

Form A/B/C/D/E International standard glass ampoule, for injection use.

Special design ampoules, customized ampoule, OEM ampules.

1ml ampoule, 2ml ampoule, 3ml ampoule, 4ml ampoule, 5ml ampoule, 6ml ampoule, 7ml ampoule, 8ml ampoule, 9ml ampoule, 10ml ampoule, 12ml ampoule, 15ml ampoule, 16ml ampoule, 18ml ampoule, 20ml ampoule, 25ml ampoule, 30ml ampoule.

small mouth ampoules, closed type ampoule, flare opening ampoules

made out of EP/USP type I borosilicate glass.

1.Color:clear transparent or amber brown

2.Standard: USP EP JP CFDA ISO YBB

3.Volume: 1-25ml

4.Material: borosilicate glass

5.Dimension could be customized

6.Clients' Logo/content could be ceramic printed upon authorization

7.Different color ring available

8.OPC or breaking ring, breaking force 30-80N.

9.Customized printing upon authorization.

 

Material and Classification

· Material: It mainly includes neutral glass, barium-containing glass, and zirconium-containing glass. Neutral glass is a type of low-borosilicate glass with good chemical stability. Barium-containing glass has good alkali resistance, and zirconium-containing glass has excellent resistance to both acids and alkalis.

· Classification: According to the color, it can be divided into colorless transparent and amber types. The amber-colored ones can filter out ultraviolet rays, making them suitable for containing photosensitive drugs. According to the style, it is divided into necked ampoules and powder ampoules. Powder ampoules have been basically phased out. Necked breakable ampoules are further divided into scored neck breakable ampoules and color ring breakable ampoules.

 

There is three different type of glass defined by USP/EP, type I, type II, type III.

Type I: borosilicate glass

Type II: treated type III glass

Type III: Soda-lime glass

 

While for moulded vials there are soda-lime glass in use, while most ampules manufacturers already aborted type II and/or type III glass.

But USP type I glass, there are some difference to tell: light-borosilicate glass, neutral borosilicate glass, high borosilicate glass.

Light borosilicate glass is on China was trying to produce neutral, but Hamag Group was not able to develop technology at that time.

All other glass forming companies are coming to purchase from Hamag Group. a long queue of trucks aside the road of our factory.

 

Some people is using high-borosilicate glass tubing to substitute neutral glass ampoules and vials. which is still workable, but not match quality control standard. Hamag Group is long history company who treasure reputation a lot. only supply products on agree quality level and conditions.

 

Specifications and Capacity

Common capacity specifications of glass ampoules include 1mL, 2mL, 5mL, 10mL, and 20mL, etc., which can meet the requirements of different drug dosages.

Features and Advantages

· Good Sealing Performance: The glass material and sealing process ensure that the drug does not come into contact with the outside air, preventing the drug from oxidation and deterioration. For example, some oxidizable injection agents packaged in glass ampoules can have an extended shelf life.

· High Chemical Stability: Different glass ampoule materials can adapt to the acidity and alkalinity of a variety of drugs. During long-term contact with the liquid medicine, there will be no phenomena such as shedding, degradation, and substance migration.

· Excellent Transparency: The colorless transparent ampoules are beneficial for the clarity inspection of the liquid medicine, making it convenient to observe whether there are quality problems such as precipitation and turbidity in the drug.

· Good Heat Resistance: It can withstand the pressure difference generated during autoclaving, as well as the temperature shock during the washing and sterilization processes, and is not prone to cold explosion and breakage.

Structure and Principle

· Color Ring Necked Breakable Ampoules: A low-melting-point powder with a coefficient of expansion twice that of the ampoule glass is fused and fixed at the neck of the ampoule to form a ring. After cooling, a permanent stress is generated at the ring part, and it can be broken off neatly with a little force, and it is not easy to produce glass debris.

· Scored Neck Breakable Ampoules: There is a fine score at the neck part, and a color dot with a diameter of 2mm is marked at the center of the score. When breaking it, apply force to the back of the middle of the score, and the broken section should be flat.

Production Process

· Tube Making: The glass raw materials are processed through high-temperature melting, tube drawing, and other processes to make glass tubes.

· Molding: The glass tubes are processed through cutting, heating, blowing, and other processes to form the body and neck shapes of the ampoules.

· Sealing: A high-temperature melting sealing technology is used to seal the ampoule mouth to ensure the sealing performance.

Scope of Application

· Packaging for Injectables: Widely used for the packaging of various injectable drugs, such as antibiotics, vitamins, biological agents, etc.

· Vaccine Packaging: It can be used to contain various vaccines, ensuring the stability and safety of the vaccines during storage and transportation.

 
1ml red and yellow and white rings clear glass ampoules without color dot by Hamag

Form A/B/C/D/E International standard glass ampoule, for injection use.

Special design ampoules, customized ampoule, OEM ampules.

1ml ampoule, 2ml ampoule, 3ml ampoule, 4ml ampoule, 5ml ampoule, 6ml ampoule, 7ml ampoule, 8ml ampoule, 9ml ampoule, 10ml ampoule, 12ml ampoule, 15ml ampoule, 16ml ampoule, 18ml ampoule, 20ml ampoule, 25ml ampoule, 30ml ampoule.

small mouth ampoules, closed type ampoule, flare opening ampoules

made out of EP/USP type I borosilicate glass.

1.Color:clear transparent or amber brown

2.Standard: USP EP JP CFDA ISO YBB

3.Volume: 1-25ml

4.Material: borosilicate glass

5.Dimension could be customized

6.Clients' Logo/content could be ceramic printed upon authorization

7.Different color ring available

8.OPC or breaking ring, breaking force 30-80N.

9.Customized printing upon authorization.

 

Material and Classification

· Material: It mainly includes neutral glass, barium-containing glass, and zirconium-containing glass. Neutral glass is a type of low-borosilicate glass with good chemical stability. Barium-containing glass has good alkali resistance, and zirconium-containing glass has excellent resistance to both acids and alkalis.

· Classification: According to the color, it can be divided into colorless transparent and amber types. The amber-colored ones can filter out ultraviolet rays, making them suitable for containing photosensitive drugs. According to the style, it is divided into necked ampoules and powder ampoules. Powder ampoules have been basically phased out. Necked breakable ampoules are further divided into scored neck breakable ampoules and color ring breakable ampoules.

 

There is three different type of glass defined by USP/EP, type I, type II, type III.

Type I: borosilicate glass

Type II: treated type III glass

Type III: Soda-lime glass

 

While for moulded vials there are soda-lime glass in use, while most ampules manufacturers already aborted type II and/or type III glass.

But USP type I glass, there are some difference to tell: light-borosilicate glass, neutral borosilicate glass, high borosilicate glass.

Light borosilicate glass is on China was trying to produce neutral, but Hamag Group was not able to develop technology at that time.

All other glass forming companies are coming to purchase from Hamag Group. a long queue of trucks aside the road of our factory.

 

Some people is using high-borosilicate glass tubing to substitute neutral glass ampoules and vials. which is still workable, but not match quality control standard. Hamag Group is long history company who treasure reputation a lot. only supply products on agree quality level and conditions.

 

Specifications and Capacity

Common capacity specifications of glass ampoules include 1mL, 2mL, 5mL, 10mL, and 20mL, etc., which can meet the requirements of different drug dosages.

Features and Advantages

· Good Sealing Performance: The glass material and sealing process ensure that the drug does not come into contact with the outside air, preventing the drug from oxidation and deterioration. For example, some oxidizable injection agents packaged in glass ampoules can have an extended shelf life.

· High Chemical Stability: Different glass ampoule materials can adapt to the acidity and alkalinity of a variety of drugs. During long-term contact with the liquid medicine, there will be no phenomena such as shedding, degradation, and substance migration.

· Excellent Transparency: The colorless transparent ampoules are beneficial for the clarity inspection of the liquid medicine, making it convenient to observe whether there are quality problems such as precipitation and turbidity in the drug.

· Good Heat Resistance: It can withstand the pressure difference generated during autoclaving, as well as the temperature shock during the washing and sterilization processes, and is not prone to cold explosion and breakage.

Structure and Principle

· Color Ring Necked Breakable Ampoules: A low-melting-point powder with a coefficient of expansion twice that of the ampoule glass is fused and fixed at the neck of the ampoule to form a ring. After cooling, a permanent stress is generated at the ring part, and it can be broken off neatly with a little force, and it is not easy to produce glass debris.

· Scored Neck Breakable Ampoules: There is a fine score at the neck part, and a color dot with a diameter of 2mm is marked at the center of the score. When breaking it, apply force to the back of the middle of the score, and the broken section should be flat.

Production Process

· Tube Making: The glass raw materials are processed through high-temperature melting, tube drawing, and other processes to make glass tubes.

· Molding: The glass tubes are processed through cutting, heating, blowing, and other processes to form the body and neck shapes of the ampoules.

· Sealing: A high-temperature melting sealing technology is used to seal the ampoule mouth to ensure the sealing performance.

Scope of Application

· Packaging for Injectables: Widely used for the packaging of various injectable drugs, such as antibiotics, vitamins, biological agents, etc.

· Vaccine Packaging: It can be used to contain various vaccines, ensuring the stability and safety of the vaccines during storage and transportation.

 
1ml glass ampoule light amber form C white dot

Form A/B/C/D/E International standard glass ampoule, for injection use.

Special design ampoules, customized ampoule, OEM ampules.

1ml ampoule, 2ml ampoule, 3ml ampoule, 4ml ampoule, 5ml ampoule, 6ml ampoule, 7ml ampoule, 8ml ampoule, 9ml ampoule, 10ml ampoule, 12ml ampoule, 15ml ampoule, 16ml ampoule, 18ml ampoule, 20ml ampoule, 25ml ampoule, 30ml ampoule.

small mouth ampoules, closed type ampoule, flare opening ampoules

made out of EP/USP type I borosilicate glass.

1.Color:clear transparent or amber brown

2.Standard: USP EP JP CFDA ISO YBB

3.Volume: 1-25ml

4.Material: borosilicate glass

5.Dimension could be customized

6.Clients' Logo/content could be ceramic printed upon authorization

7.Different color ring available

8.OPC or breaking ring, breaking force 30-80N.

9.Customized printing upon authorization.

 

Material and Classification

· Material: It mainly includes neutral glass, barium-containing glass, and zirconium-containing glass. Neutral glass is a type of low-borosilicate glass with good chemical stability. Barium-containing glass has good alkali resistance, and zirconium-containing glass has excellent resistance to both acids and alkalis.

· Classification: According to the color, it can be divided into colorless transparent and amber types. The amber-colored ones can filter out ultraviolet rays, making them suitable for containing photosensitive drugs. According to the style, it is divided into necked ampoules and powder ampoules. Powder ampoules have been basically phased out. Necked breakable ampoules are further divided into scored neck breakable ampoules and color ring breakable ampoules.

 

There is three different type of glass defined by USP/EP, type I, type II, type III.

Type I: borosilicate glass

Type II: treated type III glass

Type III: Soda-lime glass

 

While for moulded vials there are soda-lime glass in use, while most ampules manufacturers already aborted type II and/or type III glass.

But USP type I glass, there are some difference to tell: light-borosilicate glass, neutral borosilicate glass, high borosilicate glass.

Light borosilicate glass is on China was trying to produce neutral, but Hamag Group was not able to develop technology at that time.

All other glass forming companies are coming to purchase from Hamag Group. a long queue of trucks aside the road of our factory.

 

Some people is using high-borosilicate glass tubing to substitute neutral glass ampoules and vials. which is still workable, but not match quality control standard. Hamag Group is long history company who treasure reputation a lot. only supply products on agree quality level and conditions.

 

Specifications and Capacity

Common capacity specifications of glass ampoules include 1mL, 2mL, 5mL, 10mL, and 20mL, etc., which can meet the requirements of different drug dosages.

Features and Advantages

· Good Sealing Performance: The glass material and sealing process ensure that the drug does not come into contact with the outside air, preventing the drug from oxidation and deterioration. For example, some oxidizable injection agents packaged in glass ampoules can have an extended shelf life.

· High Chemical Stability: Different glass ampoule materials can adapt to the acidity and alkalinity of a variety of drugs. During long-term contact with the liquid medicine, there will be no phenomena such as shedding, degradation, and substance migration.

· Excellent Transparency: The colorless transparent ampoules are beneficial for the clarity inspection of the liquid medicine, making it convenient to observe whether there are quality problems such as precipitation and turbidity in the drug.

· Good Heat Resistance: It can withstand the pressure difference generated during autoclaving, as well as the temperature shock during the washing and sterilization processes, and is not prone to cold explosion and breakage.

Structure and Principle

· Color Ring Necked Breakable Ampoules: A low-melting-point powder with a coefficient of expansion twice that of the ampoule glass is fused and fixed at the neck of the ampoule to form a ring. After cooling, a permanent stress is generated at the ring part, and it can be broken off neatly with a little force, and it is not easy to produce glass debris.

· Scored Neck Breakable Ampoules: There is a fine score at the neck part, and a color dot with a diameter of 2mm is marked at the center of the score. When breaking it, apply force to the back of the middle of the score, and the broken section should be flat.

Production Process

· Tube Making: The glass raw materials are processed through high-temperature melting, tube drawing, and other processes to make glass tubes.

· Molding: The glass tubes are processed through cutting, heating, blowing, and other processes to form the body and neck shapes of the ampoules.

· Sealing: A high-temperature melting sealing technology is used to seal the ampoule mouth to ensure the sealing performance.

Scope of Application

· Packaging for Injectables: Widely used for the packaging of various injectable drugs, such as antibiotics, vitamins, biological agents, etc.

· Vaccine Packaging: It can be used to contain various vaccines, ensuring the stability and safety of the vaccines during storage and transportation.

 
1ml glass ampoule dark amber form C white OPC dot by Hamag Group

Form A/B/C/D/E International standard glass ampoule, for injection use.

Special design ampoules, customized ampoule, OEM ampules.

1ml ampoule, 2ml ampoule, 3ml ampoule, 4ml ampoule, 5ml ampoule, 6ml ampoule, 7ml ampoule, 8ml ampoule, 9ml ampoule, 10ml ampoule, 12ml ampoule, 15ml ampoule, 16ml ampoule, 18ml ampoule, 20ml ampoule, 25ml ampoule, 30ml ampoule.

small mouth ampoules, closed type ampoule, flare opening ampoules

made out of EP/USP type I borosilicate glass.

1.Color:clear transparent or amber brown

2.Standard: USP EP JP CFDA ISO YBB

3.Volume: 1-25ml

4.Material: borosilicate glass

5.Dimension could be customized

6.Clients' Logo/content could be ceramic printed upon authorization

7.Different color ring available

8.OPC or breaking ring, breaking force 30-80N.

9.Customized printing upon authorization.

 

Material and Classification

· Material: It mainly includes neutral glass, barium-containing glass, and zirconium-containing glass. Neutral glass is a type of low-borosilicate glass with good chemical stability. Barium-containing glass has good alkali resistance, and zirconium-containing glass has excellent resistance to both acids and alkalis.

· Classification: According to the color, it can be divided into colorless transparent and amber types. The amber-colored ones can filter out ultraviolet rays, making them suitable for containing photosensitive drugs. According to the style, it is divided into necked ampoules and powder ampoules. Powder ampoules have been basically phased out. Necked breakable ampoules are further divided into scored neck breakable ampoules and color ring breakable ampoules.

 

There is three different type of glass defined by USP/EP, type I, type II, type III.

Type I: borosilicate glass

Type II: treated type III glass

Type III: Soda-lime glass

 

While for moulded vials there are soda-lime glass in use, while most ampules manufacturers already aborted type II and/or type III glass.

But USP type I glass, there are some difference to tell: light-borosilicate glass, neutral borosilicate glass, high borosilicate glass.

Light borosilicate glass is on China was trying to produce neutral, but Hamag Group was not able to develop technology at that time.

All other glass forming companies are coming to purchase from Hamag Group. a long queue of trucks aside the road of our factory.

 

Some people is using high-borosilicate glass tubing to substitute neutral glass ampoules and vials. which is still workable, but not match quality control standard. Hamag Group is long history company who treasure reputation a lot. only supply products on agree quality level and conditions.

 

Specifications and Capacity

Common capacity specifications of glass ampoules include 1mL, 2mL, 5mL, 10mL, and 20mL, etc., which can meet the requirements of different drug dosages.

Features and Advantages

· Good Sealing Performance: The glass material and sealing process ensure that the drug does not come into contact with the outside air, preventing the drug from oxidation and deterioration. For example, some oxidizable injection agents packaged in glass ampoules can have an extended shelf life.

· High Chemical Stability: Different glass ampoule materials can adapt to the acidity and alkalinity of a variety of drugs. During long-term contact with the liquid medicine, there will be no phenomena such as shedding, degradation, and substance migration.

· Excellent Transparency: The colorless transparent ampoules are beneficial for the clarity inspection of the liquid medicine, making it convenient to observe whether there are quality problems such as precipitation and turbidity in the drug.

· Good Heat Resistance: It can withstand the pressure difference generated during autoclaving, as well as the temperature shock during the washing and sterilization processes, and is not prone to cold explosion and breakage.

Structure and Principle

· Color Ring Necked Breakable Ampoules: A low-melting-point powder with a coefficient of expansion twice that of the ampoule glass is fused and fixed at the neck of the ampoule to form a ring. After cooling, a permanent stress is generated at the ring part, and it can be broken off neatly with a little force, and it is not easy to produce glass debris.

· Scored Neck Breakable Ampoules: There is a fine score at the neck part, and a color dot with a diameter of 2mm is marked at the center of the score. When breaking it, apply force to the back of the middle of the score, and the broken section should be flat.

Production Process

· Tube Making: The glass raw materials are processed through high-temperature melting, tube drawing, and other processes to make glass tubes.

· Molding: The glass tubes are processed through cutting, heating, blowing, and other processes to form the body and neck shapes of the ampoules.

· Sealing: A high-temperature melting sealing technology is used to seal the ampoule mouth to ensure the sealing performance.

Scope of Application

· Packaging for Injectables: Widely used for the packaging of various injectable drugs, such as antibiotics, vitamins, biological agents, etc.

· Vaccine Packaging: It can be used to contain various vaccines, ensuring the stability and safety of the vaccines during storage and transportation.

 


 Product ID: 2110741
1.8ml glass cartridge
1ml clear ampule form C OPC red ring red dot clear glass ampoules by Hamag

Form A/B/C/D/E International standard glass ampoule, for injection use.

Special design ampoules, customized ampoule, OEM ampules.

1ml ampoule, 2ml ampoule, 3ml ampoule, 4ml ampoule, 5ml ampoule, 6ml ampoule, 7ml ampoule, 8ml ampoule, 9ml ampoule, 10ml ampoule, 12ml ampoule, 15ml ampoule, 16ml ampoule, 18ml ampoule, 20ml ampoule, 25ml ampoule, 30ml ampoule.

small mouth ampoules, closed type ampoule, flare opening ampoules

made out of EP/USP type I borosilicate glass.

1.Color:clear transparent or amber brown

2.Standard: USP EP JP CFDA ISO YBB

3.Volume: 1-25ml

4.Material: borosilicate glass

5.Dimension could be customized

6.Clients' Logo/content could be ceramic printed upon authorization

7.Different color ring available

8.OPC or breaking ring, breaking force 30-80N.

9.Customized printing upon authorization.

 

Material and Classification

· Material: It mainly includes neutral glass, barium-containing glass, and zirconium-containing glass. Neutral glass is a type of low-borosilicate glass with good chemical stability. Barium-containing glass has good alkali resistance, and zirconium-containing glass has excellent resistance to both acids and alkalis.

· Classification: According to the color, it can be divided into colorless transparent and amber types. The amber-colored ones can filter out ultraviolet rays, making them suitable for containing photosensitive drugs. According to the style, it is divided into necked ampoules and powder ampoules. Powder ampoules have been basically phased out. Necked breakable ampoules are further divided into scored neck breakable ampoules and color ring breakable ampoules.

 

There is three different type of glass defined by USP/EP, type I, type II, type III.

Type I: borosilicate glass

Type II: treated type III glass

Type III: Soda-lime glass

 

While for moulded vials there are soda-lime glass in use, while most ampules manufacturers already aborted type II and/or type III glass.

But USP type I glass, there are some difference to tell: light-borosilicate glass, neutral borosilicate glass, high borosilicate glass.

Light borosilicate glass is on China was trying to produce neutral, but Hamag Group was not able to develop technology at that time.

All other glass forming companies are coming to purchase from Hamag Group. a long queue of trucks aside the road of our factory.

 

Some people is using high-borosilicate glass tubing to substitute neutral glass ampoules and vials. which is still workable, but not match quality control standard. Hamag Group is long history company who treasure reputation a lot. only supply products on agree quality level and conditions.

 

Specifications and Capacity

Common capacity specifications of glass ampoules include 1mL, 2mL, 5mL, 10mL, and 20mL, etc., which can meet the requirements of different drug dosages.

Features and Advantages

· Good Sealing Performance: The glass material and sealing process ensure that the drug does not come into contact with the outside air, preventing the drug from oxidation and deterioration. For example, some oxidizable injection agents packaged in glass ampoules can have an extended shelf life.

· High Chemical Stability: Different glass ampoule materials can adapt to the acidity and alkalinity of a variety of drugs. During long-term contact with the liquid medicine, there will be no phenomena such as shedding, degradation, and substance migration.

· Excellent Transparency: The colorless transparent ampoules are beneficial for the clarity inspection of the liquid medicine, making it convenient to observe whether there are quality problems such as precipitation and turbidity in the drug.

· Good Heat Resistance: It can withstand the pressure difference generated during autoclaving, as well as the temperature shock during the washing and sterilization processes, and is not prone to cold explosion and breakage.

Structure and Principle

· Color Ring Necked Breakable Ampoules: A low-melting-point powder with a coefficient of expansion twice that of the ampoule glass is fused and fixed at the neck of the ampoule to form a ring. After cooling, a permanent stress is generated at the ring part, and it can be broken off neatly with a little force, and it is not easy to produce glass debris.

· Scored Neck Breakable Ampoules: There is a fine score at the neck part, and a color dot with a diameter of 2mm is marked at the center of the score. When breaking it, apply force to the back of the middle of the score, and the broken section should be flat.

Production Process

· Tube Making: The glass raw materials are processed through high-temperature melting, tube drawing, and other processes to make glass tubes.

· Molding: The glass tubes are processed through cutting, heating, blowing, and other processes to form the body and neck shapes of the ampoules.

· Sealing: A high-temperature melting sealing technology is used to seal the ampoule mouth to ensure the sealing performance.

Scope of Application

· Packaging for Injectables: Widely used for the packaging of various injectable drugs, such as antibiotics, vitamins, biological agents, etc.

· Vaccine Packaging: It can be used to contain various vaccines, ensuring the stability and safety of the vaccines during storage and transportation.

 
1ml clear ampule form C red ring glass ampoule

Form A/B/C/D/E International standard glass ampoule, for injection use.

Special design ampoules, customized ampoule, OEM ampules.

1ml ampoule, 2ml ampoule, 3ml ampoule, 4ml ampoule, 5ml ampoule, 6ml ampoule, 7ml ampoule, 8ml ampoule, 9ml ampoule, 10ml ampoule, 12ml ampoule, 15ml ampoule, 16ml ampoule, 18ml ampoule, 20ml ampoule, 25ml ampoule, 30ml ampoule.

small mouth ampoules, closed type ampoule, flare opening ampoules

made out of EP/USP type I borosilicate glass.

1.Color:clear transparent or amber brown

2.Standard: USP EP JP CFDA ISO YBB

3.Volume: 1-25ml

4.Material: borosilicate glass

5.Dimension could be customized

6.Clients' Logo/content could be ceramic printed upon authorization

7.Different color ring available

8.OPC or breaking ring, breaking force 30-80N.

9.Customized printing upon authorization.

 

Material and Classification

· Material: It mainly includes neutral glass, barium-containing glass, and zirconium-containing glass. Neutral glass is a type of low-borosilicate glass with good chemical stability. Barium-containing glass has good alkali resistance, and zirconium-containing glass has excellent resistance to both acids and alkalis.

· Classification: According to the color, it can be divided into colorless transparent and amber types. The amber-colored ones can filter out ultraviolet rays, making them suitable for containing photosensitive drugs. According to the style, it is divided into necked ampoules and powder ampoules. Powder ampoules have been basically phased out. Necked breakable ampoules are further divided into scored neck breakable ampoules and color ring breakable ampoules.

 

There is three different type of glass defined by USP/EP, type I, type II, type III.

Type I: borosilicate glass

Type II: treated type III glass

Type III: Soda-lime glass

 

While for moulded vials there are soda-lime glass in use, while most ampules manufacturers already aborted type II and/or type III glass.

But USP type I glass, there are some difference to tell: light-borosilicate glass, neutral borosilicate glass, high borosilicate glass.

Light borosilicate glass is on China was trying to produce neutral, but Hamag Group was not able to develop technology at that time.

All other glass forming companies are coming to purchase from Hamag Group. a long queue of trucks aside the road of our factory.

 

Some people is using high-borosilicate glass tubing to substitute neutral glass ampoules and vials. which is still workable, but not match quality control standard. Hamag Group is long history company who treasure reputation a lot. only supply products on agree quality level and conditions.

 

Specifications and Capacity

Common capacity specifications of glass ampoules include 1mL, 2mL, 5mL, 10mL, and 20mL, etc., which can meet the requirements of different drug dosages.

Features and Advantages

· Good Sealing Performance: The glass material and sealing process ensure that the drug does not come into contact with the outside air, preventing the drug from oxidation and deterioration. For example, some oxidizable injection agents packaged in glass ampoules can have an extended shelf life.

· High Chemical Stability: Different glass ampoule materials can adapt to the acidity and alkalinity of a variety of drugs. During long-term contact with the liquid medicine, there will be no phenomena such as shedding, degradation, and substance migration.

· Excellent Transparency: The colorless transparent ampoules are beneficial for the clarity inspection of the liquid medicine, making it convenient to observe whether there are quality problems such as precipitation and turbidity in the drug.

· Good Heat Resistance: It can withstand the pressure difference generated during autoclaving, as well as the temperature shock during the washing and sterilization processes, and is not prone to cold explosion and breakage.

Structure and Principle

· Color Ring Necked Breakable Ampoules: A low-melting-point powder with a coefficient of expansion twice that of the ampoule glass is fused and fixed at the neck of the ampoule to form a ring. After cooling, a permanent stress is generated at the ring part, and it can be broken off neatly with a little force, and it is not easy to produce glass debris.

· Scored Neck Breakable Ampoules: There is a fine score at the neck part, and a color dot with a diameter of 2mm is marked at the center of the score. When breaking it, apply force to the back of the middle of the score, and the broken section should be flat.

Production Process

· Tube Making: The glass raw materials are processed through high-temperature melting, tube drawing, and other processes to make glass tubes.

· Molding: The glass tubes are processed through cutting, heating, blowing, and other processes to form the body and neck shapes of the ampoules.

· Sealing: A high-temperature melting sealing technology is used to seal the ampoule mouth to ensure the sealing performance.

Scope of Application

· Packaging for Injectables: Widely used for the packaging of various injectable drugs, such as antibiotics, vitamins, biological agents, etc.

· Vaccine Packaging: It can be used to contain various vaccines, ensuring the stability and safety of the vaccines during storage and transportation.

 
1ml clear blue yellow ring black OPC form C ampoule

Form A/B/C/D/E International standard glass ampoule, for injection use.

Special design ampoules, customized ampoule, OEM ampules.

1ml ampoule, 2ml ampoule, 3ml ampoule, 4ml ampoule, 5ml ampoule, 6ml ampoule, 7ml ampoule, 8ml ampoule, 9ml ampoule, 10ml ampoule, 12ml ampoule, 15ml ampoule, 16ml ampoule, 18ml ampoule, 20ml ampoule, 25ml ampoule, 30ml ampoule.

small mouth ampoules, closed type ampoule, flare opening ampoules

made out of EP/USP type I borosilicate glass.

1.Color:clear transparent or amber brown

2.Standard: USP EP JP CFDA ISO YBB

3.Volume: 1-25ml

4.Material: borosilicate glass

5.Dimension could be customized

6.Clients' Logo/content could be ceramic printed upon authorization

7.Different color ring available

8.OPC or breaking ring, breaking force 30-80N.

9.Customized printing upon authorization.

 

Material and Classification

· Material: It mainly includes neutral glass, barium-containing glass, and zirconium-containing glass. Neutral glass is a type of low-borosilicate glass with good chemical stability. Barium-containing glass has good alkali resistance, and zirconium-containing glass has excellent resistance to both acids and alkalis.

· Classification: According to the color, it can be divided into colorless transparent and amber types. The amber-colored ones can filter out ultraviolet rays, making them suitable for containing photosensitive drugs. According to the style, it is divided into necked ampoules and powder ampoules. Powder ampoules have been basically phased out. Necked breakable ampoules are further divided into scored neck breakable ampoules and color ring breakable ampoules.

 

There is three different type of glass defined by USP/EP, type I, type II, type III.

Type I: borosilicate glass

Type II: treated type III glass

Type III: Soda-lime glass

 

While for moulded vials there are soda-lime glass in use, while most ampules manufacturers already aborted type II and/or type III glass.

But USP type I glass, there are some difference to tell: light-borosilicate glass, neutral borosilicate glass, high borosilicate glass.

Light borosilicate glass is on China was trying to produce neutral, but Hamag Group was not able to develop technology at that time.

All other glass forming companies are coming to purchase from Hamag Group. a long queue of trucks aside the road of our factory.

 

Some people is using high-borosilicate glass tubing to substitute neutral glass ampoules and vials. which is still workable, but not match quality control standard. Hamag Group is long history company who treasure reputation a lot. only supply products on agree quality level and conditions.

 

Specifications and Capacity

Common capacity specifications of glass ampoules include 1mL, 2mL, 5mL, 10mL, and 20mL, etc., which can meet the requirements of different drug dosages.

Features and Advantages

· Good Sealing Performance: The glass material and sealing process ensure that the drug does not come into contact with the outside air, preventing the drug from oxidation and deterioration. For example, some oxidizable injection agents packaged in glass ampoules can have an extended shelf life.

· High Chemical Stability: Different glass ampoule materials can adapt to the acidity and alkalinity of a variety of drugs. During long-term contact with the liquid medicine, there will be no phenomena such as shedding, degradation, and substance migration.

· Excellent Transparency: The colorless transparent ampoules are beneficial for the clarity inspection of the liquid medicine, making it convenient to observe whether there are quality problems such as precipitation and turbidity in the drug.

· Good Heat Resistance: It can withstand the pressure difference generated during autoclaving, as well as the temperature shock during the washing and sterilization processes, and is not prone to cold explosion and breakage.

Structure and Principle

· Color Ring Necked Breakable Ampoules: A low-melting-point powder with a coefficient of expansion twice that of the ampoule glass is fused and fixed at the neck of the ampoule to form a ring. After cooling, a permanent stress is generated at the ring part, and it can be broken off neatly with a little force, and it is not easy to produce glass debris.

· Scored Neck Breakable Ampoules: There is a fine score at the neck part, and a color dot with a diameter of 2mm is marked at the center of the score. When breaking it, apply force to the back of the middle of the score, and the broken section should be flat.

Production Process

· Tube Making: The glass raw materials are processed through high-temperature melting, tube drawing, and other processes to make glass tubes.

· Molding: The glass tubes are processed through cutting, heating, blowing, and other processes to form the body and neck shapes of the ampoules.

· Sealing: A high-temperature melting sealing technology is used to seal the ampoule mouth to ensure the sealing performance.

Scope of Application

· Packaging for Injectables: Widely used for the packaging of various injectable drugs, such as antibiotics, vitamins, biological agents, etc.

· Vaccine Packaging: It can be used to contain various vaccines, ensuring the stability and safety of the vaccines during storage and transportation.

 
1ml clear injection ampoule OPC white dot

Form A/B/C/D/E International standard glass ampoule, for injection use.

Special design ampoules, customized ampoule, OEM ampules.

1ml ampoule, 2ml ampoule, 3ml ampoule, 4ml ampoule, 5ml ampoule, 6ml ampoule, 7ml ampoule, 8ml ampoule, 9ml ampoule, 10ml ampoule, 12ml ampoule, 15ml ampoule, 16ml ampoule, 18ml ampoule, 20ml ampoule, 25ml ampoule, 30ml ampoule.

small mouth ampoules, closed type ampoule, flare opening ampoules

made out of EP/USP type I borosilicate glass.

1.Color:clear transparent or amber brown

2.Standard: USP EP JP CFDA ISO YBB

3.Volume: 1-25ml

4.Material: borosilicate glass

5.Dimension could be customized

6.Clients' Logo/content could be ceramic printed upon authorization

7.Different color ring available

8.OPC or breaking ring, breaking force 30-80N.

9.Customized printing upon authorization.

 

Material and Classification

· Material: It mainly includes neutral glass, barium-containing glass, and zirconium-containing glass. Neutral glass is a type of low-borosilicate glass with good chemical stability. Barium-containing glass has good alkali resistance, and zirconium-containing glass has excellent resistance to both acids and alkalis.

· Classification: According to the color, it can be divided into colorless transparent and amber types. The amber-colored ones can filter out ultraviolet rays, making them suitable for containing photosensitive drugs. According to the style, it is divided into necked ampoules and powder ampoules. Powder ampoules have been basically phased out. Necked breakable ampoules are further divided into scored neck breakable ampoules and color ring breakable ampoules.

 

There is three different type of glass defined by USP/EP, type I, type II, type III.

Type I: borosilicate glass

Type II: treated type III glass

Type III: Soda-lime glass

 

While for moulded vials there are soda-lime glass in use, while most ampules manufacturers already aborted type II and/or type III glass.

But USP type I glass, there are some difference to tell: light-borosilicate glass, neutral borosilicate glass, high borosilicate glass.

Light borosilicate glass is on China was trying to produce neutral, but Hamag Group was not able to develop technology at that time.

All other glass forming companies are coming to purchase from Hamag Group. a long queue of trucks aside the road of our factory.

 

Some people is using high-borosilicate glass tubing to substitute neutral glass ampoules and vials. which is still workable, but not match quality control standard. Hamag Group is long history company who treasure reputation a lot. only supply products on agree quality level and conditions.

 

Specifications and Capacity

Common capacity specifications of glass ampoules include 1mL, 2mL, 5mL, 10mL, and 20mL, etc., which can meet the requirements of different drug dosages.

Features and Advantages

· Good Sealing Performance: The glass material and sealing process ensure that the drug does not come into contact with the outside air, preventing the drug from oxidation and deterioration. For example, some oxidizable injection agents packaged in glass ampoules can have an extended shelf life.

· High Chemical Stability: Different glass ampoule materials can adapt to the acidity and alkalinity of a variety of drugs. During long-term contact with the liquid medicine, there will be no phenomena such as shedding, degradation, and substance migration.

· Excellent Transparency: The colorless transparent ampoules are beneficial for the clarity inspection of the liquid medicine, making it convenient to observe whether there are quality problems such as precipitation and turbidity in the drug.

· Good Heat Resistance: It can withstand the pressure difference generated during autoclaving, as well as the temperature shock during the washing and sterilization processes, and is not prone to cold explosion and breakage.

Structure and Principle

· Color Ring Necked Breakable Ampoules: A low-melting-point powder with a coefficient of expansion twice that of the ampoule glass is fused and fixed at the neck of the ampoule to form a ring. After cooling, a permanent stress is generated at the ring part, and it can be broken off neatly with a little force, and it is not easy to produce glass debris.

· Scored Neck Breakable Ampoules: There is a fine score at the neck part, and a color dot with a diameter of 2mm is marked at the center of the score. When breaking it, apply force to the back of the middle of the score, and the broken section should be flat.

Production Process

· Tube Making: The glass raw materials are processed through high-temperature melting, tube drawing, and other processes to make glass tubes.

· Molding: The glass tubes are processed through cutting, heating, blowing, and other processes to form the body and neck shapes of the ampoules.

· Sealing: A high-temperature melting sealing technology is used to seal the ampoule mouth to ensure the sealing performance.

Scope of Application

· Packaging for Injectables: Widely used for the packaging of various injectable drugs, such as antibiotics, vitamins, biological agents, etc.

· Vaccine Packaging: It can be used to contain various vaccines, ensuring the stability and safety of the vaccines during storage and transportation.

 
1ml flint glass form B white color dot glass ampoule

Form A/B/C/D/E International standard glass ampoule, for injection use.

Special design ampoules, customized ampoule, OEM ampules.

1ml ampoule, 2ml ampoule, 3ml ampoule, 4ml ampoule, 5ml ampoule, 6ml ampoule, 7ml ampoule, 8ml ampoule, 9ml ampoule, 10ml ampoule, 12ml ampoule, 15ml ampoule, 16ml ampoule, 18ml ampoule, 20ml ampoule, 25ml ampoule, 30ml ampoule.

small mouth ampoules, closed type ampoule, flare opening ampoules

made out of EP/USP type I borosilicate glass.

1.Color:clear transparent or amber brown

2.Standard: USP EP JP CFDA ISO YBB

3.Volume: 1-25ml

4.Material: borosilicate glass

5.Dimension could be customized

6.Clients' Logo/content could be ceramic printed upon authorization

7.Different color ring available

8.OPC or breaking ring, breaking force 30-80N.

9.Customized printing upon authorization.

 

Material and Classification

· Material: It mainly includes neutral glass, barium-containing glass, and zirconium-containing glass. Neutral glass is a type of low-borosilicate glass with good chemical stability. Barium-containing glass has good alkali resistance, and zirconium-containing glass has excellent resistance to both acids and alkalis.

· Classification: According to the color, it can be divided into colorless transparent and amber types. The amber-colored ones can filter out ultraviolet rays, making them suitable for containing photosensitive drugs. According to the style, it is divided into necked ampoules and powder ampoules. Powder ampoules have been basically phased out. Necked breakable ampoules are further divided into scored neck breakable ampoules and color ring breakable ampoules.

 

There is three different type of glass defined by USP/EP, type I, type II, type III.

Type I: borosilicate glass

Type II: treated type III glass

Type III: Soda-lime glass

 

While for moulded vials there are soda-lime glass in use, while most ampules manufacturers already aborted type II and/or type III glass.

But USP type I glass, there are some difference to tell: light-borosilicate glass, neutral borosilicate glass, high borosilicate glass.

Light borosilicate glass is on China was trying to produce neutral, but Hamag Group was not able to develop technology at that time.

All other glass forming companies are coming to purchase from Hamag Group. a long queue of trucks aside the road of our factory.

 

Some people is using high-borosilicate glass tubing to substitute neutral glass ampoules and vials. which is still workable, but not match quality control standard. Hamag Group is long history company who treasure reputation a lot. only supply products on agree quality level and conditions.

 

Specifications and Capacity

Common capacity specifications of glass ampoules include 1mL, 2mL, 5mL, 10mL, and 20mL, etc., which can meet the requirements of different drug dosages.

Features and Advantages

· Good Sealing Performance: The glass material and sealing process ensure that the drug does not come into contact with the outside air, preventing the drug from oxidation and deterioration. For example, some oxidizable injection agents packaged in glass ampoules can have an extended shelf life.

· High Chemical Stability: Different glass ampoule materials can adapt to the acidity and alkalinity of a variety of drugs. During long-term contact with the liquid medicine, there will be no phenomena such as shedding, degradation, and substance migration.

· Excellent Transparency: The colorless transparent ampoules are beneficial for the clarity inspection of the liquid medicine, making it convenient to observe whether there are quality problems such as precipitation and turbidity in the drug.

· Good Heat Resistance: It can withstand the pressure difference generated during autoclaving, as well as the temperature shock during the washing and sterilization processes, and is not prone to cold explosion and breakage.

Structure and Principle

· Color Ring Necked Breakable Ampoules: A low-melting-point powder with a coefficient of expansion twice that of the ampoule glass is fused and fixed at the neck of the ampoule to form a ring. After cooling, a permanent stress is generated at the ring part, and it can be broken off neatly with a little force, and it is not easy to produce glass debris.

· Scored Neck Breakable Ampoules: There is a fine score at the neck part, and a color dot with a diameter of 2mm is marked at the center of the score. When breaking it, apply force to the back of the middle of the score, and the broken section should be flat.

Production Process

· Tube Making: The glass raw materials are processed through high-temperature melting, tube drawing, and other processes to make glass tubes.

· Molding: The glass tubes are processed through cutting, heating, blowing, and other processes to form the body and neck shapes of the ampoules.

· Sealing: A high-temperature melting sealing technology is used to seal the ampoule mouth to ensure the sealing performance.

Scope of Application

· Packaging for Injectables: Widely used for the packaging of various injectable drugs, such as antibiotics, vitamins, biological agents, etc.

· Vaccine Packaging: It can be used to contain various vaccines, ensuring the stability and safety of the vaccines during storage and transportation.

 
1ml flint glass form C white ring glass ampoule

Form A/B/C/D/E International standard glass ampoule, for injection use.

Special design ampoules, customized ampoule, OEM ampules.

1ml ampoule, 2ml ampoule, 3ml ampoule, 4ml ampoule, 5ml ampoule, 6ml ampoule, 7ml ampoule, 8ml ampoule, 9ml ampoule, 10ml ampoule, 12ml ampoule, 15ml ampoule, 16ml ampoule, 18ml ampoule, 20ml ampoule, 25ml ampoule, 30ml ampoule.

small mouth ampoules, closed type ampoule, flare opening ampoules

made out of EP/USP type I borosilicate glass.

1.Color:clear transparent or amber brown

2.Standard: USP EP JP CFDA ISO YBB

3.Volume: 1-25ml

4.Material: borosilicate glass

5.Dimension could be customized

6.Clients' Logo/content could be ceramic printed upon authorization

7.Different color ring available

8.OPC or breaking ring, breaking force 30-80N.

9.Customized printing upon authorization.

 

Material and Classification

· Material: It mainly includes neutral glass, barium-containing glass, and zirconium-containing glass. Neutral glass is a type of low-borosilicate glass with good chemical stability. Barium-containing glass has good alkali resistance, and zirconium-containing glass has excellent resistance to both acids and alkalis.

· Classification: According to the color, it can be divided into colorless transparent and amber types. The amber-colored ones can filter out ultraviolet rays, making them suitable for containing photosensitive drugs. According to the style, it is divided into necked ampoules and powder ampoules. Powder ampoules have been basically phased out. Necked breakable ampoules are further divided into scored neck breakable ampoules and color ring breakable ampoules.

 

There is three different type of glass defined by USP/EP, type I, type II, type III.

Type I: borosilicate glass

Type II: treated type III glass

Type III: Soda-lime glass

 

While for moulded vials there are soda-lime glass in use, while most ampules manufacturers already aborted type II and/or type III glass.

But USP type I glass, there are some difference to tell: light-borosilicate glass, neutral borosilicate glass, high borosilicate glass.

Light borosilicate glass is on China was trying to produce neutral, but Hamag Group was not able to develop technology at that time.

All other glass forming companies are coming to purchase from Hamag Group. a long queue of trucks aside the road of our factory.

 

Some people is using high-borosilicate glass tubing to substitute neutral glass ampoules and vials. which is still workable, but not match quality control standard. Hamag Group is long history company who treasure reputation a lot. only supply products on agree quality level and conditions.

 

Specifications and Capacity

Common capacity specifications of glass ampoules include 1mL, 2mL, 5mL, 10mL, and 20mL, etc., which can meet the requirements of different drug dosages.

Features and Advantages

· Good Sealing Performance: The glass material and sealing process ensure that the drug does not come into contact with the outside air, preventing the drug from oxidation and deterioration. For example, some oxidizable injection agents packaged in glass ampoules can have an extended shelf life.

· High Chemical Stability: Different glass ampoule materials can adapt to the acidity and alkalinity of a variety of drugs. During long-term contact with the liquid medicine, there will be no phenomena such as shedding, degradation, and substance migration.

· Excellent Transparency: The colorless transparent ampoules are beneficial for the clarity inspection of the liquid medicine, making it convenient to observe whether there are quality problems such as precipitation and turbidity in the drug.

· Good Heat Resistance: It can withstand the pressure difference generated during autoclaving, as well as the temperature shock during the washing and sterilization processes, and is not prone to cold explosion and breakage.

Structure and Principle

· Color Ring Necked Breakable Ampoules: A low-melting-point powder with a coefficient of expansion twice that of the ampoule glass is fused and fixed at the neck of the ampoule to form a ring. After cooling, a permanent stress is generated at the ring part, and it can be broken off neatly with a little force, and it is not easy to produce glass debris.

· Scored Neck Breakable Ampoules: There is a fine score at the neck part, and a color dot with a diameter of 2mm is marked at the center of the score. When breaking it, apply force to the back of the middle of the score, and the broken section should be flat.

Production Process

· Tube Making: The glass raw materials are processed through high-temperature melting, tube drawing, and other processes to make glass tubes.

· Molding: The glass tubes are processed through cutting, heating, blowing, and other processes to form the body and neck shapes of the ampoules.

· Sealing: A high-temperature melting sealing technology is used to seal the ampoule mouth to ensure the sealing performance.

Scope of Application

· Packaging for Injectables: Widely used for the packaging of various injectable drugs, such as antibiotics, vitamins, biological agents, etc.

· Vaccine Packaging: It can be used to contain various vaccines, ensuring the stability and safety of the vaccines during storage and transportation.

 
1ml flint glass form D white ring glass ampoule

Form A/B/C/D/E International standard glass ampoule, for injection use.

Special design ampoules, customized ampoule, OEM ampules.

1ml ampoule, 2ml ampoule, 3ml ampoule, 4ml ampoule, 5ml ampoule, 6ml ampoule, 7ml ampoule, 8ml ampoule, 9ml ampoule, 10ml ampoule, 12ml ampoule, 15ml ampoule, 16ml ampoule, 18ml ampoule, 20ml ampoule, 25ml ampoule, 30ml ampoule.

small mouth ampoules, closed type ampoule, flare opening ampoules

made out of EP/USP type I borosilicate glass.

1.Color:clear transparent or amber brown

2.Standard: USP EP JP CFDA ISO YBB

3.Volume: 1-25ml

4.Material: borosilicate glass

5.Dimension could be customized

6.Clients' Logo/content could be ceramic printed upon authorization

7.Different color ring available

8.OPC or breaking ring, breaking force 30-80N.

9.Customized printing upon authorization.

 

Material and Classification

· Material: It mainly includes neutral glass, barium-containing glass, and zirconium-containing glass. Neutral glass is a type of low-borosilicate glass with good chemical stability. Barium-containing glass has good alkali resistance, and zirconium-containing glass has excellent resistance to both acids and alkalis.

· Classification: According to the color, it can be divided into colorless transparent and amber types. The amber-colored ones can filter out ultraviolet rays, making them suitable for containing photosensitive drugs. According to the style, it is divided into necked ampoules and powder ampoules. Powder ampoules have been basically phased out. Necked breakable ampoules are further divided into scored neck breakable ampoules and color ring breakable ampoules.

 

There is three different type of glass defined by USP/EP, type I, type II, type III.

Type I: borosilicate glass

Type II: treated type III glass

Type III: Soda-lime glass

 

While for moulded vials there are soda-lime glass in use, while most ampules manufacturers already aborted type II and/or type III glass.

But USP type I glass, there are some difference to tell: light-borosilicate glass, neutral borosilicate glass, high borosilicate glass.

Light borosilicate glass is on China was trying to produce neutral, but Hamag Group was not able to develop technology at that time.

All other glass forming companies are coming to purchase from Hamag Group. a long queue of trucks aside the road of our factory.

 

Some people is using high-borosilicate glass tubing to substitute neutral glass ampoules and vials. which is still workable, but not match quality control standard. Hamag Group is long history company who treasure reputation a lot. only supply products on agree quality level and conditions.

 

Specifications and Capacity

Common capacity specifications of glass ampoules include 1mL, 2mL, 5mL, 10mL, and 20mL, etc., which can meet the requirements of different drug dosages.

Features and Advantages

· Good Sealing Performance: The glass material and sealing process ensure that the drug does not come into contact with the outside air, preventing the drug from oxidation and deterioration. For example, some oxidizable injection agents packaged in glass ampoules can have an extended shelf life.

· High Chemical Stability: Different glass ampoule materials can adapt to the acidity and alkalinity of a variety of drugs. During long-term contact with the liquid medicine, there will be no phenomena such as shedding, degradation, and substance migration.

· Excellent Transparency: The colorless transparent ampoules are beneficial for the clarity inspection of the liquid medicine, making it convenient to observe whether there are quality problems such as precipitation and turbidity in the drug.

· Good Heat Resistance: It can withstand the pressure difference generated during autoclaving, as well as the temperature shock during the washing and sterilization processes, and is not prone to cold explosion and breakage.

Structure and Principle

· Color Ring Necked Breakable Ampoules: A low-melting-point powder with a coefficient of expansion twice that of the ampoule glass is fused and fixed at the neck of the ampoule to form a ring. After cooling, a permanent stress is generated at the ring part, and it can be broken off neatly with a little force, and it is not easy to produce glass debris.

· Scored Neck Breakable Ampoules: There is a fine score at the neck part, and a color dot with a diameter of 2mm is marked at the center of the score. When breaking it, apply force to the back of the middle of the score, and the broken section should be flat.

Production Process

· Tube Making: The glass raw materials are processed through high-temperature melting, tube drawing, and other processes to make glass tubes.

· Molding: The glass tubes are processed through cutting, heating, blowing, and other processes to form the body and neck shapes of the ampoules.

· Sealing: A high-temperature melting sealing technology is used to seal the ampoule mouth to ensure the sealing performance.

Scope of Application

· Packaging for Injectables: Widely used for the packaging of various injectable drugs, such as antibiotics, vitamins, biological agents, etc.

· Vaccine Packaging: It can be used to contain various vaccines, ensuring the stability and safety of the vaccines during storage and transportation.

 
1ml form C ampoules with Yellow breaking ring and two BLUE idenficication color ring

Form A/B/C/D/E International standard glass ampoule, for injection use.

Special design ampoules, customized ampoule, OEM ampules.

1ml ampoule, 2ml ampoule, 3ml ampoule, 4ml ampoule, 5ml ampoule, 6ml ampoule, 7ml ampoule, 8ml ampoule, 9ml ampoule, 10ml ampoule, 12ml ampoule, 15ml ampoule, 16ml ampoule, 18ml ampoule, 20ml ampoule, 25ml ampoule, 30ml ampoule.

small mouth ampoules, closed type ampoule, flare opening ampoules

made out of EP/USP type I borosilicate glass.

1.Color:clear transparent or amber brown

2.Standard: USP EP JP CFDA ISO YBB

3.Volume: 1-25ml

4.Material: borosilicate glass

5.Dimension could be customized

6.Clients' Logo/content could be ceramic printed upon authorization

7.Different color ring available

8.OPC or breaking ring, breaking force 30-80N.

9.Customized printing upon authorization.

 

Material and Classification

· Material: It mainly includes neutral glass, barium-containing glass, and zirconium-containing glass. Neutral glass is a type of low-borosilicate glass with good chemical stability. Barium-containing glass has good alkali resistance, and zirconium-containing glass has excellent resistance to both acids and alkalis.

· Classification: According to the color, it can be divided into colorless transparent and amber types. The amber-colored ones can filter out ultraviolet rays, making them suitable for containing photosensitive drugs. According to the style, it is divided into necked ampoules and powder ampoules. Powder ampoules have been basically phased out. Necked breakable ampoules are further divided into scored neck breakable ampoules and color ring breakable ampoules.

 

There is three different type of glass defined by USP/EP, type I, type II, type III.

Type I: borosilicate glass

Type II: treated type III glass

Type III: Soda-lime glass

 

While for moulded vials there are soda-lime glass in use, while most ampules manufacturers already aborted type II and/or type III glass.

But USP type I glass, there are some difference to tell: light-borosilicate glass, neutral borosilicate glass, high borosilicate glass.

Light borosilicate glass is on China was trying to produce neutral, but Hamag Group was not able to develop technology at that time.

All other glass forming companies are coming to purchase from Hamag Group. a long queue of trucks aside the road of our factory.

 

Some people is using high-borosilicate glass tubing to substitute neutral glass ampoules and vials. which is still workable, but not match quality control standard. Hamag Group is long history company who treasure reputation a lot. only supply products on agree quality level and conditions.

 

Specifications and Capacity

Common capacity specifications of glass ampoules include 1mL, 2mL, 5mL, 10mL, and 20mL, etc., which can meet the requirements of different drug dosages.

Features and Advantages

· Good Sealing Performance: The glass material and sealing process ensure that the drug does not come into contact with the outside air, preventing the drug from oxidation and deterioration. For example, some oxidizable injection agents packaged in glass ampoules can have an extended shelf life.

· High Chemical Stability: Different glass ampoule materials can adapt to the acidity and alkalinity of a variety of drugs. During long-term contact with the liquid medicine, there will be no phenomena such as shedding, degradation, and substance migration.

· Excellent Transparency: The colorless transparent ampoules are beneficial for the clarity inspection of the liquid medicine, making it convenient to observe whether there are quality problems such as precipitation and turbidity in the drug.

· Good Heat Resistance: It can withstand the pressure difference generated during autoclaving, as well as the temperature shock during the washing and sterilization processes, and is not prone to cold explosion and breakage.

Structure and Principle

· Color Ring Necked Breakable Ampoules: A low-melting-point powder with a coefficient of expansion twice that of the ampoule glass is fused and fixed at the neck of the ampoule to form a ring. After cooling, a permanent stress is generated at the ring part, and it can be broken off neatly with a little force, and it is not easy to produce glass debris.

· Scored Neck Breakable Ampoules: There is a fine score at the neck part, and a color dot with a diameter of 2mm is marked at the center of the score. When breaking it, apply force to the back of the middle of the score, and the broken section should be flat.

Production Process

· Tube Making: The glass raw materials are processed through high-temperature melting, tube drawing, and other processes to make glass tubes.

· Molding: The glass tubes are processed through cutting, heating, blowing, and other processes to form the body and neck shapes of the ampoules.

· Sealing: A high-temperature melting sealing technology is used to seal the ampoule mouth to ensure the sealing performance.

Scope of Application

· Packaging for Injectables: Widely used for the packaging of various injectable drugs, such as antibiotics, vitamins, biological agents, etc.

· Vaccine Packaging: It can be used to contain various vaccines, ensuring the stability and safety of the vaccines during storage and transportation.

 
15% Graphite/85% Vespel Ferrule, 0.8 mm ID (Compatible with 0.53mm Column)
100% Graphite Pad, 0.5mm ID, Suitable for 0.1-0.32mm ID Column
15% Graphite/85% Vespel Ferrule, 0.4mm ID, Suitable for 0.25mm Column (Long)
Green High Temperature Silicone Rubber Inlet Septa 11mm
Dark Red Silicone Rubber Inlet Septa 11mm
PTFE Suction Filter 
Solvent Bottle Inlet Filter
Glass Solvent Inlet 
Quantitative Loop 100Μl, for G1313Ag1329A/B
Ceramic Check Valve for Waters 2695, E2695, 2690
Ruby Check Valve, for Waters 2695, E2695, 2690
Check Valve, for Thermo U3000 Analytical Liquid Chromatograph
Outlet Check Valve for 1100, 1200 And 1260 Infinity Lc Pumps
600Bar Active Inlet Valve Spool for 1200Lcsystem/1260Infinity Ii Sfc System And 1260Infinity Lc System
Source Lens, small Agilent G1315-65202
400Bar Active Inlet Valve Cartridge for 1100, 1200 And 1260 Infinity Lc Pumps
M1 Reflector Waters 700001893
M1 Reflector Waters 700001893
Grating Components Waters WAS081257
SYR 10μl H FN 0.64-0.47(23s-26s)c42/Injection Needle
15% Graphite/85% Vespel Ferrule, 0.5 mm ID (Compatible with 0.32mm Column)
15% Graphite/85% Vespel Ferrule, 0.4 mm ID (Compatible with Column 0.1-0.25mm)
15% Graphite/85% Vespel Ferrule, 0.8mm ID, Suitable for 0.53mm Column (Long)
15% Graphite/85% Vespel Ferrule, 0.5mm ID, Suitable for 0.32mm Column (Long)
100% Graphite Pad, 0.8mm ID, Suitable for 0.45-0.53mm ID Column
100% Graphite Ferrule, 0.8mm ID, Suitable for 0.45-0.53mm ID Column
100% Graphite Ferrule, 0.5mm ID, Suitable for 0.1-0.32mm ID Column
Type B OEM Capillary, Hand-tight Connector+Long Metal Connector, 0.12mm, 450mm
Type A OEM Capillary, Hand-tight Connector at End A, Long Metal Connector at End B, 0.17mm, 150mm
Type C Capillary, Double-Ended Short Metal Connector, 0.17mm, 250mm
Type C Capillary, Double-Ended Short Metal Connector, 0.17mm, 150mm
Type C Capillary, without Connector, 0.17mm, 250mm
Type C Capillary, without Connector, 0.17mm, 150mm
Type B Capillary, Hand-tight Connector at Ends A and B, 0.17mm, 250mm
Type B Capillary, Hand-tight Connector at Ends A and B, 0.17mm, 150mm
Type B Capillary, without Connector, 0.17mm, 250mm
Type B Capillary, without Connector, 0.17mm, 150mm
Type A Capillary, Hand-tight Connector at Ends A and B, 0.17mm, 250mm
Type A Capillary, Hand-tight Connector at Ends A and B, 0.17mm, 150mm
Type A Capillary, Short Metal Connector at Ends A and B, 0.17mm, 250mm
Type A Capillary, Short Metal Connector at Ends A and B, 0.17mm, 150mm
Type A Capillary, without Connector, 0.12mm, 450mm
Type A Capillary, without Connector, 0.12mm, 250mm
Type A Capillary, without Connector, 0.17mm, 450mm
Type A Capillary, without Connector, 0.12mm, 150mm
Type A Capillary, without Connector, 0.17mm, 250mm
Type A Capillary, without Connector, 0.17mm, 150mm
 ## Articles **Author:Orginal from Internet I. Overview The deuterium lamp serves as the core light source for liquid chromatography UV detectors. Prolonged use can lead to filament aging, window fouling, and optical path contamination, resulting in a decrease in **Author:Orginal from Internet A syringe filter is a disposable laboratory liquid filtration device whose core structure consists of a filter membrane or composite membrane assembly pre-installed in an injection-molded housing. The housing is typical Author:Orginal from HAMAG Team Syringe filters are compact filtration devices used in laboratories in conjunction with disposable syringes. They are frequently employed for the small-volume sample pretreatment required in experiments such as HPLC and Author:Orginal from HAMAG Team Glass sample vials are laboratory containers used to store and hold samples awaiting analysis, facilitating their accurate introduction into analytical instruments—such as High-Performance Liquid Chromatographs (HPLC) a Author:Orgianl from HAMAG Team IV. Residual moisture inside the bottle affects the test results. Common Manifestations In headspace analysis, interference from water peaks may occur; volatile components may react with water; or peak tailing and poor Author:Orgianl from HAMAG Team Headspace vials serve as the critical consumable for headspace injection analysis in gas chromatography. Typically constructed from glass and used in conjunction with septa and caps, these vials are susceptible to issue Author:Orgianl from Internet Glass sample vials are commonly used consumables in gas and liquid chromatography systems; their selection, sealing method and cleanliness directly affect injection accuracy, peak shape and detection repeatability. Master Author:Orginal from HAMAG Team In liquid chromatography systems, the deuterium lamp serves as the core light source for the UV detector; its luminous stability directly affects baseline flatness, detection sensitivity and data accuracy. Proper daily Author:Orginal from HAMAG Team:) Sample storage is a critical stage in environmental testing and laboratory analysis of soil, water quality, sediments and other materials. As the direct containers for samples, the appropriate selection and correct us **Author:Orgianl from Interent In the field of laboratory sample preparation, separation and purification are crucial steps in ensuring the accuracy of subsequent analytical testing. Thanks to their unique technical design and high-efficiency process **Orginal from Internet The sample loading capacity of a chromatographic column generally refers to that of a preparative column. What factors influence the sample loading capacity of a chromatographic column? What different outcomes might arise from **Information collect from Internet The lifespan of a chromatographic column is a matter of considerable concern, as it is directly linked to costs. What factors influence the duration of a column's service life? Are there methods to extend this life **Orginal from Internet Vials may be small, but there is a "great deal" to consider. When selecting the right sample vial for a particular application, three decisions must be made: septa, cap and the vial itself. Guide to Selecting Septa 1.PTFE is r **Author:Orginal from Internet Chromatography experiments, particularly precision analyses such as high-performance liquid chromatography (HPLC) and ion chromatography (IC), impose almost exacting requirements on the purity of the water used. The use #HAMAG Exhibiton Invitation June-#CPHI Shanghai 🤗 🚀 Hello guys,from 16th-18th June and we will attend CPHI in Shanghai.HAMAG will bring some new products and new industry information 🤝 if you have schedule and welcome to visit us!! 🌟 📌:Booth-W5.A68 🗓 **Author:Orginal from Internet Has the pressure in your preparative liquid chromatograph suddenly risen significantly compared to before? Can’t find the cause? The following methods may help you troubleshoot the issue! Potential points of blockage in **Author:Orginal from Interent Acetonitrile (CH₃CN) and methanol (CH₃OH)—their names may sound quite technical, but they’re used almost every day in the lab: for preparing mobile phases, rinsing syringes, and performing derivatization reactions. But **Author:Orginal from Internet Reagents freezing can pose a range of risks to chromatography experiments and, in severe cases, may lead to laboratory safety issues. So, which common reagents are prone to freezing? 1.Glacial acetic acid is commonly us We will on holiday from May 1 - 5, 2025. Resume on May 6. For urgent needs, call please. Wishing you a wonderful International Workers' Day! Bad habits during the experiment 1. When weighing or measuring samples, record the data on a scratch paper first, and then copy it into the notebook after the sample is done; sometimes the records are filled in uniformly after the experiment is comp Centrifugation technology is mainly used for the separation and preparation of various biological samples. As an indispensable consumable for centrifugation experiments, centrifuge tubes have different quality and performance, and the differences are A. Selection of the material of vial  1. Type I, 33-expanded borosilicate glass It is the most chemically inert glass available and is commonly used in analytical laboratories to obtain high-quality experimental results. Its expansion coefficient is \1. When using a manual injector for injection, the injection syringe must be cleaned with a needle wash solution before and after injection. The needle wash solution is generally selected to be the same solvent as the sample solution. The injection Volumetric flasks are mainly used to accurately prepare solutions of a certain concentration. They are a thin, pear-shaped, flat-bottomed glass bottle with a ground stopper. There is a mark on the neck of the bottle. When the liquid in the bottle rea Wu Enhui, Qiao Liang* Department of Chemistry, Fudan University, Shanghai 200433, China Microorganisms are closely related to human diseases and health. How to understand the composition of microbial communities and their functions is a major issue [1] The pump pressure fluctuates, with a fluctuation range of about 10 bar. . . . . . Solution: 1. The original white head was a bit dirty, and the problem was not solved after replacement; 2. After removing the valve core from the active valve, simi