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Item Gas Chromatograph Micro Syringe for Automatic Liquid Sampler(ALS) Manual GC Syringe

Item Gas Chromatograph Micro Syringe for Automatic Liquid Sampler(ALS) Manual GC Syringe

Short Description:

The syringe is a common experimental tool, often used to inject samples into analytical instruments such as chromatographs and mass spectrometers. A syringe usually consists of a needle and a syringe. The needle can be selected in different shapes and specifications to adapt to different samples and experimental needs.


Product Detail

Product Tags

Spec

Cat No Description Packaging

ZP-B142126

SYR 10ul PTFE-AG FN 0,64-0,47(23s-26s)AS42

1pcs/pack

ZP-B142140

SYR 10ul PTFE-AG FN 0,64-0,47(23s-26s)AS42

1pcs/pack

SYR 10ul PTFE-AG FN 0,64(G23s)AS42

1pcs/pack

ZP-B142170

SYR 10ul PTFE-AG FN 0,64(G23s)AS42

1pcs/pack

ZP-B142119

SYR 10ul SS-AG FN 0,64-0,47(23s-26s)AS42

1pcs/pack

ZP-B142148

SYR 10ul SS-AG FN 0,64-0,47(23s-26s)AS42

1pcs/pack

ZP-B142149

SYR 10ul SS-AG FN 0,64-0,47(23s-26s)AS42 - 6 Pack

1pcs/pack

ZP-B142168

SYR 10ul SS-AG FN 0,64(G23s)AS42

1pcs/pack

ZP-B142173

SYR 10ul SS-AG FN 0,64(G23s)AS42 - 6 Pack

1pcs/pack

ZP-B142217

SYR 10ul SS-AG FN 0,47(G26s)a42

1pcs/pack

ZP-B142210

SYR 10ul SS FN 0,47(G26)a50 Plunger Protection

1pcs/pack

ZP-B142359

SYR 10ul SS FN 0,47(G26s)AS51 knob

1pcs/pack

ZP-B142144

SYR 5ul SS-AG FN 0,64-0,47(23s-26s)AS42

1pcs/pack

ZP-B142145

SYR 5ul SS-AG FN 0,64-0,47(23s-26s)AS42 - 6 Pack

1pcs/pack

Features

The advantages of glass syringes mainly include:

1. Corrosion resistance: The glass syringe will not be corroded by most chemicals, so it can be used for various chemical analysis applications.

2. Transparency: The glass syringe has high transparency, making it easy to observe the sample status during the injection process.

3. High temperature resistance: The glass injection needle can be used at high temperatures and is suitable for high temperature sampling and other high temperature analysis applications.

4. High precision: The glass injection needle is processed with high precision and can accurately control the injection volume.

5. Non-adsorbent: Glass syringes are usually non-adsorbent, which can avoid sample loss and contamination.

6. Easy to clean: The glass syringe is easy to clean, making it easy to remove residual samples and contaminants.

7. Durability: The glass syringe is relatively durable and can be used for a long time.

8. Reusable: Unlike disposable syringes, glass syringes can be reused and are more economical.

9. Customizable: Glass syringes can be customized according to specific needs to meet different application requirements.

In summary, glass syringes have many advantages, including corrosion resistance, high transparency, high temperature resistance, high precision, non-adsorbent, easy to clean, durable, reusable, and customizable. These advantages make glass syringes a popular choice for a variety of chemical analysis applications.

Application

The main function of the syringe is to inject samples into analytical instruments, so its accuracy and stability are crucial to the reliability of experimental results. When selecting a syringe, you need to consider its material, specifications, brand and other factors to ensure that its accuracy and stability meet experimental requirements.

When using a syringe, you need to pay attention to the following points: First, make sure the needle is clean and intact to avoid sample contamination or needle clogging; second, ensure the stability and accuracy of the syringe, which can be ensured by calibrating the instrument. Its accuracy; finally, pay attention to safety issues to avoid problems such as needle injuries and sample leakage.

In short, the syringe is one of the indispensable tools in experiments. Choosing the appropriate syringe and using it correctly are crucial to the reliability of experimental results.

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