screw neck

9mm Screw conical micro-vial for laboratory chromatography experiment, the micro-vial size is 11.6x32mm.

9mm Screw conical micro-vial for laboratory chromatography experiment, the micro-vial size is 11.6x32mm. High-quality glass vial for HPLC/GC analysis. 0.3 ml clear glass micro insert fixed in 2ml glass vials. 2ml clear glass vial with 0.3ml integrated vial, designed for valuable samples to save for testing use volume. Bottom fixed micro insert to keep the vial central vertical. Vials with integrated Micro-Insert are also available now in clear and amber glass. amber glass makes it compatible with sun-proof samples. Their glass Micro-Insert is absolutely centered in the plastic mold and pressed firmly against the septa due to its slightly exceeding edges. Standard vials for GC und HPLC.

9mm Screw conical micro-vial for laboratory chromatography experiment, the micro-vial size is 11.6x32mm. High-quality glass vial for HPLC/GC analysis. 2ml clear glass vial with 0.3ml integrated vial, designed for valuable samples to save for testing use volume. Bottom fixed micro insert to keep the vial central vertical. Vials with integrated Micro-Insert are also available now in clear and amber glass. amber glass make it compatible with sun-proof samples. Their glass Micro-Insert is absolutely centered in the plastic mold and pressed firmly against the septa due to its slightly exceeding edges. Standard vials for GC and HPLC.

Aijiren autosampler vials cover a wide range of applications, from microsampling to headspace analysis. 4ml 13-425 Screw Thread Vials are manufactured of Clear, or Amber borosilicate glass and include a write-in patch for sample identification. Available with graduated marking spots. Our septa use only the highest quality materials to ensure proper function and can be pre-slit to ease needle penetration. When paired with Aijiren’s cap& septa, our screw or crimp caps securely seals your samples and helps prevent sample loss from evaporation. 13-425 Screw Thread Vials are manufactured from Type 1 borosilicate glass, available in clear or amber, or from Polypropylene. Excellent for long-term storage.

8-425 screw-thread vials are the original, standard opening vials. Vials are manufactured of Clear or Amber borosilicate glass. Available with a standard graduated write-on patch for easy filling and identification of samples. Requires the use of 8-425 closures and 8mm septa.2ml Autosampler Vials 8-425 neck finish represents HPLC vials &gc vials, the vials a diameter of 8 mm across the outside of the threads and a thread style of 425, Vials has clear and amber, Screw Cap in Lab most of the 2ml vials are 12*32mm. Strictly quality control to ensure the consistent size of each lot of 8mm Screw Vials. 

4ml 13-425 screw neck vial, also called wash vial or waste vial, is for cleaning the needles during automatic sampling and also can be used for GC and HPLC. 4mL 13-425 Screw Thread Autosampler Vials are widely used in compound storage as well as for chromatography sample vials. Vials are manufactured of Clear, or Amber borosilicate glass and include a write-in patch for sample identification. Available with graduated marking spots. Available as closed or open top screw seals with 13-425 thread. Our septa use only the highest quality materials to ensure proper function and can be pre-slit to ease needle penetration.

9mm PP Screw Top Vial can be made of polypropylene or polymethyl pentene (PMP). Polypropylene is the most popular plastic material. Polypropylene vials have heat resistance of up to 135 degrees Celsius and are commonly used in chromatographic experiments.PMP has higher heat resistance – up to 175 degrees Celsius – and is transparent, which increases the visibility of the sample inside the sample bottle. Plastic vials have good chemical resistance, lightweight construction, durability, and economy.

 1.5mL Clear Screw Neck vial,8-425 Thread,11.6*32mm application in liquid chromatography, Gas chromatography, and Mass spectrometry. Aijiren screw thread top sample vial design is characterized by universal ease of use, especially the use of automated sample introduction systems, so this type of vial is also called an autosampler vial. And this sample vial is extremely compatible. The 1.5ml sample vial we usually say is the 2ml volume sample vial.

9mm Screw conical micro-vial for laboratory chromatography experiment, the micro-vial size is 11.6x32mm.
High quality glass vial for HPLC/GC analysis. 0.3 ml clear glass micro insert fixed in 2ml glass vial. Conical base insert vial can saving samples while during injection. wide opening top for better needle injection. 2ml clear glass vial with 0.3ml intergrated vial, designed for valuable samples to save for testing use volum. Bottom fixed micro insert to keep the vial central vertical

15x45mm 4mL vials are widely used in compound storage as well as for chromatography sample vials.4mL vials are compatible with 13-425 screw thread closures，is for cleaning the needles during automatic sampling.13-425 screw thread caps, septa, and vials are designed for specific use with the Shimadzu and Waters WISP 48-Position Autosampler.4mL vials are widely used in compound storage as well as for chromatography sample vials.

9mm screw high recovery sample vial is made of borosilicate class, so it has good Liner coefficient. In chromatography analysis field, 9mm high recovery screw vials is widely used in Life science and technology, Environmental Protection, Food safety. 
1.5ml glass high Recovery Vials Reduce Residual Product Waste by 99%Aijiren offer innovative high-recovery vials for comprehensive collection, automated handling and storage, with the subsequent maximum retrieval of high value samples.

The 1.5mL 9mm Short Thread Vial ND9,with its 9mm short thread design and capacity of 1.5-2.0mL, this vial makes for easy handling and integration into autosamplers. Ideal for applications requiring limited quantities. The vial comes equipped with various finishes and closure options, such as screw caps and snap caps, so researchers can select their ideal choice according to their unique research needs.