2 ml Clear Snap Ring Vial caps with septa w/Write-on Spot

The 9mm 2ml Screw Autosampler Vial for HPLC is a vital component for precise and reliable liquid chromatography analysis. With a capacity of 2ml, these vials provide ample space for sample storage.

Aijiren Tech headspace vials are manufactured to provide uniform glass thickness which insures even heat distribution for consistent sampling reliability. All Aijiren Tech headspace vials meet or exceed OEM instrument manufacturer’s specifications.Aijiren Tech vials are available in 20ml versions with Screw and Crimp type.

Aijiren’s 9mm hplc vials are derived from the hot sales of 2ml autosampler vials, and 9mm hplc vials can meet the needs of many different types of autosamplers, which requires Aijiren to have extremely high production technology, uniform standard production machines, and scale. Larger production chains. In short, these 9mm hplc vials are carefully produced products of Aijiren, and they are the best choice for customers to conduct chromatography experiments.

Universally compatible on almost all autosamplers, thereby rationalization of other 1.5ml vials, as for instance 11mm Crimp Neck Vials, Screw Neck Vials 8-425 and 10-425, is possible
Vials with integrated Micro-Insert are available in amber glass

2 ml 9 mm silicone vials with polypropylene caps are commonly used in various industries, including pharmaceuticals, biotechnology, and laboratory settings.
These vials are designed to store and protect sensitive substances, such as medications, chemicals, or biological samples, ensuring their integrity and preventing contamination.
The combination of a silicone-lined vial and a polypropylene cap provides a secure and reliable storage solution for sensitive materials.
It helps to safeguard the contents from external contaminants, moisture, and potential degradation.

Glass autosampler vial, 4ml, 15mm x 45mm, used with 13-425 screw caps.
Ideal for general laboratory use and sample storage.
Chemically inert caps suitable for most chromatography and storage applications.
Top grade PTFE/silicone septa used for cleanliness.

Vial crimper is ideal for small batch capping operations and sample preparation operations. Designed for laboratory use with good chemical resistant surface coating, the manual capper is widely used for laboratory headspace sample vial crimping.

EPA vial, also known as an Environmental Protection Agency vial, is a type of sample vial specifically designed for environmental analysis, particularly in the context of water and soil testing. The EPA has established certain standards and regulations for environmental testing, and EPA vials are designed to meet these requirements.
EPA vials are typically made of inert materials, such as borosilicate glass, to minimize interactions between the sample and the vial. They are available in different sizes, typically ranging from 20 mL to 40 mL, to accommodate various sample volumes.

You know the importance of using clean vials in the USP water quality test. As the manufacturer of TOC Vials, container cleanliness is also very important to us. Our ultra-low TOC vials are the cleanest-analyzed and verified to ensure data quality and defensibility.
40 mL vials certified TOC <10 ppb After analysis and verification in our accredited laboratory Silicone and PTFE lined cover and dust cover Excellent vial to vial consistency

Standard GC, HPLC sample vial, small caliber, 8-425 standard threaded mouth, can be used for autosampler and sample storage. It can be used with 8-425 screw cap septum.
8-425 Autosampler Vial, often used in conjunction with Shimadzu, Spectrophysics, Varian, and other autosamplers. The vial is made of colorless Class 1 Type A or Amber Class 1 Type B borosilicate glass , And attached with a writable label for sample identification.
The vial cap is made of high-quality polypropylene, with precise manufacturing tolerances and a controllable manufacturing environment. The gasket is made of the highest quality PTFE/silicone to ensure the high efficiency of the function.

11mm Snap Top Closures are made of PP. The translucent Cap design allows users to see the fixed card slot. The inside of the Snap Cap has 4 protrusions for fixing in the lateral groove of the Vial Neck.

The Screw Caps that are inlcuded with this kit are knurled on the sides for excellent gripping and comfort when applyting to the vial. The silicone rubber / PTFE septa used were designed to provide the right amount of resistance to autosampler needles during the injection process so that they penetrate the vial properly without damaging the septa or the injection needle. Too much or too little resistance to the needles can damage the septa, compromise resealing, cause needle blockage from coring of the septa material and even damage your autosampler. These septa perform even when using a wide range of needles: fine, blunt or even dull. Low sample or solvent evaporation performance even after multiple injections have been observed when using aijiren caps.

The automatic vial is made of high quality raw materials. It has high temperature resistance and corrosion resistance.  Screw Glass vial For autosampler instrument is made of borosilicate glass.

• Widely used in HPLC applications, universally usable vials for almost autosamplers, include the one with robotic handing.
• Snap vials can be closed with either snap caps or crimp caps.
• Snap caps can be easy as push-on, pull-off by hand.
• Clear glass vials–made from USP Type I, Class A, 33Borosilicate Expansion glass
• Amber glass vials—made from USP Type 1 Class B, 51Borosilicate Glass.

EPDM (Ethylene Propylene Diene Monomer) septum is a type of synthetic rubber commonly used in laboratory and industrial settings. It is primarily used as a sealing material in various applications, including as a septum for sealing sample vials or containers.
EPDM septa are often used in chromatography and analytical chemistry techniques, such as gas chromatography (GC) and high-performance liquid chromatography (HPLC). They are placed on the top of the vial or container, providing a reliable and airtight seal.
The septum allows for the injection of a needle or syringe to introduce or withdraw samples or reagents without compromising the integrity of the contents.
EPDM is favored for septa due to its excellent chemical resistance, low extractability, and ability to maintain a secure seal even under varying temperature conditions.

Aijiren presses Silicone and PTFE composite into the picture, and cuts them into rectangular sheets of similar size. Because PTFE is easy to curl and deform, the raw materials in the picture are all curled. Wait for it to enter the dryer to dry the moisture. Keep it level. Aijiren uses a mechanical laser to cut Septa, and guarantees the integrity and chemical nature of Septa.

A solid disk of PTFE offers superior chemical inertness against the most aggressive solvents. The thin membrane allows for easy penetration by most needles. PTFE septa are not resealable. They should be used with relatively short cycle times or single injection methods.

Aijiren has been producing 15-425 Screw Neck Storage Vial since 2009 and has been there for more than ten years.We welcome the purchase of cheap 15-425 Screw Neck Storage Vial, PP vials, chromatography vials and Syringe Filter. Find 15-425 Screw Neck Storage Vial with cap manufacturers and suppliers from China. We are a professional manufacturer of 15-425 Screw Neck Storage Vial.

Headspace vials are laboratory vials for headspace analysis that are temperature and corrosion resistant. With very low metal content, extractables and leachables, they meet high standards to meet your regulatory requirements. These headspace vials have been specification certified for physical dimensions and autosampler compatibilit

  The 11mm snap vial is specially designed and produced to ensure that it is sealed and matched with Aijiren instruments without failure. Strictly monitor the standard operating procedures of the production process to meet the requirements of stable quality and full traceability.

GL45 Screw 100ml Reagent Bottle is a type of laboratory glassware commonly used for storing and dispensing chemicals or reagents in scientific and research settings.
It is designed with a standard GL45 screw cap, which ensures a secure seal and prevents any leakage or contamination of the contents.
he bottle is made of high-quality borosilicate glass, which is resistant to thermal shock, chemical reactions, and corrosion.
This makes it suitable for a wide range of applications, including the storage of acids, bases, solvents, and various other liquid reagents.

The hand crimpers are suitable for sealing aluminum caps of different sizes and are available as adjustable precision crimpers. The adjustable manual crimper provides an adjustable stop on the handle to ensure consistent tightening and loosening of the cap each time, and the depth of the crimp can be changed by adjusting the screws in the metal crimp.

Screw glass vial refers to a type of container made of glass that has a screw-on cap or closure mechanism. These vials are commonly used for storing and transporting various substances, such as liquids, powders, or small solid samples, in scientific, pharmaceutical, and industrial applications.
The screw-on cap ensures a secure and airtight seal, preventing the contents of the vial from leaking or being contaminated. This feature is particularly important when storing sensitive or valuable substances that require protection from moisture, air, or other external factors.

Discover the efficiency of GL45 Reagent Bottles paired with Autosampler Vials for HPLC. Optimize your lab workflow with our comprehensive guide. Explore now!

Headspace autosamplers are a convenient and fast method of sample pretreatment in gas chromatography. The utilization of a headspace autosampler eliminates the need for lengthy and cumbersome sample pretreatment, avoids interference from organic solvents, and reduces contamination of the column and injection port.

The advantages of nylon: 1. Toughness 2. Wear resistance 3. Smoothness 4. Light weight 5. Insect resistance 6. Anti-mold and the material is not easy to generate static electricity, deformation, pilling and ageing.