9mm 2ml HPLC Autosampler Vial for Manufacturer Price

Short Thread Caps with Septa for 9mm 1.5ml HPLC Vial often come with multiple septa options to accommodate different analytical requirements. Depending on the specific application, researchers can choose from various septa materials, such as silicone, PTFE, or bonded septa, to optimize sample compatibility and performance.

Glass Screw Vials ND9mm for HPLC, Clear & Amber, with /without Patch
High Recovery Glass Screw Vials ND9mm, Clear & Amber, with /without Patch
0.3ml Glass Screw Vial integrated with Micro-insert, Base Bonded, Clear & Amber, with /without Patch
PP Screw Vials ND9mm, Clear & Amber
0.3ml PP short Screw Micro Vials, Clear & Amber

blue screw cap for 9mm screw vials
with pre-slit septa white silicone blue PTFE
size: 9mm*1mm
package: 100pcs/pack

Product name: 1.5/2ml sample vial plastic PP material

Packing: vial, boxed (100 pcs/box)/caps and septa  bag (100 pcs/pack)
Size: Vial (11.6*32mm) / Gasket (Φ9*1mm)
Material: Vial (PP) / Gasket (Teflon / Silicone) / Cap (Polypropylene)
Gasket performance: acid resistance, alkali resistance, temperature resistance, anti-sticking

High recovery vials offer precision vials made from low expansion borosilicate glass and designed with a unique interior bottom, solid glass vial of a Microliter-Vial with inner cone, allowing for maximum retrieval of contents by a syringe.  

Aijiren screw thread top sample vials design is characterized by universal ease of use, especially the use of automated sample introduction systems, so this type of vial is also called a autosampler vial. And this sample vial is extremely compatible. The 1.5ml sample vial we usually say is the 2ml volume sample vial. The design of Aijiren screw thread top vials are developed from Europe and the United States, and the design feature is easy to use, especially the use of automated sample introduction system. Aijiren screw thread top vials also known as autosampler bottles.

Aijiren strongly recommends to use only ready-made sealing caps, whose lining matches the bottle cap completely, and has been automatically inserted under strict sanitary conditions.

Polypropylene Screw Cap with Septa – Polypropylene screw cap with precision-fit septa provide an evaporation-proof seal. Bi-layer include silicone and PTFE. Silicone septa for multiple injections.

Our vial comes with a variety of septa options to suit your specific application needs. Whether you require septa with different materials, thicknesses, or properties, our Autosampler HPLC Vial provides versatility and customization. Select the ideal septa option to ensure optimal sample protection and compatibility with your analysis requirements.

These vials are a good choice for the latest autosamplers. With an emphasis on improving sample security and integrity, we offer innovative 9mm closures and 9mm screw top vials for consistent productivity across all separations.
Standard opening screwed viars are manufactured from borosicate glass and the maximum filling volume is 2 ml.

The Lab 9mm 2ml Screw Top HPLC Autosampler Vial features a precision-engineered design, ensuring a secure and leak-proof seal. It is compatible with various autosamplers, making it a versatile choice for HPLC applications.

Caps for screw thread vials are available with either an open hole for autosampler use and standard addition or with a solid top for sample storage. One piece polypropylene cap and membrane are also available. These pierceable screw thread caps are designed for one time use and reduce sample preparation time as there is no cap and seal to assemble.

The aijiren chromatography sample vial is made of borosilicate glass and meets ASTM TYPE I ClassA and USP TYPE I standards.
There are four types: colorless and amber vial, handwriting area and no handwriting area.

2ml 9mm Screw Top Autosampler Vials are cleaned and packaged in a certified Class 10,000 clean room according to a designed process, developed to eliminate chromatographic errors associated with vials. For Chromatography vials, 2ml 9mm Screw Top Autosampler Vials is the most commonly vial in laboratories. 2ml 9mm Screw Top Autosampler Vials are more leak-tight and easy for the experimenter to operate.

With its 9mm screw thread design and capacity of 1.5mL, 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.

High recovery vials are optimal for manual and automated compound or biological sample applications. High Recovery Vials allow maximum sample extraction without need for separate inserts

The large opening reduces the risk of bent autosampler needles during sampling. When choosing a 2mL Glass Screw Top Autosampler Vials, the product material is of paramount importance.

Caps for screw thread vials are available with either an open hole for autosampler use and standard addition or with a solid top for sample storage. One piece polypropylene cap and membrane are also available. These pierceable screw thread caps are designed for one time use and reduce sample preparation time as there is no cap and seal to assemble.

Material: Brosilicate Glass/1st hydrolytic class glass
Volume: 1.5-2.0ml
Dimension: 11.6x32mm
Neck: 9mm Screw neck
Color: Amber and Clear
Septa: Pre-Slit, PTFE/Silicone
OEM & ODM Custom Service

High recovery Vials are manufactured from heavy wall, low extractable, borosilicate glass providing excellent chemical resistance and durability during packaging and transportation.

Chromatography vials are widely used in chromatography, chemistry, medical and other fields. Autosampler vials are generally made of hydrolytic glass or borosilicate, with various specifications. Different vial mouth designs meet different actual needs

The 9mm high recycling vial is a new vial specially designed by Aijiren for precious samples in the laboratory. Many times the autosampler will leave sample residue in the vial when it is injecting samples. If the sample is precious, this residue is undoubtedly a waste. High-recovery vials can avoid this problem.