11mm Crimp Top Glass Vial

2ml / 1.5ml glass crimp vials with crimp seals for hplc autosampler
Crimp the caps to the vials with the hand crimper
100pcs per pack, aluminum caps with ptfe silicone septa, 100pcs per pack

2ml Crimp Autosampler Vial with insert is larger and wider mouth than 9mm screw sample vial. 2ml crimp autosampler vials have approximately a 40% wider mouth opening than standard opening vials. The large opening reduces the risk of bent autosampler needles during sampling.

1.Standard vials for GC and HPLC.
2.Vials with integrated Micro-Insert are available.
3.11mm hand crimper & 11mm Decapper.
4.Vials have a 40% larger opening than standard opening aluminum seal vials.
5.Vials are manufactured of Clear or Amber borosilicate glass.
6.The standard 12x32mm profile is compatible with 11mm aluminum seal closures.

The crimp type vial, bottom diameter is 11.6mm, the height is 32mm, the neck diameter is 11mm. Actual capacity 2mL, standard capacity 1.5mL

Suitable for 11mm 2ml Crimp Neck Vials & 20mm Headspace GC Vials
Caps Material: Aluminum
Use Together with PTFE/Silicone Septa or Rubber Stopper
Color: Metal Silver
Vial Septa & Rubber Stopper and Crimpers are also Provided

Hplc Vials Septum
Red PTFE White Silicone Septum
Septum Size: 11*1mm

2ml crimp hplc vials vary depending on the filling volume. Distinguish between a standard 2ml crimp hplc vial and a micro vial with a shape that reduces the volume or outer volume. Alternatively, of course, you can use inserts to reduce the capacity in the vial and create ideal conditions for removing samples.

The 2ml crimp hplc vial with insert is larger than the 9mm screw sample vial and has a wider mouth. The 2ml crimp hplc vial features an opening about 40% wider than the standard opening vial. Large openings reduce the risk of autosampler needle bending during sampling.

Vials have a 40% larger opening than standard opening aluminum seal vials. Manufactured of Clear, Type 1 Class A or Amber, Type 1 Class B, borosilicate glass. Vials offer a standard graduated write-on patch for easy filling and identification

The Aijiren 2ml crimp autosampler vial requires an 11mm crimp finish and requires an aluminum seal closure. Crimping aluminum caps are superior seals than screw caps and snap caps. In addition, crimp caps are resistant to high temperatures. However, a 2ml crimp autosample vial requires tools to seal the vials. This can increase costs. Aijiren is a 2ml crimp top autosample vial manufacturer. If you are buying a 2ml crimp top autosampler vial, you can get it from Aijiren at wholesale prices. Welcome to contact us.

11mm crimp bottles can be used as standard crimp bottles for GC or HPLC. At the same time, Aijiren also produces inserts, 11mm Crimp Closures and other accessories. The sample bottles are made of first-class hydrolyzed glass, which is resistant to acid and neutral solutions. With good chemical resistance, this type of glass material has a high surface density, which ensures that it has a high hydrolysis resistance and a very low expansion coefficient, even at high temperatures.

The Aijiren sample vial has excellent sealing performance, which can effectively avoid sample evaporation. The vial and the corresponding 11 mm aluminum cap can be easily and quickly combined with the jaw capping tool. The vial can withstand heat and pressure, and can also be used for chemical reactions. Especially for vials with white open caps and thick PTFE / silicone septa, they can be used as anhydrous and oxygen-free reaction vials.

Aijiren 2 mL crimp top vials are constructed from Type 1 borosilicate glass, with low metal content, to protect your sample from destabilizing or leaching. Our associated crimp caps and closures come with a choice of etiher PTFE silicone, PTFE only, natural red rubber, butyl, or PTFE butyl materials.

The 2ml crimp auto sample vial is easy to fill because it is a sample vial with a wide opening. Fits most autosamplers especially for Aijiren. The 2ml crimp autosampler vial supports a 11.6x32mm vial format. High quality 33 extended borosilicate transparent glass type 1, class A or 51A amber glass. Uniformly flat bottom to ensure safety with inserts. You can choose a 2ml crimp autosample vial with or without a tick mark.

The neck finish allows the use of standard aluminum seals. Surface treatment eliminates the need for crimping or capping off. Designed for use in Aijiren and other autosamplers. Choose from clear or amber Type I borosilicate glass. The wide opening can accurately center the limited volume of the insert at the neck of the sample. A scaled marking point can be provided.

The standard 11.6x32mm profile is compatible with 11mm aluminum seal closures
For closure selections please see Aluminum Seals.
Silanized glass vials are an excellent solution when protein absorption must be avoided. The silanization process deactivates charged SiOH sites on the glass surface, limiting the hydrophobic effect.

Features of Crimp Top Sample Vials£ºRigorous quality assurance provides dimensional consistency from lot-to-lot£¬Optional ceramic write-on spot with fill marks£¬Certified for full warranted compatibility with autosampler

The crimp top provide the tightest seal, reducing the possibility of sample volatilization. The 12X32mm crimp vial and aluminum cap are the most economical choice, and it is also very convenient to use with the crimp tool.

Crimping the sample vial squeeze the septum between the edge of the glass vial and the crimped aluminum cap. This forms an excellent seal against evaporation. During the autosampler needle piercing process, the septum remains in place. Crimping cap vials requires crimping tools to perform the sealing process. Aijiren provides hand crimper

crimp vial is compatible with all 2mL vial autosamplers, 2mL, 11.6x32mm.11X1mm Teflon/silicone septa, 11mm crimp top sample vials and micro-inner tubes, vapor/liquid vials

The standard 11.6x32mm profile is compatible with 11mm aluminum seal closures
For closure selections please see Aluminum Seals.
Silanized glass vials are an excellent solution when protein absorption must be avoided. The silanization process deactivates charged SiOH sites on the glass surface, limiting the hydrophobic effect.