1.5mL 11mm Snap Ring Autosampler Vial ND11

The Snap Cap is made of polypropylene, and the raised part of the Cap is very convenient to be stuck in the groove of Vias to ensure fixation. Septa is made of Silicone and PTFE adhesive-free composite. It is soft and easy to puncture. It is very suitable for automatic sampling. The side of PTFE in Septa faces the inside of Vias, sealing without affecting the sample.

The sample vial and caps have strict size standards and can be matched with various models of autosamplers such as Aijiren, Waters, Varian, and Shimadzu.

Aijiren uses 2ml snap vial to choose whether the bottle body has a label area, whether it has a scale, amber or clear. The glass material of 2ml snap vial is 5.0type or 7.0type, the color of pp cap, and the color of ptfe septa can be selected. These are all customized services that Aijiren can provide.

Aijiren 2ml 11mm Snap Ring HPLC Vials has a standard scale and writing area for easy filling and identification. 2ml 11mm Sanp Ring HPLC vial can be matched with most autosamplers on the market, such as Aijiren, Thermo Fisher, Shimadzu and other well-known brands.

Aijiren Vials manufactured of Clear, Type 1 Class A or Amber, Type 1 Class B, borosilicate glass. Aijiren Vials have a standard graduated write-on patch for easy filling and identification. Snap caps used with the Aijiren Vial system are a convenient alternative to aluminum seals. Snap caps or aluminum seals ensure a secure seal for samples.

Aijiren’s 2ml Snap Glass Vial can be divided into 5.0 type and 7.0 type glass. You can also choose whether to have a label area. Clear glass is made of borosilicate hydrochloric acid glass. This glass is highly inert and does not easily react with reagents.

Features: 32*11.6mm vial; 11*1mm Teflon/silicone septa; 11mm white open PP cover. It can be used on various autosamplers.

Aijiren’s glass snap vial can choose the color, clear glass or amber glass, and can also choose whether to add label area and scale. If customers need it, they can also customize the pattern and logo. For specific details, please talk to Aijiren’s sales manager.

Aijiren’s snap cap is made of high-quality pp materials. The bayonet method is very convenient for laboratory personnel to operate. However, there is a need to pay attention to that the snap cap is not very tight and suitable for short-term storage of samples.

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

The snap-on sample vial is made of type 1 borosilicate glass (type A, 33 expanded borosilicate glass), transparent or amber, or made of polypropylene. The snap-on vial can accept either aluminum snap-on seals or polyethylene snap-on caps. Very suitable for short-term storage. You can also deactivate MS authentication.

2ml snap autosampler vial is mainly used in lab chromatography analysis. This 2ml snap top autosampler vial has some features: 1.Extremely high inertness: The inertness of the sample vial can reduce the peak variability of the analyte. 2. Consistent performance: Each batch of the sample vial has consistent performance, which saves you more time for troubleshooting and re-running samples.

The 2ml snap autosampler vial is often used in conjunction with the automatic sampler. The vial is made of colorless Class 1 Type A or Amber Class 1 Type B borosilicate glass with a writable label for sample identification.

11mm Natural Snap-top PE Caps, 6mm Centre Hole
White PTFE/Red Silicone Septa 11*1mm
for 11mm Glass Snap Top Vials

Snap Cap vials Wide-mouth vials are easy to fill and provide a larger target area for the autosampler needle. Suitable for most autosamplers, it can hold 12x32mm sample bottle format, high-quality 33 expanded borosilicate transparent glass type 1 (type A) or 51A amber glass uniform, flat bottom ensures that Vial can stand stably on the desktop.

Amber Glass snap vial can protect light-sensitive samples from ultraviolet radiation. The glass used by Aijiren can withstand high temperatures and will not react with the reagents in the bottle, which will affect the results of the experiment.