4ml HPLC Glass Vial

4ml wash vials for autosampler
with 13-425 screw caps and septum
Clear and amber borosilicone glass for choose

Aijiren is a supplier of 13-425 Screw Neck Vial. Our factory specializes in the production of 13-425 Screw Neck Vial for chromatography. We use good raw materials to make 13-425 Screw Neck Vial and sell them at a cheap price while ensuring quality. Aijiren’s high quality and low price have satisfied many customers.

Aijiren’s amber glass 4ml vial is often used to place light-sensitive chemical reagents or chemical powders. The scale of the amber glass 4ml vial can accurately show the level of the reagent. If the customer uses manual injection, it can also be accurately placed. Quantity of reagents.

4ml 13-425 hplc vial with screw cap is belong to HPLC autosampler vials. The classification of HPLC autosampler vials is generally done based on the diameter of the vial body, vial height, and thread finish. Clear glass and amber glass present similar inertness. 4ml 13-425 hplc vial with screw cap is compatible to SHIMADZU instrument. Autosampler needle pierces through the cap during injection and withdraws the required amounts of analyte from the sample vial.

4 mL screw top vials, also called waste vial or wash vial, usually used to wash the needle of autosamplers. Our 4ml Vials are manufactured from Type I Borosilicate Glass, which meets all USP, JP, and EP Pharmacopeia requirements.
The specifications are international common standards, which are fully compatible with the autosamplers of Aijiren, Worcester, Shimadzu and Thermo Fisher. The product is clean, dust-free packaging, no additional cleaning is required, and it can be used directly on the machine

Aijiren 13-425 glass vials with screw cap are customized products based on your experimental requirements for vial types, writing areas, logos and other individual parameters. Aijiren 13-425 glass vials with screw cap is fully compatible with SHIMADZU autosamplers. Compared to crimp top vials, 13-425 glass vial with screw cap can easily tighten the lid without the help of a tool. Polypropylene threaded cap with PTFE septa, can form a good seal on the vial, improve work efficiency.

4ml Screw Vials is also called Wash Vial for Cleaning the Needles
Material: USP Type 1, Class A, 33 Borosilicate Glass
Application: HPLC and GC system
Volume: 4ml (standard volume)
Dimensions: 15 x 45mm
Neck Diameter: 13mm
13mm Black Screw PP Cap with 8.5mm Centre Hole or Closed-top
PTFE/Silicone Septa, 13*1.5mm
Qty/Pack: 100pcs/pack

Aijiren’s 4ml glass vial for hplc uses high-quality borosilicate hydrochloric acid glass. Customers can choose whether to need a graduated vial according to their own needs. The graduated vial can provide timely feedback on the level of the reagent in the bottle, which is convenient for the staff to control the reagent amount.

1. The glass adopts high-quality borosilicate glass tube, with low free ion content, low expansion coefficient and very high chemical resistance.
2. The unique thread design can ensure the consistency of the seal.
3. Strict quality assurance provides dimensional consistency between batches.
4. It is suitable for autosampler of Aijiren, Shimadzu, Waters, CTC/Leap and other companies.

4ml 13-425 HPLC vial with cap is used for chromatography system. In the experimental system, the automatic sample system has the high-tech innovation ability, can improve the productivity of the chemical laboratory, and achieve excellent results in efficiency, safety and replicability. Therefore, 4ml 13-425 HPLC vial is also of great concern.

Aijiren usually uses two types of glass, 5.0type and 7.0type. The 7.0type glass is more resistant to high temperature and stable. The 5.0type is more cost-effective than the 7.0type. Customers can consider buying according to their own needs. .

4ml HPLC Vial is often used in Shimadzu’s autosampler. The reagents to be tested are put into vials and put into the autosampler for testing. It may undergo heating and other steps. Aijiren 4ml HPLC Vial can withstand high temperatures and ensure the safety of the experiment. .