Certified TOC Vials. Shimadzu offer a range of certified TOC vial kits which are suitable for use with all TOC manufacturer’s instruments. Available in three configurations - all Certified to contain 10ppb Carbon. 226-50582-00 with 0.125” Silicon/PTFE septa plus integral dust cover for caps.

Analytical Chromatography. We provide a complete range of high-quality products for accurate, brilliant results in a variety of analytical applications, including HPLC, GC, Karl Fischer titration, elemental trace analysis, classical analysis, air monitoring, food and beverage analysis, and proficiency testing. We also supply a complete range of

11mm Snap Cap Vials for Aijiren. 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.

Aijiren certified 2 mL screw top vials are constructed from from Type 1 borosilicate glass, with low metal content, to protect your sample from destabilizing or leaching. Autosampler Vial 2ml with Caps, HPLC Vial, 9-425 Amber Vial with Blue Screw Caps

This PFC-free polypropylene cap is designed to work with our "uniquely" designed 2 mL screw style clear polypropylene vial with an approximate fill volume of 1.5-1.7 ml (part number ). Aijiren's PFC-free vial and PFC-free cap complements Aijiren's extensive

Application: Suitable for 8-425, 9mm, 10-425, 11mm snap vials Material: Glass for Insert, Polymer for feet Dimensions: 5x29mm,5x31mm/5.7x29mm,5.7x31mm Capacity: 150-250uL Qty/Pack: 100pcs/pack Payment: T/T MOQ: 1 pack

The 9mm screw HPLC autosampler sample vial is made of colorless borosilicate glass or amber 1 B grade borosilicate glass, which is a high-quality raw material. Excellent high temperature and corrosion resistance. Aijiren has strict control over the production

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. 2ml HPLC Crimp Top Autosampler. Send Inquiry. Chat Now.

100pcs 2ml HPLC Lab Sample Vials Bottles 9-425 Screw Thread W/ Writing Area +Cap. 100xAutosampler Vials hplc 2ml 9-425 Lab Sample Vials Thread Septa Fits Aijiren. 100Pcs 2ml 9-425 Autosampler Vial,2ml HPLC Vial,Clear Lab Vial,Sample Vial Screw.

5 Aijiren certified vials are manufactured in an ISO 9001 certified environment, and conform to U.S. and European Pharmacopoeia requirements. Our certified caps and septa are designed and fabricated for proper sealing and trouble-free operation with Aijiren

Home » News » 2ml hplc vials insert » Standard Opening hplc vial inserts conical supplier Aijiren Standard Opening hplc vial inserts conical supplier Aijiren Application: Suitable for 8-425, 9mm, 10-425, 11mm snap vials Material: Glass for Insert, Polymer for feet

Standard Opening hplc vial inserts conical supplier Aijiren-Aijiren Hplc Vials Insert. Inserts For Vials at Thomas ScientificWide opening vials are easier to fill Fit most autosamplers that accommodate the 12x32mm vial format Superior quality 33 expansion borosilica. Email : market@aijirenvial.com.

Standard Opening 150ul insert for hplc vials Aijiren China Insert for 2 mL standard opening vial, 4.6 mm I.D. volume 0.15 mL, conical clear glass (with bottom spring), O.D. × H 5 mm × 30 mm, pkg of 100 ea pricing 24708 Quote Now Vial Inserts from Aijiren

2mL Standard Opening Vials from Supelco|Aijiren 2 mL Standard Opening Vials from Supelco. Our standard 2 mL vial is 12 mm in diameter,32 mm in height,and has a 4.6 mm opening. The thread size on this vial is 8-425. Choice 2mL Standard Opening Vials

2 mL, Standard Opening, 8-425 screw thread vials. Although most laboratories have switched to 9 mm screw thread vials for a wider opening while still being autosampler compatible, some labs use 8-425 vials for storing solvents. The standard opening 8-425 vials have more threads per inch, so there is less likelihood that volatile solvents will