Lab vials are small glass or plastic tubes which is used to store medicines like capsules, liquids, and powder. These have a tubular or bottle-like shape
9mm wide opening 2ml lab liquid chromatography GC amber glass hplc autosampler sample Shimadzu vial on sale.
SIS offers a wide range of Wheaton Vials for your lab needs.
Global supplier of HPLC&GC consumables. Our major products are chromatography autosampler vials with closures, inserts, crimper and syringe filters, etc;
Product Details ; Body Size. 12x32mm ; Color. Amber ; Material. Schott glass ; Packing. 100pcs/pk ; Usage. Laboratory Analysis.
"These are on the pricey side for HPLC Vials and Caps but the quality is worth it. My lab has gone through thousands and haven't had an issue thus far. All caps
Chromatography Vials - HPLC Vials 2 ml Amber Glass, Headspace GC Vial 20 ml ... Crimp Cap and GC Headspace Vials Screw Cap offered by Hexon Laboratories ...
Items 1 - 36 of 74 Chromatography vials are containers designed to temporarily hold samples analyzed as a part of gas (GC) or liquid (HPLC) chromatography.
✓ Compatible - These Vials and Caps are ideal for use in most standard HPLC and GC applications and high-throughput analyses. The vials can be used on all
Apr 28, 2021 - 9-425 screw top Plastic HPLC autosampler micro-vial; this micro-vial can also used crimp aluminum cap Amber and clear micro-vial are
Reduce failed assays with Aijiren Technology glass and plastic autosampler vials and high sample recovery vials - certified/tested by HPLC, GC, and MS.
Sep 26, 2018 This feature offers significantly to increasing the laboratory sample throughputs. Categories: HPLC.
Stable and reliable quality and service ✓ Self-produce to help distributor win more benefits ✓ R&D ability to new products and 7*24 hour QC solution.
Specializing in high-performance liquid chromatography instrumentation, Chrom Tech is a leading distributor of GC and HPLC products.
Our vials and closures are designed, engineered, and manufactured for optimum performance in HPLC, GC/MS, LC/MS, and high-throughput analysis.