This item: Biomed Scientific Autosampler Vials,2mL Clear Sample Vials with Write-on Spot and Graduations,Screw top 9-425 Thread Finish,12mm ID x 32mm L (Pack of 100) $13.99 Aijiren HPLC Pre-Slit 9-425 Screw Thread Vial Blue Caps, 9mm, Blue PTFE/White Silicone Septa, 100 pcs/pk $15.69 ($1.57/10 Items) Special offers and product promotions
WHEATON® µL MicroLiter® 10-425 Screw Thread, Autosampler Vials. Clear and amber vials are converted from USP Type I borosilicate glass. 10mm vial with 10-425 Threads for ease of closure. Where noted, Certified Class 10,000 clean room packed enhances data integrity.
ABC Vial™. These vials have a 9mm thread that allows them to be used with robotic systems. Use with autosamplers that require 12 x 32 mm screw top or crimp top vials. •40% wider opeing than standard screw cap vials •Superior thread design ensures a secure seal •Compatible with most GC autosamplers that.
These vials are made of clear, type 1 class A or amber or type 1 class B borosilicate glass.Designed to use separating organic and inorganic compounds for analysis, chromatography vials come in different finishes to guarantee chemical compatibility. Autosampler compatible closures come in different colors, sizes, and septa materials. Offered with a write-on patch, possible identification
Standard screw-thread autosampler vials, 12 × 32 mm. undefined. Synonyms: . CAS null. Molecular Weight null. Browse Standard screw-thread autosampler vials, 12 × 32 mm and related products at MilliporeSigma.
Catalog number: 8-SCW. Thermo Scientific™ 8mm Autosampler Vial Screw Thread Caps feature an 8-425 thread finish and are available in an assortment of styles to match your HPLC, GC or IC application needs. Convenient pre-assembled caps and septa minimize contamination from handling. Choose from Thermo Scientific™, Thermo Scientific
Combining top-notch and uncompromising quality with an affordable price, the Thermo Scientific Autosampler Vials, Screw-Thread, Standard Opening, Thermo Scientific Amber Vials C4013-2/ 66001-239 can fulfill your laboratory needs while still offering a great value for the money. Borosilicate glass, screw-thread vials compatible with a large
9mm 2ml Short Tread HPLC Autosampler Vial 9mm Short Thread Caps with Septa 8-425 2ml Screw Neck HPLC Autosampler Vial Screw Caps with Septa for 8-425 Screw Neck Vial 10-425 Screw Neck 2ml HPLC Autosampler Vial 10-425 Screw Caps with Septa 11mm Crimp Top 2ml Autosampler Vial 11mm Crimp Top Caps with Septa 11mm Snap Ring 2ml Autosampler Vial 11mm Snap Top Caps with Septa 1.5ml Glass High
Screw thread and snap vials are typically used in LC applications, while crimp vials are often found in GC laboratories. Although 8-425 thread is the original screw thread vial, we recommend 9mm thread for most customers as it allows for pipetting while maintaining autosampler compatibility. Equip your lab with our high-quality LC and GC
Catalog number: 12-SCR. Thermo Scientific™ 13mm Screw Thread Caps feature a 13-425 thread finish and are available in an assortment of styles to match your HPLC, GC or IC application needs. Convenient pre-assembled caps and septa minimize contamination from handling. Choose from Thermo Scientific™, Thermo Scientific™ National™, and
WISP™ 48-position autosampler vials clear screw-thread vials, pkg of 100 ea, thread for 13-425; find Supelco-Z291811 MSDS, related peer-reviewed papers, technical documents, similar products & more at Sigma-Aldrich
Jun 28, 2011 · Screw Autosampler Vials, HPLC Chromatography(id:6566885). View product details of Screw Autosampler Vials, HPLC Chromatography from Mastelf Technologies. Co. Limited manufacturer in EC21
labForce® (a Thomas Scientific Brand) labForce Brand autosampler vials, 12x32mm with 9mm screw thread are designed to work in robotic arm autosamplers. Manufactured from Type I borosilicate glass Designed to work in robotic arm autosamplers Available with graduated marking spot Made in the USA. Related Products: 9mm Vial.
18 mm screw thread finish offers superior sealing characteristics; Designed for use with thinner septa; ensures a consistently flat surface is available for the magnet; Round bottom vials distribute the internal pressure created at high temperatures across the glass surface and are more easily handled by robotic arms that lift the vial from the