Kinesis appreciates the demands of today's HPLC, LC/MS and GC analysis. In particular, All vials are made from 1st hydrolytic class 51 expansion glass. Get Price Meet the Aijiren Tech Scientific Family Firstly, almost all vials are made out of 1st hydrolytic class glass. Hydrolytic class glass 1,200°C as opposed to only 1,000°C for 51 expansion glass.

Tube Bottom Shape V-shape. Tube Color Clear. Thread 9 mm; 9-425. Height (mm) 32. Outside Diameter (mm) 12. Special Features Micro-V bottom. Description 1.5 mL Glass Vial, Micro-V, 9 mm Short Thread; 100/pk. Key Features. Made from 1st hydrolytic class 51 expansion glass.

Kinesis chromatography vials and closures are designed to ensure contamination-free sample handling and trouble-free autosampler operation. The vials are made from 1st hydrolytic class 51 expansion glass which, unlike inferior alternatives, allows the manufacturing of clean, precision-fit vials.

Chromatography and Autosampler Vials. 13 and 20 mm. Kinesis Crimp Vial, Glass, 20 mL, 20 mm, CTC Compatible; 1000/pk ... Vials are made from 1st hydrolytic class ...

Type 51 or 70 is clear or amber borosilicate glass referred to as Type 1, Class B-51 Expansion. Comparatively low coefficient of expansion; All round good

The vials are made from 1st hydrolytic class 51 expansion glass which, unlike inferior alternatives, allows the manufacturing of clean, precision-fit vials. Our comprehensive range of vials includes micro and fused inserts, standard 2 mL autosampler and larger sample storage, glass sample vials with screw caps, headspace vials, and EPA vials.

1st hydrolytic class glass 51 expansion chromatography glass vials precision-formed neck 1.1ml Crimp Neck Micro-Vial, 32 x 11.6mm, clear glass – Kinesis Inc. Crimp Vial 11mm, 1.1ml (12x32mm) Conical Bottom.

1st hydrolytic class glass 51 expansion meets all current USP and Pharmacopeia criteria; Short thread screw vials and caps: convenient handling of mid Get Price 1-kinesis-fiolki.pdf - Perlan Kinesis appreciates the demands of today's HPLC, LC/MS and GC analysis. In particular, All vials are made from 1st hydrolytic class 51 expansion glass.

Kinesis appreciates the demands of today's HPLC, LC/MS and GC analysis. In particular, All vials are made from 1st hydrolytic class 51 expansion glass. Worldwide Glass Resources expands series of high recovery vials . NEW HIGH RECOVERY VIALS – You can choose from our standard high recovery vial chromatography vials, microwave vials, sample

Kinesis chromatography vials and closures are designed to ensure contamination-free sample handling and trouble-free autosampler operation. The vials are made from 1st hydrolytic class 51 expansion glass which, unlike inferior alternatives, allows the manufacturing of clean, precision-fit vials.

Clear Glass of 1st hydrolytic class is differentiated by 33 expansion (Type 1, Class A) and 51 expansion glass (Type 1, Class B), whereas amber is generally worldwide only available as 51 expansion glass. The indicated lower expansion coefficient of 33 implies that this harder clear glass has to be processed at higher temperatures. These amount

Dec 22, 2021 · What are the differences between “33 expansion” and “51 Mar 30, 2012 First hydrolytic class glass is very hard and has a low expansion of glass are equally suitable for use a

All vials are made from 1 st hydrolytic class 51 expansion glass, the physical properties of which allow the manufacturing of clean, precision fit vials. Vials manufactured with alternative expansion glass can lead to inferior quality with wider tolerances, adding extractables to the analysis and causing failures, particularly during overnight

Our vials are made from 1st hydrolytic class 51 expansion glass which unlike inferior alternatives, allows the manufacturing of clean, precision-fit vials. Our comprehensive range of vials includes micro and fused inserts, standard 2ml autosampler and larger sample storage, headspace and EPA vials.

Made from 1st hydrolytic class 51 expansion glass Short thread vials have a wide opening (6.0 mm ID) with a unique thread design that allows you to screw on the caps and still use them in a robotic autosampler. The thread sits much higher on the vial allowing space between the bottom of the thread and the shoulder of the vial.