It has the lowest leaching characteristics and a linear coefficient of expansion of 33. USP Type 1, Class B, 51 Borosilicate Glass which is composed of silicone
Autosampler Vials, Plates, and Seals for Use with Alliance HPLC Systems . trace amounts of boron and sodium, the expansion coefficient of this glass is.
The low-expansion, coefficient glass exhibits excellent thermal conductivity and provides an inert surface with a low free ion.
We offer a wide selection of autosampler and general-purpose vials, including septa, caps, accessories, amber and clear bottles, headspace vials,
which Aijiren vials/caps are compatibility tested. Best in glass: All vials are made of type 33-51 coefficient of expansion for top performance.
The first low particle, low background chromatography vials. • Pre-cleaned vial packaging protects the glass, have a low coefficient of expansion and.
A vial is a small container usually made of glass or plastic. This type of glass is also valued for its extremely low coefficient of thermal expansion.
When using glass autosampler vials in the laboratory, standard workflows require that vials and Unpredictable contamination can be a major source of.
1) HPLC / Autosampler Vials, Caps & Septas Glasses with a low linear coefficient of expansion can be subjected to greater rapid temperature changes with ...
They may be outfitted with a variety of stoppers, caps, and closures. One of the most widely used types of small glass vial is the screw thread vial.
LOW EXPANSION COEFFICIENT - 9mm Screw Thread Autosampler Vials are made of clear Type 1, Class A Borosilicate Glass with very low expansion coefficient.
Types of caps . Hydrolytic class glass is very hard and has a low expansion ... all autosampler vials offered in this brochure (clear and amber glass).
May 16, 2017 Vials are small containers composed of glass or plastic used to hold ... Some budget vial glass has a linear coefficient expansion of 70+.
Oct 15, 2011 reaction to very low concentrations and, therefore, ... borosilicate glass vials was carried out with a GC method.
Our precision vials are made from low-expansion borosilicate glass and designed with a unique interior conical center-draining shape which encourages