What is the volume of a scintillation vial?
What is the volume of a scintillation vial?
20 mL
Sterilin Scintillation Vial
Description | Scintillation vial and cap |
---|---|
Diameter (Metric) Outer | 26.5 mm |
Material | Polypropylene |
Sterility | Sterile |
Volume (Metric) | 20 mL |
What is a scintillation vial?
Polypropylene scintillation vials are a general purpose vial that can be used for liquid scintillation counting, gamma counting, chromatography, sample storage and culturing. They provide a high degree of resistance to organic solvents.
What are scintillation vials made of?
Scintillation vials are 20mL made from Wheaton 180 low potassium borosilicate glass Available with caps attached, caps packaged separately or without caps Packaged in corrugated trays of 100 Glass Vials are manufactured from Wheaton 180 low potassium borosilicate glass that conforms to…
How big is a 20 ml vial?
The 20 ml injection vial (20R) is made out of clear tubular borosilicate glass of the 1st hydrolytic class. This crimp neck injection bottle is manufactured according to ISO 8362 standards. The dimensions are ø 30.0 x 55 x 1.20 mm.
Can you autoclave scintillation vials?
Vial Rack, Scintillation Welded polypropylene rack holds 100 standard 20 ml. scintillation vials. Rack is autoclavable and resists both nitric and hydrochloric acids.
What is a 10R vial?
10 ml – 10R Injection vial – sterile made of Type 1 Clear glass, with Crimp neck 20 mm neck finish. Pharmaceutical grade tubular glass. Dimensions 24 mm x 45 mm.
What are 20R vials?
What are the types of vials?
There are different types of vials such as: glass, plastic tubes, jars, aluminum tubes, and dispenser tubes. There are different types of vials such as: glass, plastic tubes, jars, aluminum tubes, and dispenser tubes.
Can you autoclave borosilicate glass?
Borosilicate glass bottles are safe to autoclave as the material has a very good resistance to thermal shock.
What is the use of scintillation?
Scintillation Counters are widely used in radioactive contamination, radiation survey meters, radiometric assay, nuclear plant safety, and medical imaging, that are used to measure radiation.