Krypton (Kr) Gas
Apart from this Krypton Gas can be produced by Cryogenic Distillation/air separation units by using fractional distillation techniques. The liquid produced by this method is further converted in to gaseous Krypton and then stored in krypton Gas Cylinders for any industrial/lab grade applications. Krypton Gas can be made available in high pressure carbon alloy steel cylinders or aluminum cylinders.
Click Here To Check Technical Details
| Chemical Formula | Type | Density | Molecular Mass |
|---|---|---|---|
| Kr | Tasteless Odorless Colorless Nonflammable Non Toxic |
3.749 g/L at stp (0 °C and 101.325 kPa)
2.413 g/cm when liquid, at b.p |
83.7979 g/mol |
Click Here To Check Purity Grade
| Purity
% |
Maximum Impurities in PPM by Volume | |||||
|---|---|---|---|---|---|---|
| O2 | N2 | CO+CO2 | Xe | Moisture | H2 | |
| 99.999 | ≤0.5 | ≤2 | ≤0.5 | ≤2 | ≤1 | ≤0.5 |
Krypton is a highly expensive and is a very less available gas. It is available mostly in its purest form only. We have in house laboratory equipments to check the level of purity as well as various impurities present in it. Due to its almost non reactive nature at normal room temperature and atmospheric pressure, its major use is in lighting industry when it is mixed with Argon gas.
Common Uses And Applications in Industries
- In lighting industry in fluorescent tubes and laser lights.
- In photography used in high speed flash lights as a white light source.
- In medical services for Magnetic Resonance Images. ( MRI ).
- In Laboratories.
- In special glass industry for solar energy as well as to control thermal conductivity.
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