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Bromine hydride (HBr)
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Basic info:
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English name
Hydrogen bromide
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CAS
10035-10-6
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Hazard info
1048
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Transport
ADR Class 8CT1
"ADR Class 2, 1 TOC"
Properties:
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Molar mass
80.912
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Gas density at 15°С/1,013 bar
3.45
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Boiling point at 1,013 bar
-66.7
Options
Filling
- single-piece
47 l44 l — 150 bar
Connection
Recommended reducer
Brass single-stage for
clean gases with stainless
membrane.
Specs
| Bromine hydride 3.0 | Bromine hydride 5.0 | ||
|---|---|---|---|
| Composition | |||
| HBr | % | ≥99.9% | ≥99.999% |
| Admixture | |||
| O2 + Ar | % | <1 | <1 |
| N2 | ppmv | <20 | <2 |
| CO2 | ppmv | <8 | <5 |
| CnHm | ppmv | <0,05 | <0,01 |
| CO | ppmv | <8 | <1 |
| H2 | ppmv | <50 | <10 |
| H2O | ppmv | <1 | <1 |
Description
Attributes
Suits for
Transport
Papers
Bromine hydride (hydrogen bromide, HBr) is inorganic substance, a binary compound of bromine and hydrogen. A colorless, heavy toxic gas that generates fog in damp air.
- Colorless gas with a sharp odor
- Heavily smoking in the air
- Poisonous
Used in the synthesis of various organic bromine derivatives, for the production of bromides. Used in the pharmaceutical and chemical industries for hydrobromination, as well as for semiconductor production and etching of polysilicon in plasma.
Chemical industry 
Analytics 
Medicine 
Research Can be transported by
- train
- truck
- ship