- compounds:
Halon 10001 (iodomethane)
Halon 1001 (bromomethane)
Halon 1011 (bromochloromethane, CH2BrCl)
Halon 104 (carbon tetrachloride)
Halon 1103...
- risk of explosion.
Halons can be used on
class K (kitchen oils and greases) fires, but
offer no
advantages over
specialised foams.
Halon 1301 is
common in...
- the Use of
Halons for
Aircraft Fire
Suppression Systems – 2012 Update" (PDF). p. 11.
Retrieved 2012-04-09. "Options to the Use of
Halons for Aircraft...
-
pressure and
vaporizes when
discharged to
suppress fires. The use of
halons,
including Halon 1211, has
decreased over time due to
their adverse impact on the...
- Bromotrifluoromethane,
commonly referred to by the code
numbers Halon 1301, R13B1,
Halon 13B1 or BTM, is an
organic halide with the
chemical formula CBrF3...
-
chloroalkanes were in
standard use in
military aircraft,
although these early halons suffered from
excessive toxicity. Nevertheless,
after the war they slowly...
-
methylene bromochloride and
Halon 1011 is a
mixed halomethane. It is a
heavy low-viscosity
liquid with
refractive index 1.4808.
Halon 1011 was
invented for...
-
tetrachloridum Carboneum Chloratum /
Carbonei chlorurum chloride of
carbon Freon-10
Halon-104
methane tetrachloride methyl tetrachloride Necatorina perchloromethane...
-
hydrocarbons have
either leveled off or decreased.
Halon concentrations have
continued to increase, as the
halons presently stored in fire
extinguishers are released...
- 2020. The
depletion is
caused by the
emission of
chlorofluorocarbons and
halons into the atmosphere,
which causes ozone to
break down into
other gases....
