Environmental Profiles of Chemical Flame-Retardant Alternatives for

Boiling Point (°C/torr) Reference
413.5/760 Perry and Green, 1984
414/760
dec. >410
Dorby and Keller, 1957 (Extrapolated according to the Clausius-Clapeyron
Equation using experimentally-derived parameters: Log P(torr) = -A/T + C,
where T is in Kelvin, A= 4253, C=9.07)
The decomposition temperature was reported in this same paper.
Vapor Pressure (torr):
Conclusion: The available vapor pressure data are adequate.
Basis for Conclusion: Results from the Clausius-Clapeyron equation as measured by Dorby and
Keller (1957) are consistent with the vapor pressure data provided in Perry and Green (1984).
Vapor Pressure (torr/°C) Reference
6.28x10 -6 /25
0.90/193.5
8.6/249.8
84.7/322.5
354/379.2
SRC, 2004 (PHYSPROP database, extrapolated); Dorby and Keller, 1957
(Extrapolated according to the Clausius-Clapeyron Equation using
experimentally-derived parameters Log P (torr) = -A/T + C, where T is in
Kelvin, A= 4253, C=9.07)
1/193.5 Lewis, 2000 (Sax’s Dangerous Properties of Industrial Materials)
1/193.5
5/230.4
10/249.8
20/269.7
40/290.3
60/305.2
100/322.5
200/349.8
400/379.2
760/413.5
Perry and Green, 1984
Odor:
Conclusion: The odor of this compound has been adequately characterized.
Odor Reference
Odorless Lewis, 2000 (Sax’s Dangerous Properties of Industrial Materials)
Slight aromatic odor resembling
phenol
Phenol-like odor
HSDB, 2004
1-50