Environmental Profiles of Chemical Flame-Retardant Alternatives for

Melting Point (/C) Reference
-20 Ref. 13
-21 (pour point) Ref. 45
Boiling Point:
Conclusion: The available boiling point data are adequate to characterize this endpoint.
Basis for Conclusion: Two sources contained measured boiling point information. A third source
required calculating the boiling point from the Clausius-Clapeyron equation using data measured
by Ref. 9. The boiling points given here (including the calculated boiling point) are within a
reasonable range of each other.
BP (/C/torr) References
261/6 Ref. 49, 51
425/760
dec. 405
Ref. 9 (extrapolated according to the Clausius-Clapeyron Equation using experimentallyderived
parameters: Log P(torr) = -A/T + C, where T is in Kelvin, A= 4444, C=9.24)
The decomposition temperature was reported in this same paper.
420/760 Ref. 4 (estimated using Meissner’s method)
155/2 Ref. 13
Vapor Pressure (torr):
Conclusion: The majority of available vapor pressure data give an adequate endpoint.
Basis for Conclusion: Two sources contained measured vapor pressure data. These two values were
in agreement with each other. The third source required calculating the boiling point from the
Clausius-Clapeyron equation using data measured by Ref. 9. The calculated value was in reasonable
agreement with the measured values.
VP (torr//C) Reference
1.40x10 -6 /25 Ref. 51; Ref. 4 (measured)
4.6x10 -7 Ref. 4 (estimated from b.p. using Method 2 in Ref. 21)
2.16x10 -6 /25 Ref. 9 (extrapolated according to the Clausius-Clapeyron Equation using experimentallyderived
parameters Log P(torr) = -A/T + C, where T is in Kelvin, A= 4444, C=9.24)
1.35/200 Ref. 45
10.2/250 Ref. 13
13-25