TABLE 6.33 Continued
Maximum Te mperature
Chemical
8 F
8 C
Benzene sulfonicacid, 10%
210
99
Benzoic acid
270
132
Benzyl alcohol
300
149
Benzyl chloride
300
149
Borax
300
149
Boric acid
300
149
Bromine gas, dry
150
66
Bromine water,10%
230
110
Butadiene
250
121
Butyl acetate
230
110
Butyl alcohol
300
149
Butyl phthalate
150
66
n -Butylamine
120
49
Butyric acid
250
121
Calcium bisulfide
300
149
Calcium carbonate
300
149
Calcium chlorate
300
149
Calcium chloride
300
149
Calcium hydroxide, 10%
300
149
Calcium hydroxide, sat.
300
149
Calcium hypochlorite
300
149
Calcium nitrate
300
149
Calcium oxide
260
127
Calcium sulfate
300
149
Caprylic acid
210
99
Carbon bisulfide
150
66
Carbon dioxide, dry
300
149
Carbon dioxide, wet
300
149
Carbon disulfide
150
66
Carbon monoxide
300
149
Carbon tetrachloride
270
132
Carbonic acid
300
149
Cellosolve
300
149
Chloracetic acid, 50%
230
110
Chloracetic acid, 50% water
230
110
Chlorine gas, dry
210
99
Chlorine gas, wet
250
121
Chlorine, water
100
38
Chlorobenzene
210
99
Chloroform
230
110
Chlorosulfonic acid
80
27
Chromic acid, 10%
150
66
Chromic acid, 50%
150
66
Chromic chloride
210
99
Citric acid, 15%
120
49
Copper chloride
300
149
Copper cyanide
300
149
Copper sulfate
300
149
Cresol
270
132
(continued)
Corrosion of Linings and Coatings
392
CAT8247—CHAPTER 6—6/10/2006—12:32—SRIDHAR—XML MODEL B–pp. 287–402