TABLE 4.5 Continued
Maximum Te mperature
Chemical
8 F
8 C
Benzyl chloride
60
16
Borax
250
121
Boric acid, 4%
200
93
Bromine gas, dry
XX
Bromine gas, moist
XX
Bromine, liquid
XX
Butadiene
100
38
Butyl acetate1 70
77
Butyl alcohol
140
60
n -Butylamine
XX
Butyric acid
210
99
Calcium bisulfide
Calcium bisulfite
200
93
Calcium carbonate3 00
149
Calcium chlorate
200
93
Calcium chloride, 37.5%
190
88
Calcium hydroxide, sat.
180
82
Calcium hypochlorite, 70%
150
66
Calcium nitrate2 50
121
Calcium sulfate
250
121
Caprylic acid
XX
Carbon bisulfide
100
38
Carbon dioxide, dry
200
93
Carbon disulfide1 00
38
Carbon monoxide
80
27
Carbon tetrachloride1 70
77
Carbonic acid
200
93
Cellosolve
140
60
Chloroacetic acid, 92% water
150
66
Chloroacetic acid
XX
Chlorine gas, dry
150
66
Chlorine gas, wet
XX
Chlorobenzene
150
66
Chromic acid,50%
XX
Chloroform
1104 3
Chlorosulfonic acid
XX
Chromic acid,10%
1104 3
Citric acid, 15%
190
88
Citric acid, 32%
190
88
Copper acetate
200
93
Copper carbonate
150
66
Copper chloride2 50
121
Copper cyanide
150
66
Copper sulfate, 17%
210
99
Cresol
100
38
Cupric chloride, 5%
80
27
Cupric chloride, 50%
80
27
Cyclohexane
90
32
Cyclohexanol
80
27
Dichloroacetic acid
XX
(continued)
Corrosion of Linings and Coatings
90
CAT8247—CHAPTER 4—17/10/2006—14:33—SRIDHAR—XML MODEL B–pp. 69–174