ABSTRACT
Chemical 8F 8C
Acetaldehyde 450 232
Acetamide 270 132
Acetic acid, 10% 400 204
Acetic acid, 50% 400 204
Acetic acid, 80% 400 204
Acetic acid, glacial 400 204
Acetic anhydride 250 121
Acetone 250 121
Adipic acid 210 99
Allyl alcohol 120 49
Allyl chloride 250 121
Alum 250 121
Aluminum chloride, aqueous 250 121
Aluminum chloride, dry 180 82
Aluminum fluoride X X
Aluminum hydroxide 250 121
Aluminum nitrate 100 38
Aluminum oxychloride 190 88
Aluminum sulfate 250 121
Ammonium bifluoride X X
Ammonium carbonate 250 121
Ammonium chloride, 10% 250 121
Ammonium chloride, 50% 250 121
Ammonium chloride, sat. 250 121
Ammonium fluoride, 10% X X
Ammonium fluoride, 25% X X
Ammonium hydroxide, 25% 250 121
Ammonium hydroxide, sat. 250 121
Ammonium nitrate 200 93
Ammonium persulfate 200 93
Ammonium phosphate 90 32
Ammonium sulfate, 10-40% 200 93
Amyl acetate 200 93
(continued)
Chemical 8F 8C
Amyl alcohol 250 121
Amyl chloride 250 121
Aniline 200 93
Antimony trichloride 250 121
Aqua regia 3:1 200 93
Barium carbonate 250 121
Barium chloride 250 121
Barium hydroxide 250 121
Barium sulfate 250 121
Barium sulfide 250 121
Benzaldehyde 200 93
Benzene 200 93
Benzene sulfonic acid, 10% 200 93
Benzoic acid 200 93
Benzyl alcohol 200 93
Benzyl chloride 200 93
Borax 250 121
Boric acid 300 149
Bromine gas, moist 250 121
Bromine liquid 90 32
Butadiene 90 32
Butyl acetate 250 121
Butyl alcohol 200 93
Butyric acid 200 93
Calcium bisulfite 250 121
Calcium carbonate 250 121
Calcium chlorate 200 93
Calcium chloride 200 93
Calcium hydroxide, 10% 250 121
Calcium hydroxide, sat. X X
Calcium hypochlorite 200 93
Calcium nitrate 100 38
Carbon bisulfide 250 121
Carbon dioxide, dry 160 71
Carbon dioxide, wet 160 71
Carbon disulfide 250 121
Carbon monoxide 450 232
Carbon tetrachloride 200 93
Carbonic acid 200 93
Cellosolve 160 71
Chloracetic acid, 50% water 250 121
Chloracetic acid 250 121
Chlorine gas, dry 450 232
Chlorine gas, wet 400 204
Chlorine, liquid 140 60
Chlorobenzene 200 93
Chloroform 200 93
Chlorosulfonic acid 200 93
(continued)
Chemical 8F 8C
Chromic acid, 10% 200 93
Chromic acid, 50% 200 93
Citric acid, 15% 200 93
Citric acid, conc. 200 93
Copper chloride 250 121
Copper sulfate 200 93
Cresol 200 93
Cupric chloride, 5% 160 71
Cupric chloride, 50% 160 71
Cyclohexane 200 93
Cyclohexanol
Dichloroacetic acid 310 154
Dichloroethane (ethylene
dichloride)
250 121
Ethylene glycol 210 99
Ferric chloride 290 143
Ferric chloride, 50% in water 280 138
Ferric nitrate, 10-50% 180 82
Ferrous chloride 200 93
Fluorine gas, dry 300 149
Fluorine gas, moist X X
Hydrobromic acid, dil. 200 93
Hydrobromic acid, 20% 200 93
Hydrobromic acid, 50% 200 93
Hydrochloric acid, 20% 200 93
Hydrochloric acid, 38% 200 93
Hydrocyanic acid, 10% 200 93
Hydrofluoric acid, 30% X X
Hydrofluoric acid, 70% X X
Hydrofluoric acid, 100% X X
Hypochlorous acid 190 88
Iodine solution, 10% 200 93
Ketones, general 200 93
Lactic acid, 25% 200 93
Lactic acid, conc. 200 93
Magnesium chloride 250 121
Malic acid 160 72
Methyl chloride 200 93
Methyl ethyl ketone 200 93
Methyl isobutyl ketone 200 93
Nitric acid, 5% 400 204
Nitric acid, 20% 400 204
Nitric acid, 70% 400 204
Nitric acid, anhydrous 250 121
Oleum 400 204
Perchloric acid, 10% 200 93
Perchloric acid, 70% 200 93
Phenol 200 93
(continued)
with selected corrodents. Table 2.3 provides the compatibility of impervious
graphite with selected corrodents.
