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Media Conc. Temperature Corrosion Rate Ref. Remarks
% oF oC mpy mm/yr
Dichloroacetic acid 100 212 100 <0.5 <0.013 3-1
Dichloroacetic acid 100 boiling - <5 <0.13 3-18
Dichloroacetic acid (nonaerated) 100 boiling - 0.29 0.007 3-16
Dichlorobenzene + 4-5% HCl - 355 179 4 0.102 2-2
Diethylene triamine 100 68.5 20 nil - 1
Ethyl alcohol 95 boiling - 0.5 0.013 3-1
Ethyl alcohol 100 68.5 20 nil - 1
Ethylene diamine 100 68.5 20 nil - 1
Ethylene dichloride 100 boiling - 0.2-5.0 .005-.127 1 (also ref. 3-18)
Ethylene dichloride (liquid and vapor) 100 boiling - 0.18 0.005 3-16
Ethylene dichloride + 50% water 50 77 25 0.2 0.005 1
Ferric chloride 30 212 100 <1 <0.03 2-20
Ferric chloride 50 235 113 0.7 0.018 2-7
Ferric chloride 50 236 113 nil - 5 boiling
Ferric chloride 50 302 150 0.1 0.003 2-7
Ferric chloride 10-20 68.5 20 nil - 5
Ferric chloride 10-30 212 100 <0.5 <0.13 5
Ferric chloride 10-40 boiling - nil - 5
Ferric chloride 1-30 212 100 nil - 2-1
Ferric chloride (ammonia & fatty acids present) - 215 102 <0.1 <0.003 2-3
Ferric sulfate * 9 H20 10 68.5 20 nil - 1
Ferrous chloride + 0.5% HCl + 3% resorcinal, pH 1 30 175 79 0.2 0.005 1
Ferrous sulfate saturated 68.5 20 nil - 1
Fluorine commercial               gas 109 oF, liquid 43 oF 18-34 0.46-0.86 1,5 gas-liquid alternated
Fluorine, HF free, gas gas -320 -196 0.42 0.011 1
Fluorine, HF free, liquid liquid -320 -196 0.08 0.002 1
Fluorine, HF,  liquid liquid -320 -196 <0.43 <0.011 1
Fluoroboric acid 5-20 elevated - rapid - 1
Fluorosilicic acid 10 68.5 20 1870 47.5 1
Food products - ambient - no attack - 5 no attack
Formaldehyde 37 boiling - 0.10 0.003 3-1
Formaldehyde + 2.5% H2S04 50 158 70 12 0.305 3-1
Formamide vapor (in presence of Mn catalyst) - 572 300 0.1 0.003 3-1
Formic acid 9 122 50 <5 <0.127 1
Formic acid (aerated) 10 212 100 0.18 0.005 2-27
Formic acid (aerated) 25 212 100 0.04 0.001 2-27
Formic acid (aerated) 50 212 100 0.04 0.001 2-27
Formic acid (aerated) 90 212 100 0.05 0.001 2-27
Formic acid (nonaerated) 10 212 100 nil - 2-27
Formic acid (nonaerated) 25 212 100 96 2.44 2-27
Formic acid (nonaerated) 50 212 100 300 7.620 2-27
Formic acid (nonaerated) 90 212 100 118 2.997 2-27
Formic acid + traces of cyclohexane 9 113 45 <0.1 <0.003 3-1
Furfural 100 68.5 20 nil - 1
Gluconic acid 50 68.5 20 nil - 1
Glycerin 68.5 20 nil - 1
HOCl + ClO2 & Cl2 gases, intermittent gas-liquid  exposure 17.0 100 38 0.001 0.00003 2-2
Hydrochloric acid 0.1 boiling - 3.9 0.1 5
Hydrochloric acid 0.5 70 21 0.3 0.008 2-8
Hydrochloric acid (aerated) 0.5 95 35 0.04 0.001 3-1 commercially pure titanium
Hydrochloric acid 0.5 195 91 0.3 0.008 2-8
Hydrochloric acid (aerated) 1 60 16 0.004 0.0001 1
Hydrochloric acid (aerated) 1 100 38 1.2 0.030 3-1 Ti 75A
Hydrochloric acid (aerated) 1 100 38 0.46 0.012 1
Hydrochloric acid 1 140 60 0.1 0.003 2-1
Hydrochloric acid (aerated) 1 140 60 0.11 0.003 3-1 commercially pure titanium
Hydrochloric acid (aerated) 1 150 66 1.8 0.046 3-1 Ti 75A
Hydrochloric acid (aerated) 1 200 93 9.6 0.24 3-1 Ti 75A
Hydrochloric acid 1 212 100 18 0.46 2-1
Hydrochloric acid (aerated) 1 212 100 18.5 0.47 3-1 commercially pure titanium
Hydrochloric acid 1 boiling - 100 2.54 5
Hydrochloric acid 1 boiling - 70.9 1.8 5
Hydrochloric acid 1.5 212 100 173 4.4 2-1
Hydrochloric acid (aerated) 2 60 16 0.016 0.000 1
Hydrochloric acid 2 95 35 1 0.025 2-1
Hydrochloric acid (aerated) 2 95 35 1 0.025 3-7 consolidated ti powder
Hydrochloric acid (nitrogen aerated) 2 95 35 4 0.10 3-7 consolidated ti powder
Hydrochloric acid (aerated) 2 100 38 1.2 0.030 3-1 Ti 75A
Hydrochloric acid 2 140 60 0.60 0.015 2-1
Hydrochloric acid (aerated) 2 150 66 26.4 0.67 3-1 Ti 75A
Hydrochloric acid (aerated) 2 212 100 272 6.9 3-1 commercially pure titanium
Hydrochloric acid (aerated) 3 140 60 0.38 0.010 3-1 commercially pure titanium
Hydrochloric acid (aerated) 3 212 100 696 17.7 3-1 commercially pure titanium
Hydrochloric acid (chlorine saturated) 3 374 190 <1 <0.13 2-20
Hydrochloric acid (nitrogen saturated) 3 374 190 >1120 >28 2-20
Hydrochloric acid (oxygen saturated) 3 374 190 >1120 >28 2-20
Hydrochloric acid 3 boiling - 550 14.0 5
Hydrochloric acid 3.6 70 21 0.40 0.0 2-8
Hydrochloric acid 4 95 35 2 0.1 2-1
Hydrochloric acid (aerated) 4 95 35 2 0.1 3-7 powder consolidation
Hydrochloric acid (nitrogen aerated) 4 95 35 10 0.3 3-7 powder consolidation
Hydrochloric acid 4 140 60 43 1.1 2-1
Hydrochloric acid (aerated) 4 140 60 43 1.1 3-1 commercially pure titanium
Hydrochloric acid (aerated) 4 150 66 44 1.1 3-1 Ti 75A
Hydrochloric acid 4 212 100 938 23.8 2-1
Hydrochloric acid (aerated) 5 60 16 1.07 0.027 1
Hydrochloric acid (aerated) 5 95 35 1.5 0.038 1
Hydrochloric acid (aerated) 5 100 38 14 0.4 3-1 Ti 75A
Hydrochloric acid (aerated) 5 140 60 42 1.1 3-1 commercially pure titanium
Hydrochloric acid 5 200 93 276 7.01 4 unhibited
Hydrochloric acid (aerated) 5 200 93 260 6.6 3-1 Ti 75A
Hydrochloric acid 5 212 100 >1120 >28 2-20
Hydrochloric acid (chlorine saturated) 5 374 190 <1 <0.03 2-20
Hydrochloric acid (nitrogen saturated) 5 374 190 >1120 >28 2-20
Hydrochloric acid (oxygen saturated) 5 374 190 >1120 >28 2-20
Hydrochloric acid 5 boiling - 400 10.2 5
Hydrochloric acid (aerated) 5 68.5 20 0.1 0.0 3-1 commercially pure titanium
Hydrochloric acid 6 140 60 131 3.3 2-1
Hydrochloric acid (aerated) 7.5 95 35 15 0.4 3-1 commercially pure titanium
Hydrochloric acid 10 70 21 <1 <0.03 2-8
Hydrochloric acid 10 95 35 35 0.9 2-1
Hydrochloric acid (aerated) 10 95 35 42 1.1 3-1 commercially pure titanium
Hydrochloric acid (aerated) 10 95 35 35 0.9 3-7 powder consolidation
Hydrochloric acid (aerated) 10 95 35 40 1.02 1
Hydrochloric acid (nitrogen aerated) 10 95 35 26 0.7 3-7 powder consolidation
Hydrochloric acid (aerated) 10 100 38 48 1.2 3-1 Ti 75A
Hydrochloric acid 10 140 60 351 8.9 2-1
Hydrochloric acid (aerated) 10 150 66 120 3.0 3-1 Ti 75A
Hydrochloric acid (aerated) 10 200 93 960 24.4 3-1 Ti 75A
Hydrochloric acid (chlorine saturated) 10 374 190 >1120 >28 2-20
Hydrochloric acid (nitrogen saturated) 10 374 190 >1120 >28 2-20
Hydrochloric acid (oxygen saturated) 10 374 190 >1120 >28 2-20
Hydrochloric acid 15 95 35 93 2.4 2-1
Hydrochloric acid (aerated) 15 95 35 64.7 1.6 3-1 commercially pure titanium
Hydrochloric acid (aerated) 15 95 35 93 2.4 3-7 powder consolidation
Hydrochloric acid (nitrogen aerated) 15 95 35 63 1.6 3-7 powder consolidation
Hydrochloric acid 15 140 60 789 20 2-1
Hydrochloric acid (nitrogen saturated) 15 374 190 >1120 >28 2-20
Hydrochloric acid 20 95 35 165 4.2 2-1
Hydrochloric acid (aerated) 20 95 35 165 4.2 3-7 powder consolidation
Hydrochloric acid (aerated) 20 95 35 175 4.4 1
Hydrochloric acid (nitrogen aerated) 20 95 35 133 3.4 3-7 powder consolidation
Hydrochloric acid (aerated) 20 100 38 72 1.8 3-1 Ti 75A
Hydrochloric acid 20 140 60 1098 28 2-1
Hydrochloric acid (aerated) 20 150 66 336 8.5 3-1 Ti 75A
Hydrochloric acid (aerated) 20 68.5 20 20.4 0.52 3-1 commercially pure titanium
Hydrochloric acid (aerated) 37 95 35 600 15 3-1 commercially pure titanium
Hydrochloric acid (aerated) 37.5 95 35 1990 51 5
Hydrochloric acid 32-33 70 21 >57 >1.4 2-2
Hydrochloric acid + Cl2, 200 ppm free present 36 70 21 17 0.43 2-2
Hydrochloric acid + CrO3, 0.5% 5 100 38 nil - 5
Hydrochloric acid + CrO3, 0.5% 5 200 93 1.2 0.030 5
Hydrochloric acid + CrO3, 1% 5 100 38 nil - 2-4
Hydrochloric acid + CrO3, 1% 5 100 38 0.72 0.018 5
Hydrochloric acid + CrO3, 1% 10 150 66 nil-0.4 nil-.01 2-4
Hydrochloric acid + CrO3, 1% 5 200 93 1.2 0.030 5
Hydrochloric acid + CrO3, 5% 10 150 66 nil-0.2 nil-0.005 2-4
Hydrochloric acid + CuSO4 , 0.2% 10 150 66 nil - 2-3
Hydrochloric acid + CuSO4 , 0.20% 10 150 66 nil - 5
Hydrochloric acid + CuSO4 , 0.5% 10 150 66 nil-0.7 nil-0.02 2-3
Hydrochloric acid + CuSO4 ,1% 5 100 38 1.2 0.030 5
Hydrochloric acid + CuSO4 ,1% 5 200 93 3.6 0.091 5
Hydrochloric acid + CuSO4 ,1% 10 150 66 0.68 0.017 5
Hydrochloric acid + CuSO4 ,1% 10 150 66 0.07 0.0018 2-3
Hydrochloric acid + CuSO4 ,5% 5 100 38 0.8 0.020 5
Hydrochloric acid + CuSO4 ,5% 5 200 93 2.4 0.061 5
Hydrochloric acid + CuSO4, 0.05% 5 100 38 1.56 0.040 5
Hydrochloric acid + CuSO4, 0.05% 5 200 93 3.6 0.091 5
Hydrochloric acid + CuSO4, 0.05% 5 boiling - 2.5 0.064 5
Hydrochloric acid + CuSO4, 0.05% 10 150 66 0.68-1.32 0.017-0.025 5
Hydrochloric acid + CuSO4, 0.05% 10 150 66 0.7-1.3 0.02-0.03 2-3
Hydrochloric acid + CuSO4, 0.05% 10 boiling - 11.6 0.29 5
Hydrochloric acid + CuSO4, 0.1% 10 150 66 0.70 0.018 2-3
Hydrochloric acid + CuSO4, 0.2% + 0.2% organic amine 10 boiling - 9 0.229 5
Hydrochloric acid + CuSO4, 0.25% 10 150 66 Nil-0.7 nil-0.02 2-3
Hydrochloric acid + CuSO4, 0.5% 5 100 38 3.6 0.091 5
Hydrochloric acid + CuSO4, 0.5% 5 200 93 2.4 0.061 5
Hydrochloric acid + CuSO4, 0.5% 5 boiling - 3.3 0.084 5
Hydrochloric acid + CuSO4, 0.5% 10 150 66 nil-0.68 nil-0.23 5
Hydrochloric acid + CuSO4, 0.5% 10 boiling - 11.4 0.29 5
Hydrochloric acid + FeCl3, 0.05% (0.5 g/l ) 10 212 100 9 0.23 2-20
Hydrochloric acid + FeCl3, 0.1% 5 boiling - 0.4 0.01 1
Hydrochloric acid + FeCl3, 0.1% (1 g/l) 10 boiling - nil - 1
Hydrochloric acid + FeCl3, 1.6% (16 g/l) 10 212 100 6 0.15 2-20
Hydrochloric acid + FeCl3, 1.6% (16 g/l) 10 212 100 6 0.15 2-20
Hydrochloric acid + FeCl3, 4% + MgCl, 4% 19 180 82 20.1 0.51 1
Hydrochloric acid + FeCl3, 4% + MgCl, 4% + Cl2 saturated 19 180 82 18.1 0.46 1
Hydrochloric acid + H3PO4, 18% + HNO3, 5% 18 171 77 nil - 1
Hydrochloric acid + HNO3, 0.7% 10 150 66 1.30 0.03 2-3
Hydrochloric acid + HNO3, 1% 5 100 38 nil - 5
Hydrochloric acid + HNO3, 1% 5 200 93 3.6 0.091 5
Hydrochloric acid + HNO3, 10% 5 100 38 nil 5
Hydrochloric acid + HNO3, 10% 5 200 93 7.2 0.183 5
Hydrochloric acid + HNO3, 3% 8.5 176 80 2 0.051 5
Hydrochloric acid + HNO3, 5% 1 boiling - 2.9 0.074 5
Hydrochloric acid + HNO3, 5% 5 100 38 0.84 0.021 5
Hydrochloric acid + HNO3, 5% 5 200 93 1.2 0.030 5
Hydrochloric acid + HNO3, 5% + 1/7 g/l TiCl4 1 boiling - nil - 5
Hydrochloric acid + NaClO3, 2.5% 10.2 176 80 0.37 0.009 5
Hydrochloric acid + NaClO3, 5.0% 10.2 175 79 0.25 0.006 5
Hydrochloric acid + Ti4+, 5.8 g/l 20 boiling - nil - 1
Hydrochloric acid fumes (acid leach of  MgF2 slag) - 100 38 <0.1 <0.003 2-3 in digest fume scrubber
Hydrochloric acid saturated with Cl2, CO & CO2 1.0 80 27 1 0.03 2-2
Hydrochloric acid, 200 ppm Cl2 36 68.5 20 17 0.43 5
Hydrofluoric acid 1 80 27 5000 127 2-3
Hydrofluoric acid 48 80 27 176000 4470 2-3
Hydrofluoric acid + HNO3, 15% 1 68.5 20 rapid - 1
Hydrofluoric acid + HNO3, 5% 35 77 25 452 11 1
Hydrofluoric acid + HNO3, 5% 35 95 35 571 15 1
Hydrofluoric acid, anhydrous 100 68.5 20 5.0-50 0.127-1.27 1
Hydrogen chloride gas-air mixture air mixture 25-100 77-212 nil - 1
Hydrogen gas, CO & CO2 - 572 300 nil - 2-4 wt. gain, probable H2 pickup
Hydrogen gas, CO & CO2 - 572 300 nil - 2-8 wt. gain, probable H2 pickup
Hydrogen peroxide 3 68.5 20 <5 <0.127 1
Hydrogen peroxide 6 68.5 20 <5 <0.127 1
Hydrogen peroxide 30 68.5 20 <12 <0.305 1
Hydrogen peroxide + NaOH, 2% 1 140 60 2201 55.9 1
Hydrogen peroxide, pH 1 5 151 66 6.0 0.152 1
Hydrogen peroxide, pH 1 20 151 66 27.2 0.69 1
Hydrogen peroxide, pH 10 0.25 21 70 0.07 2.7 7 continuous sol'n replenish
Hydrogen peroxide, pH 10.0 0.25 27 80 1.73 68 7 continuous sol'n replenish
Hydrogen peroxide, pH 10.3 0.25 21 70 0.28 11 7 continuous sol'n replenish
Hydrogen peroxide, pH 10.6 0.25 21 70 0.91 36 7 continuous sol'n replenish
Hydrogen peroxide, pH 10.9 0.25 21 70 2.44 96 7 continuous sol'n replenish
Hydrogen peroxide, pH 11 0.08 158 70 16.5 0.42 1
Hydrogen peroxide, pH 11.2 0.25 21 70 0.48 19 7 continuous sol'n replenish
Hydrogen peroxide, pH 11.2 0.25 27 80 5.56 219 7 continuous sol'n replenish
Hydrogen peroxide, pH 11.3 0.25 21 70 1.55 61 7 continuous sol'n replenish
Hydrogen peroxide, pH 11.5 0.25 21 70 2.06 81 7 continuous sol'n replenish
Hydrogen peroxide, pH 12.0 0.25 21 70 8.89 350 7 continuous sol'n replenish
Hydrogen peroxide, pH 12.0 0.25 27 80 13.78 543 7 continuous sol'n replenish
Hydrogen peroxide, pH 12.0 + 1 ppm Ca++ 0.25 21 70 4 0.1 7 data taken from graph
Hydrogen peroxide, pH 12.0 + 10 ppm Ca++ 0.25 21 70 4 0.1 7 data taken from graph
Hydrogen peroxide, pH 12.0 + 100 ppm Ca++ 0.25 21 70 - nil 7 data taken from graph
Hydrogen peroxide, pH 12.0 + 100 ppm SiO32- 0.25 21 70 98 2.5 7 data taken from graph
Hydrogen peroxide, pH 12.0 + 1000 ppm SiO32- 0.25 21 70 8 0.2 7 data taken from graph
Hydrogen peroxide, pH 12.0 + 10000 ppm SiO32- 0.25 21 70 - nil 7 data taken from graph
Hydrogen peroxide, pH 12.1 0.25 21 70 8.43 332 7 continuous sol'n replenish
Hydrogen peroxide, pH 12.2 0.25 21 70 10.9 429 7 continuous sol'n replenish
Hydrogen peroxide, pH 12.4 0.25 21 70 10.62 418 7 continuous sol'n replenish
Hydrogen peroxide, pH 13 (argon aeration) 1 24 75 >330 >8.38 8
Hydrogen peroxide, pH 4 5 151 66 2.4 0.061 1
Hydrogen peroxide, pH 9.5 0.25 27 80 0.12 4.7 7 continuous sol'n replenish
Hydrogen sulfide (water saturated) 70 21 <0.5 <0.013 2-4
Hydrogen sulfide, steam & 0.077% mercaptans 7.65 200-230 93-110 nil - 1
Hydroxyacetic acid - 104 40 1.2 0.03 3-1
Hypochlorous acid + ClO2 and Cl2 gases 17 100 38 0.001 0.00003 1
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