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Media |
temperature/℃ |
Corrosion grade |
||||
1 |
indoor temperature boiling |
0.000/0.345 |
excellent/good | |||
5 |
indoor temperature boiling |
0.000/6.530 |
excellent/bad | |||
10 |
indoor temperature boiling |
0.175/40.87 |
good/bad | |||
20 |
indoor temperature |
1.340/— |
bad/— | |||
35 |
indoor temperature |
6.660/— |
bad/— | |||
5 |
indoor temperature boiling |
0.000/13.01 |
good/bad | |||
10 |
indoor temperature |
0.230/— |
good/— | |||
60 |
indoor temperature |
0.277/— |
good/bad | |||
80 |
indoor temperature |
32.660/— |
bad/— | |||
95 |
indoor temperature |
1.400/— |
bad/— | |||
37 |
indoor temperature boiling |
0.000/<0.127 |
excellent/excellent | |||
64 |
indoor temperature boiling |
0.000/<0.127 |
excellent/excellent | |||
95 |
indoor temperature |
0.0025/— |
excellent/— | |||
10 |
indoor temperature boiling |
0.000/6.400 |
excellent/bad | |||
30 |
indoor temperature boiling |
0.000/17.600 |
excellent/bad | |||
50 |
indoor temperature |
0.097/— |
excellent/— | |||
20 |
indoor temperature boiling |
<0.127/<0.127 |
excellent/excellent | |||
1:3 |
indoor temperature boiling |
0.0040/0.127 |
excellent/excellent | |||
3:1 |
indoor temperature |
<0.127/— |
excellent/— | |||
7:3 |
indoor temperature |
<0.127/— |
excellent/— | |||
4:6 |
indoor temperature |
<0.127/— |
excellent/— | |||
acetate |
100 |
indoor temperature boiling |
0.000/0.000 |
excellent/excellent | ||
50 |
indoor temperature |
0.000/— |
excellent/— | |||
5 |
indoor temperature boiling |
0.127/29.390 |
good/bad | |||
10 |
indoor temperature |
0.008/— |
excellent/— | |||
10 |
indoor temperature boiling |
0.000/0.033 |
excellent/ excellent | |||
25 |
boiling |
—/0.028 |
—/ excellent | |||
10 |
boiling |
—/1.270 |
—/good | |||
25 |
—/100 |
—/2.440 |
—/bad | |||
50 |
—/100 |
—/7.620 |
—/bad | |||
tannic acid |
25 |
indoor temperature boiling |
<0.127/<0.127 |
excellent/ excellent | ||
50 |
indoor temperature boiling |
<0.127/<0.127 |
excellent/ excellent | |||
100 |
indoor temperature boiling |
<0.127/<0.127 |
excellent/ excellent | |||
10 |
boiling |
—/0.020 |
—/ excellent | |||
20 |
indoor temperature boiling |
<0.127/<0.127 |
excellent/ excellent | |||
50 |
indoor temperature boiling |
<0.0025/0.0508 |
excellent/ excellent | |||
73 |
boiling |
—/0.127 |
—/excellent | |||
10 |
boiling |
—/<0.127 |
—/excellent | |||
25 |
boiling |
—/0.305 |
—/good | |||
50 |
30/ boiling |
0.000/2.743 |
excellent/bad | |||
28 |
indoor temperature |
0.0025/— |
excellent/— | |||
20 |
indoor temperature boiling |
<0.127/<0.127 |
excellent/ excellent | |||
20 |
indoor temperature |
0.0708/— |
excellent/— | |||
40 |
indoor temperature /95 |
0.000/0.002 |
excellent/ excellent | |||
30 |
indoor temperature boiling |
0.000/<0.127 |
excellent/ excellent | |||
Lead dichloride |
10 |
<0.127/<0.127 | ||||
50 |
<0.127/<0.127 | |||||
10 |
<0.127/<0.000 | |||||
10 |
<0.127/<0.000 | |||||
25 |
<0.127/<0.127 | |||||
10 |
<0.127/<0.127 | |||||
5-10 |
<0.127/<0.127 | |||||
20 |
<0.127/<0.127 | |||||
20 |
<0.127/<0.127 | |||||
20℃saturation |
<0.127/<0.127 | |||||
50 |
<0.127/<0.127 | |||||
Zincum Snlfuricum |
20℃saturation |
<0.127/<0.127 | ||||
10 |
<0.127/<0.127 | |||||
30 |
<0.127/<0.127 | |||||
11 |
indoor temperature |
<0.127/— |
excellent /— | |||
Steam and liquid |
80 |
0.005 |
excellent | |||
Steam and liquid |
boiling |
0.005 | ||||
tetrachloroethylene |
100% Steam and liquid |
0.0005 | ||||
tetrachloroethylene(H2O) |
0.0005 | |||||
0.003 | ||||||
trichloromethane(H2O) |
|
0.127 |
good | |||
99%Steam and liquid |
0.00254 |
excellent | ||||
99 |
0.00254 | |||||
37 |
0.127 |
good | ||||
methanal(2.5%H2SO4) |
50 |
0.305 |
good |
2.In most medium, especially in neutral, oxidizing medium and seawater, pure titanium has high corrosion resistance. The corrosion resistance of titanium is much higher than aluminum alloy, stainless steel and nickel alloy in sea water; in industry, agriculture and the Marine environment, the color of titanium surface won’t change after several years. In hydrofluoric acid, sulfuric acid, hydrochloric acid, orthophosphoric acid and some hot concentrated organic acid, titanium can be easily corroded.
3.Localized corrosion and intergranular corrosion won’t happen to titanium, it happens uniformly. 4.The corrosion resistance of titanium alloy is similar with pure titanium, that’s why titanium alloy can be widely used in chemical and shipbuilding.
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Call: +86-(0)917-3565328
No.195 Gaoxin Road
Titinum Valley Building
Baoji Hi-tech Zone
Shaanxi province, China