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C |
Mn(2) |
Si |
Cr |
Ni(2) |
Mo |
W |
V |
Co |
Ti |
Al |
Cu |
P |
S |
| Absorption of neutrons |
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| Scaling resistance |
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| Resistance to corrosion |
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| Cutting capacity |
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| Mechinability |
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| Red brittlenes |
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| Susceptibility to cracking |
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| Susceptibility to overheating |
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| Temper brittleness |
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| Retention of hard. by tempering |
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| Throught hardening (1) |
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| Hardenability (hardness adoption by tempering |
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() 3
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() 3
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| Critical cooling rate (1) |
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| Remanence |
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| Permability |
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| Coercitivity |
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| Electric resistance |
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| Heat conductivity |
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| Carbide formation |
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| Gamma-area |
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| Point A3 |
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| Point A1 |
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| Strengh at high temp. |
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| Toughness |
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| Elongation |
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| Tensile strengh |
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increases, improves |
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x(1) |
strong dependance upon C-content |
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reduces, worsens |
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x(2) |
austentic steels with Ni and Mn can show a diffrent behavior |
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strongly increases, improves |
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x(3) |
dependent uponaustenizing temperature |
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strongly reduces, worsens |
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For properties, where no influence is indicated, the influence is not characteristic and/or not known.
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