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Materials
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category steelsspecific electrical resistance 0.73 – 0.8 Ω∙mm²/mtensile strain at break > 6 %
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category steelsspecific electrical resistance 0.7 – 0.81 Ω∙mm²/mtensile strain at break > 33.8 %
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category steelsspecific electrical resistance 0.696 – 0.8 Ω∙mm²/mtensile strain at break 5 – 86.3 %
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category structural steelsspecific electrical resistance 0.49 Ω∙mm²/mtensile strain at break 0.5 – 30 %
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category steelsspecific electrical resistance 0.73 – 0.8 Ω∙mm²/mtensile strain at break > 6 %
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category steelsspecific electrical resistance 0.559 – 0.6 Ω∙mm²/mtensile strain at break > 13 %
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category steelsspecific electrical resistance 0.6 Ω∙mm²/mtensile strain at break > 9 %
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category steelsspecific electrical resistance 0.73 – 0.735 Ω∙mm²/mtensile strain at break > 12 %
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category steelsspecific electrical resistance 0.75 Ω∙mm²/mtensile strain at break > 12 %
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category steelsspecific electrical resistance 0.85 Ω∙mm²/mtensile strain at break > 30 %
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category steelsspecific electrical resistance 0.73 Ω∙mm²/mtensile strain at break > 30 %
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category steelsspecific electrical resistance 0.6 Ω∙mm²/mtensile strain at break > 20 %
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category steelsspecific electrical resistance 0.75 Ω∙mm²/mtensile strain at break > 20 %
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category steelsspecific electrical resistance 0.6 Ω∙mm²/mtensile strain at break > 20 %
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category steelsspecific electrical resistance 0.72 – 0.73 Ω∙mm²/mtensile strain at break > 1 %
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category steelsspecific electrical resistance 0.75 Ω∙mm²/mtensile strain at break > 1 %
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category steelsspecific electrical resistance 0.6 Ω∙mm²/mtensile strain at break > 1 %
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category steelsspecific electrical resistance 0.75 Ω∙mm²/mtensile strain at break > 12 %
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category steelsspecific electrical resistance 0.7 – 0.8 Ω∙mm²/mtensile strain at break 4.1 – 64.9 %
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category steelsspecific electrical resistance 0.7 – 0.8 Ω∙mm²/mtensile strain at break > 10 %
