Copper
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CuA1
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CuA1
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Cu-ETP, E-Cu
Norms CW004A
Production technique Drawn, Rolled
Chemical composition | Mechanical characteristics | ||||||||||||||||||||||||||||
Cu | Be | Si | Density | W/m.k IACS |
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Reste | 99,9 | Other ≤ 0,1 | 8,9 | 389 W/m.K 100 |
Copper for electrical use, electro-erosion and Mechanics.
Electric, electro-erosion.
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CuB1
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CuB1
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Cu-DHP, SF-Cu
Norms CW024A
Production technique Drawn, Rolled
Chemical composition | Mechanical characteristics | ||||||||||||||||||||||||||||
Cu | Be | Si | Density | W/m.k IACS |
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Reste | 99,9 | ≤ 0,1 | 8,9 | 328 W/m.K 80 |
Copper with very high electrical and thermal conduction thanks to a quasi absence of oxygen.
Piping, electro-erosion.
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CuC1
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CuC1
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Cu-OF
Norms CW008A
Production technique Drawn, Rolled
Chemical composition | Mechanical characteristics | ||||||||||||||||||||||||||||
Cu | Be | Si | Density | W/m.k IACS |
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Reste | 99.95 | ≤ 0,05 | 8,9 | 389 W/m.K 100 |
Weldable copper, free of oxygen, insensitive to reducing atmospheres.
Electric, electro-erosion.
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CuC2
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CuC2
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Cu-OFE, OF-HC
Norms CW009A
Production tecnhique Drawn, Rolled
Chemical composition | Mechanical characteristics | ||||||||||||||||||||||||||||
Cu | Be | Si | Density | W/m.k IACS |
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Reste | 99,99 | ≤ 0,01 | 8,9 | 400 W/m.K 101,5 |
Weldable copper, free of oxygen, insensitive to reducing atmospheres.
Electric, electro-erosion.
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CuAg
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CuAg
Norms CW016A
Production technique Drawn, Rolled
Chemical composition | Mechanical characteristics | ||||||||||||||||||||||||||||
Cu | Ag | Rm | Rp | A% | HB | Density | W/m.k IACS |
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Reste | 0,1-0,2 | 250-360 | 200-350 | ≥7 | ≥70 | 8,9 | 380 W/m.K 95 |
Copper weakly alloyed with silver which increases the softening temperature without influencing the electrical conductivity. Suitable for continuous loads at high temperatures. Good resistance to corrosion.
Electric, electro-erosion.