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1 | | | cuni44 nickel copper alloy wire
Specification: Cu Ni Mn Other Rest 44.00 1.50 ¡ª¡ª
Detail: Physical Properties of CuNi Wires Resisitivity Melting Point Tensile Strength Extension Resistance Temperature Coefficient Density Max. Working Temperature ¡æ ¡Ý *** ¡Ý % £¼ g/c©O ¡æ 0.49 1280 420 25 ¡À6 8.9 400
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2 | | | cuni34 nickel copper alloy wire
Specification: Cu Ni Mn Other Rest 34.00 1.00 ¡ª¡ª
Detail: Physical Properties of CuNi Wires Resisitivity Melting Point Tensile Strength Extension Resistance Temperature Coefficient Density Max. Working Temperature ¡æ ¡Ý *** ¡Ý % £¼ g/c©O ¡æ 0.4 1180 400 25 0 8.9 350
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3 | | | cuni30 nickel copper alloy wire
Specification: Cu Ni Mn Other Rest 30.00 1.00 ¡ª¡ª
Detail: Physical Properties of CuNi Wires Resisitivity Melting Point Tensile Strength Extension Resistance Temperature Coefficient Density Max. Working Temperature ¡æ ¡Ý *** ¡Ý % £¼ g/c©O ¡æ 0.35 1170 400 25 1 8.9 350
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4 | | | cuni23 nickel copper alloy wire
Specification: Cu Ni Mn Other Rest 23.00 1.00 ¡ª¡ª
Detail: Physical Properties of CuNi Wires Resisitivity Melting Point Tensile Strength Extension Resistance Temperature Coefficient Density Max. Working Temperature ¡æ ¡Ý *** ¡Ý % £¼ g/c©O ¡æ 0.3 1150 350 25 1.6 8.9 300
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5 | | | cuni19 nickel copper alloy wire
Specification: Cu Ni Mn Other Rest 19.00 0.50 ¡ª¡ª
Detail: Physical Properties of CuNi Wires Resisitivity Melting Point Tensile Strength Extension Resistance Temperature Coefficient Density Max. Working Temperature ¡æ ¡Ý *** ¡Ý % £¼ g/c©O ¡æ 0.25 1135 340 25 2.5 8.9 300
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6 | | | cuni14 nickel copper alloy wire
Specification: Cu Ni Mn Other Rest 14.00 0.30 ¡ª¡ª
Detail: Physical Properties of CuNi Wires Resisitivity Melting Point Tensile Strength Extension Resistance Temperature Coefficient Density Max. Working Temperature ¡æ ¡Ý *** ¡Ý % £¼ g/c©O ¡æ 0.2 1115 310 25 3.8 8.9 300
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7 | | | cuni10 nickel copper alloy wire
Specification: Chemical Composition of CuNi Alloys Chemical Composition %
Detail: Physical Properties of CuNi Wires Resisitivity Melting Point Tensile Strength Extension Resistance Temperature Coefficient Density Max. Working Temperature ¡æ ¡Ý *** ¡Ý % £¼ g/c©O ¡æ 0.15 1100 290 25 5 8.9 250
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8 | | | cuni8 nickel copper alloy wire
Specification: Chemical Composition of CuNi Alloys Chemical Composition %
Detail: Physical Properties of CuNi Wires Resisitivity Melting Point Tensile Strength Extension Resistance Temperature Coefficient Density Max. Working Temperature ¡æ ¡Ý *** ¡Ý % £¼ g/c©O ¡æ 0.12 1097 270 25 5.7 8.9 250
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9 | | | cuni6 nickel copper alloy wire
Specification: Chemical Composition of CuNi Alloys Chemical Composition %
Detail: Physical Properties of CuNi Wires Resisitivity Melting Point Tensile Strength Extension Resistance Temperature Coefficient Density Max. Working Temperature ¡æ ¡Ý *** ¡Ý % £¼ g/c©O ¡æ 0.1 1095 250 25 6 8.9 220
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10 | | | cuni2 nickel copper alloy wire
Specification: Chemical Composition of CuNi Alloys Chemical Composition %
Detail: Physical Properties of CuNi Wires Resisitivity Melting Point Tensile Strength Extension Resistance Temperature Coefficient Density Max. Working Temperature ¡æ ¡Ý *** ¡Ý % £¼ g/c©O ¡æ 0.05 1090 220 25 12 8.9 200
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