Copper Wire

Copper wire is a linear conductor made from copper or copper alloys as its core material. With its high electrical conductivity, excellent ductility, and good corrosion resistance, it has become a critical material in power transmission, electronic equipment, communications, and other fields. It can be produced from pure copper or alloys such as brass and bronze, available in forms including round wire, flat wire, and special-shaped wire. Performance-wise, it is categorized into soft, hard, and semi-hard conditions to suit different application requirements. Manufacturing processes include smelting, drawing, heat treatment, and coating (e.g., tin-plating, silver-plating). It can be produced in ultra-fine to large-diameter specifications, serving both high-voltage transmission and distribution lines, as well as electronic component connections, communication cables, mechanical parts, and decorative items. Copper wire combines practicality with versatility.NameCopper WireStandardASTM B49-15: UNS number C10200, OFC Grade Product Details Annealed Copper Wire size from 2.5 MM to 0.15 MM Un-annealed Copper Wire size from 0.15 MM to 5.5 MMCopper Composition99.99% (Min), Oxygen < 5 ppm Size Tolerance +/- 0.30 % - 1 % Depending upon the final size ConditionAnnealed / Unannealed Electric Conductivity100 % MinimumResistivity0.017241 mΩ.mm2/m (Max)Elongation20% Minimum for 0.3 - 0.50  25% Minimum for 0.51 - 1.36  30% Minimum > 1.36 mmTensile strength270 - 300MpaPackagingA) Compact coiled bundle, sizes as required by customers around 2 MT      single coil weight. (Packed on wooden Pallet) duly covered with special heat shrink PE material. B) Coiled in steel baskets(returnable) up to 2 MT for local customers only  C) Un-annealed wire either in loose bundles stacked on wooden pallets or in individual coil. Weight of individual coil as per the customer requirements.
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Annealed Copper Wire

Copper wire is a linear conductor made from copper or copper alloys as its core material. With its high electrical conductivity, excellent ductility, and good corrosion resistance, it has become a critical material in power transmission, electronic equipment, communications, and other fields. It can be produced from pure copper or alloys such as brass and bronze, available in forms including round wire, flat wire, and special-shaped wire. Performance-wise, it is categorized into soft, hard, and semi-hard conditions to suit different application requirements. Manufacturing processes include smelting, drawing, heat treatment, and coating (e.g., tin-plating, silver-plating). It can be produced in ultra-fine to large-diameter specifications, serving both high-voltage transmission and distribution lines, as well as electronic component connections, communication cables, mechanical parts, and decorative items. Copper wire combines practicality with versatility.NameAnnealed Copper WireStandardASTM B49-15: UNS number C10200, OFC Grade Product Details Annealed Copper Wire size from 2.5 MM to 0.15 MM Un-annealed Copper Wire size from 0.15 MM to 5.5 MMCopper Composition99.99% (Min), Oxygen < 5 ppm Size Tolerance +/- 0.30 % - 1 % Depending upon the final size ConditionAnnealed / Unannealed Electric Conductivity100 % MinimumResistivity0.017241 mΩ.mm2/m (Max)Elongation20% Minimum for 0.3 - 0.50  25% Minimum for 0.51 - 1.36  30% Minimum > 1.36 mm
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Enameled Copper Wire

Copper wire is a linear conductor made from copper or copper alloys as its core material. With its high electrical conductivity, excellent ductility, and good corrosion resistance, it has become a critical material in power transmission, electronic equipment, communications, and other fields. It can be produced from pure copper or alloys such as brass and bronze, available in forms including round wire, flat wire, and special-shaped wire. Performance-wise, it is categorized into soft, hard, and semi-hard conditions to suit different application requirements. Manufacturing processes include smelting, drawing, heat treatment, and coating (e.g., tin-plating, silver-plating). It can be produced in ultra-fine to large-diameter specifications, serving both high-voltage transmission and distribution lines, as well as electronic component connections, communication cables, mechanical parts, and decorative items. Copper wire combines practicality with versatility.
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Pure Copper Wire

Copper wire is a linear conductor made from copper or copper alloys as its core material. With its high electrical conductivity, excellent ductility, and good corrosion resistance, it has become a critical material in power transmission, electronic equipment, communications, and other fields. It can be produced from pure copper or alloys such as brass and bronze, available in forms including round wire, flat wire, and special-shaped wire. Performance-wise, it is categorized into soft, hard, and semi-hard conditions to suit different application requirements. Manufacturing processes include smelting, drawing, heat treatment, and coating (e.g., tin-plating, silver-plating). It can be produced in ultra-fine to large-diameter specifications, serving both high-voltage transmission and distribution lines, as well as electronic component connections, communication cables, mechanical parts, and decorative items. Copper wire combines practicality with versatility.
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