Zhongmai Metal Wire offers high-quality metal conductor solutions

Copper wire processing

Copper wire processing uses copper rods as raw material and, through a series of processes—including drawing, annealing, tinning, stranding, and insulation—produces copper wires and copper conductors of various diameters, performance characteristics, and forms. This process constitutes the core manufacturing stage for products such as electric wires and cables, enameled wires, and electronic lead wires.

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Copper wire processing

Copper wire processing uses copper rods as raw material and, through a series of processes—including drawing, annealing, tinning, stranding, and insulation—produces copper wires and copper conductors of various diameters, performance characteristics, and configurations. This process constitutes the core manufacturing stage for products such as electric wires and cables, enameled wires, and electronic lead wires.

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Aluminum wire processing

Aluminum wire processing uses electrical-grade round aluminum rods as raw material and, through processes such as drawing, annealing, surface treatment, stranding, and alloying, produces aluminum wires and aluminum conductors with various diameters and performance characteristics. This is a critical manufacturing step in the production of electric wires and cables, overhead conductors, enameled wires, and hardware wire meshes, among other applications.

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Overhead line

Overhead power lines, erected on the ground or on poles and towers for long-distance transmission of electrical energy, consist of conductors, overhead ground wires, poles and towers, insulators, and hardware fittings, and constitute the core component of the power transmission network.

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Steel-core aluminum stranded wire

Composite overhead conductors featuring a steel core for mechanical strength and an outer layer of stranded aluminum wires combine aluminum’s excellent electrical conductivity with steel’s high tensile strength, making them the most widely used conductor type for high- and extra-high-voltage transmission lines worldwide.

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Copper Conductor Processing

Conductors made from high-purity copper are currently the materials with the best electrical conductivity and the widest range of applications, extensively used in wires and cables, electric motors, transformers, electronic appliances, and other fields. They serve as the core materials for power transmission and signal transmission.

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Aluminum beans

Aluminum pellets are spherical, near-spherical, or cylindrical particles made from high-purity aluminum through melting, granulation, or cutting. They serve as a core industrial feedstock in metallurgy, casting, thin-film deposition, additive manufacturing, and other fields, characterized by high purity, uniform particle size, ease of feeding, and stable reactivity.

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Aluminum granules

Aluminum granules are granular products made from high-purity aluminum, primarily used in steelmaking for deoxidation, alloying, and refining molten steel. They are a critical auxiliary material in the metallurgical industry, characterized by rapid reactivity, high purity, and ease of use.

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Power cable

Cable products designed for the transmission and distribution of high-power electrical energy can be installed underground, routed through conduits, or mounted on cable trays. Featuring insulation, shielding, and protective sheathing, they ensure safe and reliable operation and serve as core equipment for urban power grids, industrial power supply systems, and building electrical distribution networks.

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Power cable

Cable products designed for the transmission and distribution of high-power electrical energy can be installed underground, routed through conduits, or laid on cable trays. Featuring insulation, shielding, and protective sheathing, they ensure safe and reliable operation and serve as core equipment for urban power grids, industrial power supply systems, and building electrical distribution networks.

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Power cable

Cable products designed for the transmission and distribution of high-power electrical energy can be installed underground, routed through conduits, or laid on cable trays. Featuring insulation, shielding, and protective sheathing, they ensure safe and reliable operation and serve as core equipment for urban power grids, industrial power supply systems, and building distribution networks.

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Power cable

Cable products designed for the transmission and distribution of high-power electrical energy can be installed underground, routed through conduits, or laid on cable trays. Featuring insulation, shielding, and protective sheathing, they ensure safe and reliable operation and serve as core equipment for urban power grids, industrial power supply systems, and building electrical distribution networks.

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