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Copper C14420 Coil

Copper C14420 Coil

Copper C14420 Coil is a copper alloy that consists primarily of copper, manganese and nickel. This alloy has excellent hot formability characteristics, making it ideal for automotive, appliance and ventilation applications. Its high strength properties make it suitable for deep drawing manufacturing processes. The addition of manganese improves the material's mechanical properties, resulting in increased flexibility and corrosion resistance. At the same time, the presence of nickel imparts greater hardness and strength to the alloy.

Copper C14420 is a coil composed of 99.99% copper that offers high electrical and thermal conductivity, plus resistance to corrosion in many environments. Due to its impressive strength-to-weight ratio, it has a wide variety of possible uses, such as wiring for electronics, lighting applications, capacitors, transformers, motors and radiator fins. Its unique temperature stability maintains consistency even at extreme temperatures or under varying environmental conditions, making it suitable for hazardous locations.

Copper C14420 Coil is a copper alloy that consists primarily of copper, manganese and nickel. This alloy has excellent hot formability characteristics, making it ideal for automotive, appliance and ventilation applications. Its high strength properties make it suitable for deep drawing manufacturing processes. The addition of manganese improves the material's mechanical properties, resulting in increased flexibility and corrosion resistance. At the same time, the presence of nickel imparts greater hardness and strength to the alloy.

Copper C14420 is a coil composed of 99.99% copper that offers high electrical and thermal conductivity, plus resistance to corrosion in many environments. Due to its impressive strength-to-weight ratio, it has a wide variety of possible uses, such as wiring for electronics, lighting applications, capacitors, transformers, motors and radiator fins. Its unique temperature stability maintains consistency even at extreme temperatures or under varying environmental conditions, making it suitable for hazardous locations.

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