CCA wire combines the advantages of aluminum and copper. Aluminum has a lower density, which reduces the weight of the wire and lowers costs. And copper has high electrical conductivity. The use of copper clad aluminum wire can balance the need for light weight and electrical conductivity to a certain extent.

High conductivity CCA enameled wires usually have good corrosion resistance and durability. They are able to operate in harsh environmental conditions such as high humidity, chemicals and the presence of oxides. This makes them suitable for applications such as generators that need to operate in a variety of environments.

Copper-clad aluminum wires are usually coated with an insulating enamel on the aluminum core heart to provide electrical insulation and mechanical protection. Enameled insulation prevents short-circuiting between wires while providing wire durability and insulation. Enameled insulation also helps reduce the resistance of copper-clad aluminum wire.


Highly conductive copper-clad aluminum enameled wires are often used for wire connections inside generators. Generators need to efficiently convert mechanical energy into electrical energy and output power. High conductivity copper-clad aluminum wire provides lower resistance, reduces energy loss, and increases the efficiency of the generator.

Selecting the appropriate enameled wire requires consideration of factors such as current load, temperature environment, mechanical strength and durability. When selecting high conductivity CCA enameled wire, you need to ensure that it meets the relevant international or industry standards to ensure quality and safety.

High conductivity CCA enameled wires have a wide range of applications in the field of generators. They can be used for various wire connections inside the generator, such as stator coils, rotor coils and windings. These wires can withstand the high temperatures and currents generated by generators.

Although high conductivity CCA enameled wires are advantageous in some applications, pure copper wires may be more appropriate for applications that require very high conductivity, such as high power generators. When selecting wire, evaluation and selection should be based on the requirements of the specific application and environmental conditions.