Copper wire plays a vital role in many industrial applications. The 1060 mm Copper Polyester Resin Enameled Wire Winding is highly sought after for its superior performance and versatility.

The size of this -1.06mm cable makes it suitable for a variety of electrical applications, with an optimal balance of thickness and flexibility for efficient winding and installation. The polyester resin enamel coating acts as an insulator, protecting the cable from electrical faults and ensuring reliable performance.



Applications:

Transformers: Transformers rely on copper wire windings to transfer electrical energy between different voltage levels.

The 1,060 mm copper-polyester resin enameled wire windings allow for precise winding configurations and ensure reliable, efficient power conversion.

Inductors and coils: Inductors and coils are key components in electronic circuits for energy storage, filtering and signal processing.

1060mm copper polyester resin enameled wire windings provide the electrical performance and mechanical strength required for these applications.

Electric Motors: 1060mm copper polyester resin enameled wire windings are widely used in the construction of electric motors. Their excellent electrical conductivity ensures efficient power transmission, while the enamel coating provides excellent insulation, preventing short circuits and maintaining the integrity of the winding.

Advantages:

Versatility: Its flexibility allows for easy winding and installation to meet a variety of design requirements.

Superior Conductivity: The 1,060mm copper-polyester resin enameled wire winding maintains this conductivity for minimal energy loss and optimal performance.

Improved insulation: The polyester resin enamel coating acts as a robust insulating layer, protecting the cable from external influences such as humidity, heat and mechanical stress.

Conclusion:

The 1060mm copper polyester resin enameled wire winding offers an excellent combination of electrical conductivity, insulation and versatility. Its use in electric motors, transformers and electronic circuits proves its reliability and efficiency.