As an important material, enameled copper wire is a main variety of winding wire, which consists of conductor and insulating layer. After the bare copper wire is softened by annealing, it is painted and baked many times. It has been widely used in the motors, transformers, compressors and other industries as well as new energy vehicles, rail transit, wind power, smart home and other fields. To satisfy different requirements of those fields, it divides into various kinds of specification, such as Self-Solderable Polyurethane Series, Nylon Overcoating Series, Polyester Series, Polyester-imide Over coated with Polyamide-imide, Polyester-imide Series, Corona-resistant Enameled Wires Used for Inverter-fed Motors, etc,. In the coming days, the rapid development of modern industry promotes bright future, but also posts great challenge and higher requirements on technique. As a good and responsable copper wire manufacturers, our company produces various types of enameled wire. If you are interested in any enameled wire, please contact us. We will negotiate with you at a competitive enameled copper wire price.

Is enameled copper wire conductive?

Copper is the standardly used conductor material for enameled wire with excellent conductivity and very good winding ability. Enameled Copper Wire, otherwise known as magnet wire, is a highly versatile material used principally in applications that require electrical transference including transformers, inductors, motors, generators, speakers, hard disk actuators, electromagnets and other applications that require tight coils of insulated wire. Copper's highly conductive properties make it the perfect metal for electrical applications, and it can be fully annealed and electrolytically refined to allow closer winding for electromagnetic coils. By coating the wire with insulation – typically one to four layers of polymer film – the flat enameled copper wire is protected from contact with its own and other wires'electrical currents, preventing short circuits from occurring and extending the longevity, efficiency and applications for the wire.