Used enameled copper wire winding for motors is electrolytically refined and enameled magnetic wire; the cape is made of a strong polymer material. Copper is a commonly used conductive material for enameled wire, with excellent electrical conductivity and very good winding ability.

Enameled copper winding wire for electric motors
Enameled Copper Wire Specifications.
Grade: F and H
Voltage: 600/1100
V Insulation:
Enameled wire Specification: >25
2UEW155 0.03mm Enameled Copper Winding Wire
Polyurethane enameled wire for motors.



Enameled winding wire is a film-insulated copper (or aluminum) electrical conductor in the form of windings used in electric motors, transformers, generators, and other electrical machines.

Difference between enameled wire and copper wire
Enameled wire and copper wire are both types of electrical conductors, but they differ in terms of insulation and usage. Below is a detailed explanation of the main differences between them:

Insulation:
COPPER WIRE: Copper wire is a solid or stranded wire made entirely of copper metal. It does not have any additional insulation around it.
Enameled Wire: Enameled wire, also known as magnet wire, is a copper wire coated with a thin layer of insulating enamel. This enameled insulator provides electrical insulation between the conductive core of the cable and its surroundings.
Applications:

COPPER WIRE: Copper wire is used for a variety of electrical applications where insulation is not a major concern. It is commonly used for home circuit wiring, power transmission, grounding, and other applications where the wire is placed in conduit or insulation.
Enameled Wire: Enameled wire is designed for applications where electrical insulation is critical. It is commonly used in applications such as transformers, motors, generators, inductors and other electromagnetic devices. The thin enameled insulation allows the wire to be wound tightly and compactly around the coil, making it suitable for applications that require precise winding and space-saving design.
Flexibility:

COPPER WIRE: Copper wire is more flexible and easier to bend, making it suitable for applications that require frequent movement or handling.
Enameled Wire: The enameled insulation of enameled wire can make it slightly less flexible than bare copper wire. However, this reduced flexibility is not usually a major issue in applications using enameled wire, which is usually wrapped around coils or secured in place.
Heat Resistance:

COPPER WIRE: Copper wire inherently has good thermal conductivity, but lacks the heat resistance provided by the insulating enamel of enameled wire.
Enameled Wire: The enameled insulation of enameled wire adds a layer of heat resistance that allows the wire to withstand higher temperatures without affecting its electrical properties. This makes it suitable for applications where cables may be exposed to high temperatures.