Class 200 flat copper enameled wire has excellent resistance to high temperatures. It can operate at temperatures up to 200°C and is therefore very suitable for electrical equipment in high temperature environments. This high-temperature characteristic allows the flat copper enameled wire to withstand high current loads and temperature changes while maintaining stable electrical performance.

Copper is an excellent conductive material with low resistance and high conductivity. Flat copper enameled wire is made from high purity copper, which provides excellent electrical conductivity and reduces energy loss and resistance.

Because flat copper enameled wire has a flat cross-sectional shape, it can utilize space more efficiently than traditional round wires. This makes it particularly suitable for applications where space is limited and compact wiring is required, such as the internal wiring of motors and electrical equipment.


Flat copper enameled wire typically has good corrosion resistance to some common chemicals and humidity. This helps protect the wire from external environmental damage and extends its service life.

Despite its flat shape, flat copper enameled wire is still flexible and bendable, making it easy to install and wire. This flexibility makes it suitable for application scenarios that require bending and connecting.

When selecting and using Class 200 Flat Copper Enameled Wire, follow the appropriate standards and codes, such as national or industry electrical standards. These standards and codes typically specify the wire's current rating, temperature class, insulation requirements, and other important parameters to ensure that the wire is safe and performs as required.

In practical applications, the appropriate type and size of wire should be selected according to the specific electrical design requirements and environmental conditions. In addition, it is recommended to follow the relevant safety practice guidelines when installing and using electrical wires to ensure the reliability of the electrical system and the safety of personnel.