High heat resistance enamel copper magnet wire is also called High Temperature Resistant Magnet Wire, the ceramic insulated winding wires with cured ceramic insulation.

High heat resistance enamel copper magnet wire, also known as high-temperature magnet wire or thermally resistant magnet wire, is a specialized type of magnet wire designed to withstand extreme temperatures while maintaining its electrical performance. This wire is commonly used in applications where exposure to high temperatures is a critical requirement, such as in electric motors, transformers, and other electrical devices operating in demanding environments.

Ceramic-coated magnet wire, also known as enamel-coated magnet wire or magnet wire with ceramic insulation, is a type of electrical wire commonly used in various applications where electrical conductivity is required along with high-temperature resistance and insulation. This type of wire is particularly suitable for winding coils in transformers, motors, generators, and other electromagnetic devices.

How do you wind ceramic coated magnet wire?
High Temperature ceramic-coated magnet wire on a coil assembly involves 
1) coating a layer of ceramic insulation on metal surfaces 
2) winding pre-cured (soft) ceramic-coated wire onto the bobbin 
3) curing at high temperatures to harden the ceramic 
4) balancing the expansion coefficients.

Flexible high-temperature winding wires for the production
of small self-supporting winding components.

Higher heat resistance to 265℃ – best in the industry- increases the motor power density – so can be used on higher temperature applications like variable speed drives.
Magnet Wire for EV mainly uses enameled flat wire during the degree of 180—240. 
Heat Shock: Film insulation of magnet wire is stressed during winding and forming operations. 

High heat resistance super swg enamel copper wire
30 Awg Magnet Wire for Motors 
39 SWG Enameled Round Copper Wire 

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