Polyimide enamel insulation is selected for special high-temperature magnet wire applications that need strong heat resistance, dielectric performance and material stability.


Polyimide enamel insulation is selected for special high-temperature magnet wire applications that need strong heat resistance, dielectric performance and material stability.

Nylon overcoat is used on enameled wire to improve surface toughness, abrasion resistance, winding performance and production handling.

Corona-resistant enamel insulation is used for magnet wire exposed to partial discharge stress, inverter-fed motors, EV motors and high-voltage pulse conditions.

A self bonding layer is an added magnet wire material that helps coils hold shape after heat, solvent or electrical activation without extra tape or adhesive.

Polyurethane enamel insulation is widely used for solderable magnet wire in small coils, relays, transformers and electronics where fast termination is important.

Enameled aluminum wire is a lightweight magnet wire option used in selected motors, transformers and coils where weight, cost and design space are important.

Enameled copper wire is a high-conductivity winding wire with a thin enamel insulation layer, widely used in motors, transformers, inductors, relays, solenoids and electromagnetic coils.

Copper clad aluminum magnet wire combines an aluminum core with a copper surface to reduce weight while keeping some copper-like surface and connection behavior.

NOMEX paper covered magnet wire uses aramid paper covering to provide added dielectric strength, thermal resistance and mechanical protection for transformers and electrical equipment.

Kapton insulated wire uses polyimide film insulation for high-temperature, dielectric and special-environment winding applications where ordinary enamel is not enough.