PEEK insulated cables (commonly known as magnet cables) are made from PEEK polymer extruded onto copper wire. Developed for challenging environments such as the oil and gas, automotive, aerospace and electrical industries, PEEK magnet wire offers excellent abrasion resistance and the ability to withstand intense pressure and exposure to corrosive fluids. For some applications, little or no varnish is required.

PEEK insulated cables are available in round, square and rectangular profiles. PEEK insulated cables are also available in stranded, plated and other wire forms.


PEEK Insulated Wire Applications
Electric motors: For coil windings, PEEK insulated wire gives motors robustness while providing all the insulation and shielding properties for which PEEK is known.

Solenoids: Thin-coated PEEK magnet wire allows solenoids to be manufactured with the largest windings to produce the maximum magnetic field in a limited space.

Transformers: From the smallest to the largest, transformers wound with PEEK insulated wire can withstand the high temperature conditions often encountered during transformer operation.

Electronics: Excellent choice for consumer electronics or power tools for harsh environments.

Wire and Cable: When wire and cable applications require high performance.

PEEK Insulated Wire
Abrasion Resistant Properties: Our magnet wire made from PEEK provides excellent abrasion resistance for the wires it covers. PEEK insulated cables can withstand harsh environments, allowing covered cables to remain protected and continue to operate at a high level.

Chemical Resistance: PEEK polymers offer a wide range of chemical resistance, protecting your wiring from corrosion and extending its life.

Dielectric Strength: PEEK wires have high dielectric strength to minimize the motor's susceptibility to external electrical interference.

High Continuous Operating Temperature: PEEK polymers are UL rated for continuous use at 500°F (260°C).

Maintains Mechanical Properties: PEEK insulated cables maintain their mechanical properties and heat resistance even over long continuous lengths.