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GP/MR-200® HD has been engineered to provide enhance dielectric breakdown voltage, adhesion, scrape abrasion, and chemical resistance with excellent thermal properties. Product meets and exceeds all of the requirements of NEMA MW 36-C.

GP/MR-EXTRA® has an improved insulation system that has been engineered to enhance adhesion, scrape abrasion, and chemical resistance with improved thermal properties. GP/MR -EXTRA® is manufactured utilizing THEIC Polyester basecoat in conjunction with a tough, thermally stable Polyamide-imide topcoat polymer. Changes to the THEIC Polyester basecoat and to the Polyamideimide topcoat provide a product with abrasion resistance and thermal capability.

GP/MR-EXTRA® has an improved insulation system that has been engineered to enhance adhesion, scrape abrasion, and chemical resistance with improved thermal properties. GP/MR -EXTRA® is manufactured utilizing THEIC Polyester basecoat in conjunction with a tough, thermally stable Polyamide-imide topcoat polymer. Changes to the THEIC Polyester basecoat and to the Polyamideimide topcoat provide a product with abrasion resistance and thermal capability.

Explore the performance benefits and applications of high conductivity copper rod and wire in this Essex Solutions white paper.

Essex Solutions, including its subsidiaries, are committed to acting with integrity in everything we do. We are dedicated to conducting business in a manner that respects, protects, and supports the advancement of human rights around the globe.

Essex Solutions, including its subsidiaries, are committed to acting with integrity in everything we do. We are dedicated to conducting business in a manner that respects, protects, and supports the advancement of human rights around the globe.

Essex offers a HVWW® product designed for use in the automotive industry. Our technology benefits customers demanding lighter weights to achieve smaller and more efficient traction motors. High voltage creates high heat. In the electric vehicle industry, heat resistance, flexibility and repeated stress are ongoing obstacles to magnet wire performance. Our engineers accepted the challenge to perfect every design element for an exceptional product. Specially formulated to provide outstanding resistance to Partial Discharge and Corona effect, HVWW® is suitable for a variety of key applications exhibiting high flexibility and property retention maintaining product performance even after the winding operation

HVWW® magnet wire technology is designed to help automotive OEMs and engineers meet the growing demands of electrified mobility through advance thermal resistance, high-voltage performance, and durability in compact, high-efficiency traction motor applications. Engineering to withstand PDIV, Corona effect, repeated stress, and demanding operations, HVWW® helps support performance in next-gen hybrid systems.

IATF 16949:2016 certification for the Magnet Wire Plant in Bad Arolsen, Germany, ensuring quality management in automotive production.