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Zeus PEEK insulated wire was developed specifically for use in challenging environments such as the oil and gas, aerospace, and electrical industries. PEEK insulated wire provides superior abrasion resistance and the ability to withstand intense pressures and exposure to caustic fluids.
8 de jun. de 2023 · This article explains the advantages of PEEK-coated wires produced with DryCycle® technology and their main properties: strong polymer adhesion to copper surface, good elongation and flexibility, the main electrical characteristic in term of BDV and PDIV, as well as the stability of these parameters during thermal aging and bending.
PEEK-coated copper magnet wire. Engineered to meet the most challenging customer specifications of high-voltage e-motors and beyond... Provide electrical resistance in-line with 800V requirements. Thin coatings with high thermal conductivity. A more sustainable solution (with lower CO2 emissions)
PEEK wire HB enables motor designers to optimize insulation thickness and improve PDIV performance over enamel wire, paving the way for next generation electric motor designs in harsh environments. PEEK wire HB is ideally suited for motor winding applications that require tight bend radii of the wire. Our 100% PEEK single layer technology and ...
Zeus PEEK Insulated Wire is designed specifically for challenging environments with improved electrical, thermal and mechanical properties. The oil and gas, nucearl ,automotvi e ,eel ctrci a land aerospace ni dustrei s can all benefit from using PEEK Insulated Wire. APPLICATIONS • Electric motors • Solenoids • Transformers • Electronics ...
Explore how VICTREX™ PEEK based e-motor solutions can outperform traditional materials in 800V motors and support your sustainability goals, and why collaborating with our dedicated e-mobility team can help accelerate your e-motor projects. VICTREX XPI Polymer Magnet wire insulation.
specifications, PEEK-insulated copper magnet wire facilitates sharper and shorter bends to save space in the stator design. Combined with an optimized wire thickness, you can create smaller and lighter stators and reduce costs significantly without impacting the winding wire’s energy output.
