"alloy wire"

1. Product Type Introduction (SV Wire) R 3SBEISVW 0.3700.370 is an SV dual-cure self-bonding rectangular enameled copper wire. It features PEI base insulation and outer SV self-bonding coating. Supporting alcohol solvent and thermal dual bonding methods, the wire can form self-supporting coils without glue or impregnation, ideal for precision fixed-shape coil winding. 2. Core Product Performance 2.1 High Heat Resistance of EIW Insulation Adopting high heat-resistant EIW

Overview Our 0.210*0.210mm enameled rectangular copper wire is specially developed for high-performance robot joint motors. Different from ordinary round enameled wire, this flat rectangular wire greatly improves motor slot fill factor up to over 90%, effectively boosting motor power density and running stability. We provide complete matching solutions with diversified insulation materials and temperature resistance grades to meet different high-precision motor working

0.230 1.200 mm Polyamide-Imide (AIW) Flat Enameled Copper Wire Class 220 Overview 0.230 1.200 mm Class 220 AIW Flat Enameled Copper Wire is a high-performance rectangular magnet wire insulated with Polyamide-Imide (AIW) enamel. Designed for demanding electrical applications, it offers excellent thermal resistance up to 220C, superior mechanical strength, and reliable electrical performance. The flat conductor design enables higher space utilization and improved winding

OVERVIEW FIW (Fully Insulated Wire) is a high-performance winding wire designed to replace conventional TIW triple insulated wire for switching transformer production. It supports a broad selection of finished outer diameters, allowing manufacturers to develop miniaturized transformers with reduced overall production costs. FIW outperforms TIW in both automatic winding compatibility and direct solderability. Adopting a multi-layer repeated coating process, the wire achieves

0.03mm 7-Strands Recycled Copper Polyurethane Self-Bonding Litz Wire Overview 0.03mm 7-Strands Recycled Copper Polyurethane Self-Bonding Litz Wire is an ultra-fine high-frequency winding wire designed for precision electronic applications. It is manufactured using recycled copper conductors combined into a multi-strand litz structure and coated with polyurethane insulation. The self-bonding layer enables the wire to form stable coils without additional adhesives or impregnati

Flat Wire Product Overview Self-bonding enameled copper flat wire adopts Polyamide-Imide insulation with Class 220 thermal grade. It integrates outstanding heat resistance, mechanical toughness and reliable self-bonding property, perfectly matching compact winding designs that demand high slot fill rate and long-term stable operation. The uniform black outer layer brings clear visual distinction, well-suited for high-precision electronic winding scenarios. Technical

Heat Resistance 0.05mm FIW Wire Enameled Fully Insulated Winding Wire Ultra Fine Overview FIW (Fully Insulated Wire) is high-performance triple insulated winding wire, serving as an upgraded alternative to conventional TIW wire for switching transformers. A comprehensive range of finished outer diameters is available to support miniaturized transformer design and reduce overall production costs. FIW delivers superior performance in automatic winding and direct solderability

0.330mm Black Self-Bonding Polyurethane Enamelled Copper Wire Product Overview 0.330mm Black Self-Bonding Polyurethane Enamelled Copper Wire is a high-performance magnet wire designed for precision winding applications. Featuring a polyurethane enamel insulation layer and a self-bonding coating, it enables coil windings to be fixed and stabilized through heat activation without the need for additional varnishing or adhesives. The polyurethane insulation provides excellent

0.114 0.134mm Rectangular Ultra-Thin Self-Bonding Magnet Wire Overview 0.114 0.134 mm Rectangular Self-Bonding Magnet Wire is a high-performance flat winding wire designed for compact and high-efficiency electromagnetic components. It combines a rectangular conductor structure with ultra-thin polyurethane insulation and a self-bonding layer, enabling tight winding and stable coil formation. The product uses ECO-grade recycled copper and complies with 180C thermal