"flat copper magnet wire"

OVERVIEW The 0.05 × 0.3mm Self-Bonding Polyamideimide Flat Magnet Wire is engineered for high-density winding applications requiring exceptional thermal performance and reliable coil formation. Featuring Class 220 polyamideimide insulation and a self-bonding layer, it enables compact winding designs...

Overview This Class 220 AI Enameled Flat Copper Wire is our top-grade ultra-high temperature resistant winding wire, professionally developed for extreme working conditions of high-load, high-power and long-term continuous operating precision equipment. Adopting premium Polyamide-imide (AI) pure ...

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 ...

OVERVIEW The 0.025 × 0.26mm Self-Bonding Polyamideimide Flat Magnet Wire is designed for compact, high-performance winding applications requiring excellent thermal endurance and efficient space utilization. Featuring a Class 220 polyamideimide insulation system and self-bonding capability, it ...

Specifications Parameter Figure Diameter of Conductor (mm) 0.100 ± 0.02 Weight (kg) 0.97 OD (mm) 1.339 Resistance (Ω/m,20℃) 0.0106~0.0119 Maximum Outside Diameter (mm) 0.120 Thickness of Minimum Base Coat (mm) 0.003 Thinkness of Minimum Insulation Layer (mm) 0.005 Product Features 1. This high...

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 ...

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 ...