"flat copper wire"

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 insulation material, it achieves a super high heat resistance grade of 220, far exceeding conventional EI and EI/AI composite wires. With unique brick-like flat structure, it

F-1SBAIW Black Flat Wire 0.100 * 1.000 mm Product Overview F-1SBAIW is a black self-bonding enameled copper flat wire featuring a Polyamide-Imide (AIW) insulation system with a Class 220 thermal rating. Combining excellent heat resistance, mechanical strength, and bonding capability, it is ideal for compact winding structures requiring high slot fill rates and reliable long-term performance. The black coating provides enhanced visual identification and a uniform appearance,

Overview It is 0.080.80 enameled flat copper wire with F-class temperature resistance (155). Made of high-purity copper and coated with Grade 2 standard polyurethane insulation layer. The wire features uniform and compact enamel film, excellent adhesion, ultra-low pinhole rate and stable electrical insulation performance. It has good elongation and flexibility with regular section and high dimensional accuracy, avoiding film cracking and peeling after bending. It effectivel

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

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

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

0.100*1.000 UEW Flat Enameled Copper Wire Product Overview This 0.100*1.000mm UEW flat enameled copper wire features Thermal Class H (180) rating with a polyurethane insulation system offering inherent direct solderability. The flat rectangular conductor design provides higher slot fill factor and superior heat dissipation compared to round wire alternatives. The wire features uniform, continuous enamel film with stable dimensional tolerance, making it ideal for high-density

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, high slot fill, and long-term stability in demanding electrical and electronic systems. FEATURES Maximize slot fill with a flat conductor design Enable adhesive-free coil forming

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 enables reliable coil formation while maximizing slot fill and long-term operational stability in demanding environments. FEATURES Maximize slot fill with a flat conductor design Enable