"copper clad aluminum wire"

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

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

0.100*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

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

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

OVERVIEW LZ2SBUEWZ 0.03*6*6RC is a self-bonding enameled copper stranded wire made from ultra-fine copper conductors. It offers excellent flexibility, conductivity, and winding performance, making it ideal for miniature coils, transformers, inductors, sensors, and wireless charging applications. The self-bonding coating enables secure coil formation without additional adhesives, improving manufacturing efficiency and product reliability. Suitable for consumer electronics,

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

UEW Enameled Rectangular Copper Wire | 0.134*0.164mm Product Overview This 0.134*0.164mm ultra-fine UEW enameled rectangular copper wire is designed for miniaturized high-precision electronic devices. Adopting high-purity oxygen-free copper and standard UEW polyurethane enamel insulation, it delivers stable electrical conductivity, ultra-thin uniform insulation and excellent flexibility. Featuring easy stripping and reliable insulation performance, this micro wire is ideal

UEW Polyurethane Enameled Rectangular Copper Wire | 0.1300.150mm Product Overview This 0.1300.150mm ultra-fine rectangular copper wire features high-purity oxygen-free copper core and premium UEW polyurethane insulation. With precise tiny dimensions and excellent flexibility, it is tailored for compact high-precision micro coil production. The flat rectangular structure delivers higher coil filling rate than round wires, enabling more compact winding and stable product