"fully insulated winding wire"

Overview 4HBUEW-H 0.095B ultra-fine Enameled Copper Wire is upgraded Class180 blue hot-air self-bonding polyurethane winding wire, manufactured per exclusive 4HBUEW-H industry precision specification. Adopting upgraded double-layer composite coating: inner Class180 heat-resistant PU insulating layer + outer special hot-air curing self-bonding adhesive layer, finished with smooth uniform blue anti-breakage enamel surface. Different from conventional thermal self-bonding wire,

Overview 2AIW-220 0.250mm Enameled Copper Wire is our top-grade ultra-high temperature round winding wire, standardized by international 2AIW-220 specification, adopting imported pure Polyamide-imide (AI) insulation material with Class 220 heat resistance. Compared with conventional EI / EI/AI composite enameled wire, this wire owns premium insulation strength, anti-thermal aging and anti-corrosion performance. With fixed 0.250mm precise wire diameter, uniform paint film,

Overview 3LOCKY3 0.042D ultra-fine Enameled Copper Wire is high-precision Class155 natural self-bonding polyurethane winding wire, manufactured per exclusive 3LOCKY3 industry precision specification. Adopting double-layer composite coating: inner insulating PU layer + outer thermal self-bonding adhesive layer, finished with uniform glossy natural anti-oxidation enamel surface. Developed specially for micro mini electronic coils, it owns ultra-precise 0.042mm wire tolerance,

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

0.040mm28000 Strands 3UEW H ETFE Extruded Litz Wire Product Overview This 0.040mm28000 litz wire is stranded with 3UEW H Class H 180C self-solderable enameled wires and fully extruded with high-performance ETFE insulation. The ultra-fine multi-strand structure eliminates skin and proximity effects for ultra-low high-frequency loss. It features outstanding heat resistance, insulation stability and flexibility, ideal for high-current, high-temperature and high-voltage

Technical Specifications Parameter Specification Model 3SBUEW (3UEW + Self-bonding layer) Conductor Diameter 0.030mm 0.001mm Insulation Thickness Grade 3 Thermal Class 180C (H-class) Bonding Method Hot Air / Solvent Standard Compliance JIS C3202, IEC 60317,NEMA MW85C Key Product Features Our enameled wire complies fully with JIS standards and adopts upgraded formulations, delivering steady performance across dimension, mechanics, electricity, heat resistance and self

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

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 This thermally self-bondable polyurethane enameled copper wire follows 3UEW standard with excellent direct solderability, requiring no enamel stripping before soldering. It consists of polyurethane primer and fusible self-bonding top coat, featuring low dielectric loss on both layers. The wire delivers stable thermal adhesion and passes strict thermal shock and softening breakdown tests without cracking or insulation breakdown. With low springback, it supports tight