0.13 mm Ultra-thin Film Heat-Bonding Self-Bonding Eco Polyurethane Enameled Copper Wire Product Overview 0.13 mm Grade 3 Heat-Bonding Self-Bonding Eco Polyurethane Enameled Copper Wire is manufactured with recycled copper and formaldehyde-free insulation materials to support more sustainable ...
Overview This thermally self-bonding solderable polyurethane enameled round copper wire consists of uniform polyurethane primary insulation and an outer heat-activated self-adhesive layer. The wire features reliable dielectric strength, outstanding resistance to thermal shock and softening breakdown...
OVERVIEW PIT-3UEW-180 is a high-performance ultra-fine litz wire constructed with 0.04mm polyurethane-insulated copper strands and wrapped with polyimide (PI) film. With a total of 28,750 individual strands, it is designed for high-frequency, high-density, and high-temperature applications up to 180...
Overview This is twin parallel polyurethane (UEW) enameled copper wire with two 0.13mm solid copper conductors, available in red and natural transparent insulation for circuit differentiation. Made of high-purity oxygen-free copper, it delivers stable low-resistance conductivity. Featuring self...
Ultra Fine Nickel Enameled Wire Ultra fine nickel enameled wire features excellent heat resistance, oxidation resistance, and stable electrical performance. With its extremely small diameter and uniform insulation coating, it is suitable for precision coils, micro motors, sensors, magnetic ...
Overview This is a Class H 180℃ grade 3 enamel layer round copper wire complying with JIS standards. Equipped with three layers of polyurethane insulation, it boasts outstanding dielectric strength and fewer pinhole defects for enhanced insulation safety. It features excellent direct solderability ...
3LOCKY5 Magnet Wire Product Overview 3LOCKY5 is a high-performance enameled copper wire designed for applications requiring stable electrical performance and enhanced mechanical hardness. The “Y5” grade represents the wire’s mechanical rigidity level, providing improved resistance to deformation ...