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...
Overview Self-bonding polyurethane litz wire with Grade 2 standard enamel thickness and Z twist direction. It adopts polyurethane (UEW) base enamel featuring excellent direct solderability without stripping the insulation layer. The outer self-bond coating enables coils to form a fixed shape after ...
Overview This Class 2 self-bonding solderable polyurethane enameled round copper wire is manufactured to JIS standards. It adopts uniform polyurethane insulation with a thermally activated self-bond outer coating. The wire features outstanding direct solderability without stripping enamel, enabling ...
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 ...
Overview Thermally Bondable Polyurethane Enameled Wire features polyurethane insulation with a self-adhesive outer layer that melts under heating to bond windings firmly without extra adhesives. It delivers superior solderability, allowing fast soldering without stripping the film, greatly improving ...
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 ...
FEARURES • Fine and stable dimensional control with very slight fluctuation: CPK≥1.33. • Finished size: size unilateral deviation ≤ 0.001mm. • High abrasion resistance and excellent scratch resistance: the scratch resistance parame-ter is 1.3 times higher than the standard requirement of the same ...