0.08×21×5 Hot Air Bonding Double Silk Covered Polyurethane Litz Wire Overview This 0.08mm double silk covered Litz wire is manufactured with 105 polyurethane enamelled copper strands and designed for hot air bonding. The polyester silk insulation provides excellent mechanical protection and winding ...
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 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 ...
Custom Rectangular Enameled Wire Overview Rectangular copper wire has specific requirements for the R-angle size. It is a special-shaped enamelled wire extended from flat wire, composed of a rectangular conductor (copper, copper alloy, and other materials) and an insulating coat. A bonding coat can ...
OVERVIEW This is a0.067mm ultra-fine thermoplastic self-bonding enameled copper wire with Thermal Class H (180℃). It adopts recycled copper conductor and low-VOC eco-friendly insulating varnish, fully compliant with RoHS and REACH environmental standards. As a thermoplastic hot-air bonding wire, it ...
OVERVIEW This is 0.270mm 2LSUEW-F N polyurethane enameled copper wire, Thermal Class F (155℃). Adopting improved LSUEW low-temperature solderable insulation system, it achieves stable direct soldering at 300~320°C without laser or chemical enamel stripping. The wire has smooth, uniform enamel film, ...
Custom Served Litz Wire High-Performance Served Litz Wire with Flexible Customization HUAYE specializes in the development and manufacturing of custom Served Litz Wire solutions for high-frequency, high-efficiency, and precision winding applications. By combining multiple individually insulated ...