"solderable magnet wire"

0.05464 Precision Self-Bonding Polyurethane Litz Wire Product Overview Manufactured with 0.05mm thin film polyurethane enamelled recycled copper strands, this self-bonding Litz wire is designed for high-frequency applications requiring low AC loss, efficient coil winding, and sustainable material solutions. Its 464 stranded construction provides excellent electrical performance, winding stability, and production efficiency. Key Features Reduce AC resistance in high

OVERVIEW 0.12 mm * 6 Grade 3 Self-Bonding Polyurethane Litz Wire is composed of six individually insulated polyurethane enameled copper wires twisted into a single conductor. The ultra-thin Grade 3 insulation helps maximize the copper fill factor, while the self-bonding coating enables the winding to be fixed without additional adhesives. It is widely used in compact coils, high-frequency magnetic components, and precision electronic applications. FEATURES Maximizes copper

OVERVIEW This is a 0.22mm diameter AIW (Polyamide-Imide) thermosetting self-bonding enameled copper wire, rated at 220 high thermal class. It adopts a dual-layer structure: premium AI main insulation + thermosetting self-adhesive outer coating. Different from common thermoplastic hot-air bonding wire, its thermosetting resin forms permanent cross-linked molecular structure after full curing. The bonded coil will never re-melt or loosen under continuous high temperature,

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 300~320C without laser or chemical enamel stripping. The wire has smooth, uniform enamel film, stable dimensional tolerance, free of scratches and pinhole defects. No self-bonding coating, it cannot be shaped by hot air baking. Optimized for mass production of coils

OVERVIEW Self-bonding enameled wire is a double-coated magnet wire. A self-bonding layer made of thermoplastic, thermosetting or other materials is applied over the primary insulating film. The insulating varnish generally adopts polyurethane, polyester or equivalent materials. This wire features excellent heat resistance, corrosion resistance, dielectric performance and mechanical strength, supporting safe and stable operation of electronic and communication equipment, while