UEW Polyurethane Enameled Rectangular Copper Wire | 0.130×0.150mm Product Overview This 0.130×0.150mm ultra-fine rectangular copper wire features high-purity oxygen-free copper core and premium UEW polyurethane insulation. With precise tiny dimensions and excellent flexibility, it is tailored for ...
0.030*7*4*4 Litz Wire Stranded Copper Wire for Transformers Chock Coils Electrical Applications Overview This multi-strand high-frequency self-bonding litz wire features individual conductors coated with Grade 2 polyurethane (UEW) enamel insulation plus an extra thermal self-bonding coating. The ...
Overview This self-bondable 2UEW polyurethane litz wire consists of multiple fine 2UEW enameled strands twisted together, coated with a thermally fusible adhesive outer layer. It features direct solderability without stripping enamel, greatly boosting coil production efficiency. The wire exhibits ...
FIW4 0.090mm Green Enameled Copper Wire | 4 Layer Full Insulated Ultra Fine FIW Wire Product Overview FIW4 0.090mm Green Full Insulated Enameled Copper Wire is a high-precision ultra-fine 4-layer full insulated wire (FIW4), non self-bonding, Class 130/155/180 thermal grade. Adopting 99.95% high...
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 ...
Overview FIW stands for Fully Insulated Wire, a Class 180 modified polyurethane enameled copper wire designed to replace traditional triple insulated TIW wire. Produced with multi-layer coating and full online high-voltage testing, it eliminates insulation pinholes to deliver certified reinforced ...
Overview 2AIW is polyamide-imide enameled round copper wire with Class 220 high thermal resistance, manufactured in line with JIS and NEMA standards. Its AIW insulation delivers reinforced mechanical strength, excellent film adhesion and superior resistance to thermal shock, softening breakdown, ...