Overview 2AIW-220 0.350mm Enameled Copper Wire is our top-grade ultra-high temperature round winding wire, standardized by international 2AIW-220 specification, adopting imported pure Polyamide-imide (AI) insulation material with Class 220 heat resistance. Compared with conventional EI / EI/AI ...
0.330mm Black Self-Bonding Polyurethane Enamelled Copper Wire Product Overview 0.330mm Black Self-Bonding Polyurethane Enamelled Copper Wire is a high-performance magnet wire designed for precision winding applications. Featuring a polyurethane enamel insulation layer and a self-bonding coating, it ...
0.058mm*6*6 | 2UEW Self-Bonding Litz Wire | Class F 155°C HUAYE Self-Bonding Litz Wire is manufactured by stranding multiple self-bonding polyurethane enamelled copper wires into a precise litz construction. Each individual strand is coated with both polyurethane insulation and a self-bonding layer. ...
0.100*1.000 UEW Flat Enameled Copper Wire Product Overview This 0.100*1.000mm UEW flat enameled copper wire features Thermal Class H (180℃) rating with a polyurethane insulation system offering inherent direct solderability. The flat rectangular conductor design provides higher slot fill factor and ...
0.230 × 1.200 mm Polyamide-Imide (AIW) Flat Enameled Copper Wire – Class 220 Overview 0.230 × 1.200 mm Class 220 AIW Flat Enameled Copper Wire is a high-performance rectangular magnet wire insulated with Polyamide-Imide (AIW) enamel. Designed for demanding electrical applications, it offers ...
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 ...
F-1SBAIW Black Flat Wire 0.100 * 1.000 mm Product Overview F-1SBAIW is a black self-bonding enameled copper flat wire featuring a Polyamide-Imide (AIW) insulation system with a Class 220 thermal rating. Combining excellent heat resistance, mechanical strength, and bonding capability, it is ideal for ...