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 ...
0.050mm×37×5 (185 Strands) | 2UEW Self-Bonding Litz Wire | Class F 155°C | Low High-Frequency Loss Professional multi-strand self-bonding litz wire, designed for high-frequency coil winding. It minimizes skin & proximity effect loss, features fast thermal bonding and stable insulation, ideal for ...
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 ...
OVERVIEW PIT-3UEW-180 is a high-performance ultra-fine litz wire constructed with 0.04mm polyurethane-insulated copper strands and wrapped with polyimide (PI) film. With a total of 28,750 individual strands, it is designed for high-frequency, high-density, and high-temperature applications up to 180...
Round Enameled Copper Wire Round enameled copper wire is manufactured with high-purity copper and premium enamel insulation to deliver excellent electrical conductivity, mechanical strength, and winding performance. It is widely used in motors, transformers, inductors, relays, coils, and various ...
0.114 × 0.134mm Rectangular Ultra-Thin Self-Bonding Magnet Wire Overview 0.114 × 0.134 mm Rectangular Self-Bonding Magnet Wire is a high-performance flat winding wire designed for compact and high-efficiency electromagnetic components. It combines a rectangular conductor structure with ultra-thin ...
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 ...