1. Product Type Introduction (SV Wire) R 3SBEISVW 0.370×0.370 is an SV dual-cure self-bonding rectangular enameled copper wire. It features PEI base insulation and outer SV self-bonding coating. Supporting alcohol solvent and thermal dual bonding methods, the wire can form self-supporting coils ...
Overview This 0.100-0.700mm Enameled Copper Wire for Voice Coil is professionally designed for high-fidelity audio and speaker equipment. We provide two mainstream insulation solutions: single polyesterimide (EI) Class 180 and composite polyesterimide over polyamide-imide (EI/AI) Class 200, ...
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 ...
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 ...
Product Overview Different from conventional silk-covered wire, this upgraded Litz wire adopts a single-layer self-adhesive nylon silk structure and professional heat-set treatment. After thermoforming, the outer silk layer turns completely transparent, presenting a natural copper tone instead of ...
OVERVIEW This multifilar parallel wire is composed of two 0.1mm UEW enameled wires fixed in parallel. One wire is red, the other is natural color, with uniform enamel thickness of 2 and thermal class 155°C. The bonded integrated structure avoids strand separation during winding and cutting, ...