1.3mm Pure Copper Coated Electric Wire & Custom Enameled Copper Wire for Industrial Applications

Discover high-performance 1.3mm pure copper coated electric wires and custom enameled copper wires designed for demanding electrical applications. Featuring premium enameled copper construction with excellent conductivity and insulation properties, these wires are ideal for automotive springs, industrial equipment, and electrical products. Manufactured by Hershey Hardware in Guangdong, China with ISO9001:2015 and IATF16949 certifications, our wires offer complete customization in diameter (0.05mm-25mm), extended length, and surface treatments. Perfect for torsion springs, induction coils, and new energy vehicle components, these wires ensure reliable performance in furniture, automotive, and industrial applications with 3-7 day sample lead times and flexible manufacturing options.

• Premium enameled copper wire with superior electrical conductivity
• Full customization: diameter 0.05mm-25mm, various surface treatments
• IATF16949 certified for automotive quality standards
• Suitable for torsion springs, induction coils, and electrical components
• Fast sample delivery and flexible manufacturing options

1. Automotive Industry: Electric vehicle springs, auto components, and new energy car applications requiring reliable conductivity and durability.
2. Electrical Products: Motors, transformers, relays, and inductors where enameled insulation prevents short circuits.
3. Industrial Equipment: Torsion springs, mechanical springs, and induction coils for machinery and manufacturing systems.
4. Furniture Components: Springs and wire forms for furniture mechanisms requiring both electrical and mechanical functionality.
5. Consumer Electronics: Precision springs and coils for appliances and electronic devices.
6. Energy Sector: Components for power generation and distribution systems.

How It Works:

Enameled copper wire operates through copper's excellent electrical conductivity combined with a thin insulating enamel coating. The copper core efficiently conducts electricity while the enamel insulation prevents current leakage and short circuits between adjacent windings. When formed into springs or coils, the wire maintains both its electrical properties and mechanical flexibility. The enamel coating, typically a polymer-based insulation, withstands high temperatures and mechanical stress, making it ideal for wound components in motors, transformers, and electronic devices. The customization process allows for precise diameter control and surface treatments to meet specific application requirements.