Electrical and electronics

• Connectors: High electrical conductivity for efficient signal transmission in motherboards and cables.
• Relays and switches: Good spring and electrical properties for reliable circuit control in various electrical systems.

Aerospace and defense

• Aircraft components: Used in electrical systems for reliable operation in harsh environments.
• Missile guidance systems: Precision - machining and stable performance for key components.

Automotive industry

• Sensors and actuators: Accurate measurement and control in engine systems.
• Electrical contacts: Ensure stable connections in automotive electronics.

Mold making and tooling

• Plastic injection molds: Good heat conductivity for better - quality plastic parts.
• Die - casting molds: Withstand high - pressure and temperature for mold stability.

Musical instruments

• Reed instruments: Used in reeds for better vibration and tone.
• Percussion instruments: Valuable for parts like cymbals due to acoustic properties.

1.What kind of Enameled copper wire do Winner produce?

We focus on research and development of selfbonding magnet round copper wire, fine polyurethane magnet wire, selfbonding litz copper wire and selfbonding silk covered wire.

2.What's diameters available of the Enamelled copper wire ?

We specialize in fine and ultra fine enamelled copper wire,diameters available of our products is Φ0.018-0.50mm.

3.What's selfbonding enameled copper wire?

Selfbonding enamelled copper wire is a special type of enamelled wire with an additional adhesive enamel overcoat such as thermoplastic resin.This adhesive has a bonding feature, which is activated

by heat or solvents.

Once activated the adhesive bonds turn to turn windings into a compact self supporting coil.

The use of selfbonding wire may offer cost and manufacturing advantages in some winding applications

as bobbins, tape, varnishing, or impregnation may be eliminated.

4. Is possible to get any sample of selfbonding enamelled copper wire that you have in production?

Of course you can!