Main application fields: aerospace, medical equipment, electronic communication, intelligent products, automotive electronics testing and weapon facilities.
It has high insertion and extraction force and reliability. The circuit resistance is not only small but also stable. At the same time, it greatly improves the reliability of contact. It has the advantages of small insertion and extraction force, low contact loss and long insertion and extraction life. Maintaining high reliability of electrical contact, it is widely used in aerospace, medical equipment, electronic communication, intelligent products, automotive electronics testing and weapon facilities and other fields.
The surface is treated with gold plating, silver plating, tin plating, nickel plating and so on. The diameter range can be from 0.015mm to 0.2mm. It is mainly used for military connectors, medical connectors and computer connectors. With good contact and many insertion and extraction times, it can effectively guarantee product quality and durability.
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!
