EIW 180 ENAMELED Copper Coated Aluminum Coated Copper Wire Cable Winding Wire for Motor Transformer

Products Description

ECCA  WINDING WIRE 155

ENMAELLED CCA WINDING WIRE（HS:854419） is a new electromagnetic wire taking copper clad aluminum as inner conductor material, with characteristics between copper and aluminum. Its characteristics are between copper and aluminum, combining the excellent electrical conductivity of copper and the light weight of aluminum.

Details lmages

Product Paramenters

Application scope of copper clad aluminum enamelled wire:

1. It is used to make windings that require light weight, high relative conductivity and good heat dissipation, especially those that transmit high-frequency signals.

2. Enamelled wire for high frequency transformer, ordinary transformer, inductive coil, motor, household motor and micro motor.

3. Enamelled wire for micro motor rotor coil, etc.

4. Special electromagnetic wire for audio coil and optical drive.

5. Electromagnetic wire for deflection coil of display.

6. Electromagnetic wire for degaussing coil.

7. Electromagnetic wire used for internal coil of mobile phone, driving element of watch, etc.

8. Other special electromagnetic wires.

Company Profile

Xuancheng Rongda Electrical Technology Co., Ltd., formerly known as Suzhou Rongda Electrical Material Factory, is located in the Xuancheng Development Zone, Anhui Province, with a registered capital of 10 million RMB. Since its establishment in 2021, the company has been dedicated to the professional production and sales of enameled wire. We have introduced internationally advanced wire drawing, testing, and environmentally friendly enameled equipment, with an annual production capacity of 8,000 tons of enameled magnet wire.

Production Flow

Product packaging

1 PT15 spool : 2 bobbin each box, and wire net weight is 13-14KG each box

2 PT25 spool: 1 bobbin each box, and wire net weight is 10-11kg each box

3 pt35 spool: 1 bobbin each box, and wire net weight is 14-16kg each box 

4 All packing will be suitable at seaship 

Application Fields