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Where and Why Should Use Xinyu Enameled Copper Wire

Update:08-07-2018
Summary:

Why should you use the xinyu Enameled Copper Wire? a) H […]

Why should you use the xinyu Enameled Copper Wire?

a) High resistance to heat shock.

b) High temperature.

c) Good performance in cut-through.

d) Suitable for high-speed automated routing.

e) Able to be direct weld, with no pinhole.

f) Resistive to high frequency, wearing, refrigerants and electronics corona.

g) High breakdown voltage, small dielectric loss angle.

h) Environment-friendly.

The reason behind using the enameled copper wire is to avoid the surface of the wires from being caught in any short circuit when it has been wound into coils. This explains why it is frequently used for building electromagnets, inductors, transformers and motors. The wires can also be soldered to make manufacturing of the inductive components easier. The magnet wires generate electromagnetic fields when they are wound to form coils and these are then reenergized.

Where are you likely to find the xinyu enameled copper wire?

The magnet wire finds use in many areas, the key ones being for the conversion of electrical to mechanical energy, for electrical-to-electrical energy conversion and for mechanical to electrical transformations. When you use the wire for transforming electrical energy into mechanical energy you can use the enameled copper wire to make motors, automobiles for home and office HVACs etc.

So, you will find that many utility companies and homes will make use of such wiring for their electrical controls. When you must convert the mechanical energy into electrical energy, generators are used for conversion through these wires. Magnet wires are therefore used in many communication devices like telephones and televisions, mobile phones and computers.

The enameled copper wire from xinyu-enameledwire.com can work continuously under 130C and 150C.lt has excellent and electrical properties and is suitable for winding in general motors of class B and F and coils of electrical instrument.