Copper Flat Wire - Most Useful In Making Of Electrical Equipments

Copper is a universally accepted material that acts as a highly conductive metal. Copper is the metal that has been used as the electrical conductor from the nineteenth century and has been also proved as the superior thermal conductor material.
 
Copper is the electrical conductor of choice in different categories of electrical wiring work.  Copper wire has been found extremely useful in telecommunication, electronic circuitry, generation of electrical power, transmission and distribution of electricity and making of almost all types of electrical equipments.
 
Copper has been rated as the metal that has highest electrical conductivity rating among all non precious metals. Therefore, copper and its alloys are considered to be the ideal metals to make wire for electrical wiring. Copper is an established metal for making electrical wires of all types for maximum electrical wirings because of its supreme conductivity of electricity.  

Main uses of Copper Flat Wire

Copper flat wire is useful in numerous ways. Copper flat wire is used in high speed stamping and multi slide forming. Copper flat wire is very useful in winding of transformers, electrical motors, generators and other such electrical components.  
Copper flat wire is indispensible for making armatures of motors and high speed stamping.

How Copper flat wire is made?

Copper Flat Wires are made from normal copper circular wires. The copper flat wires are made to exact specifications. Circular copper wires are flattened through mechanized hammering or compressing techniques. Special attention is given to adhering to American Society for Testing Materials specifications, especially ASTM B-272, while manufacturing Copper Flat wire.
 
Benefits of Copper Flat Wire

Copper flat wire, besides being the best conductor of electricity, provides certain additional advantages also.  This wire is completely resistant to corrosion because of low reactivity, very tough in nature, highly ductile and forms alloys with other metals, such as brass and bronze, relatively easily. Copper flat wire does not expand while being heated and shrinks when being cooled because of its low coefficient of thermal expansion.  This makes Copper ideal for electrical wiring.  Copper is also the ideal metal that withstands surges of electricity overloads quite easily.