Copper in Electrical Wiring Mechanism

Copper and copper products such as copper wire, tinned copper wire and PVC coated wire are extensively used and deployed in the critical electric wiring industry. There are several advantages of using copper wire for creating wiring systems, some of which are:

a) Electrical conductivity: Copper has the highest electrical conductivity of 16.78 nΩ•m at 20 °C, as per International Annealed Copper Standard. Such excellent electrical conductivity makes copper wire as one of the most preferred and recommended material for creating electrical wirings and subsequent activities. Electrical conductivity is the property through which a metal’s ability to transfer electrical charge is measured.

b) Tensile Strength: Tensile strength is the force required by a metal to pull it to a point, beyond which the metal breaks away. Copper related products such as copper wire, tinned copper wire and PVC coated copper wire have very high tensile strength, which makes them extremely strong and powerful materials for electrical wiring and other industries such as manufacturing and construction.

c) Ductility: Ductility is the metal’s ability to deform up to a certain point, under extreme stress and pressure. Copper wire has very high ductility, making them ideal components of electrical wiring.
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