Why are electric wires coated with PVC?

When I constructed my house back in 2017, I had done all my electrical wiring with PVC. Because the electric current is extremely harmful and has the potential to kill a person. According to certain research, even a small amount of electric current (less than 10 mA) might result in a substantial risk of death. So be cautious when it comes to power. PVC does an excellent work of shielding the conductors used during electrical connections and circuits. We can't run multiple wires in one line without PVC. I will explain why are electric wires coated with PVC.

Why electrical wires coated with PVC?

Because PVC is an insulation pad electrical conductor, electrical cables and wires are covered with it to eliminate electrical shocks. Because it does not transmit electricity, it is an ideal material for electronic applications such as cable insulation wrapping. Rubbers and polyvinyl chloride are insulators. They don't let an electric current pass through them, therefore even if we accidentally contact the wires, the current won't pass through our bodies and we won't get an electrical shock. is an insulator that keeps us safe from electric shocks PVC is applied on the wires. Electric wires are constructed of metals that conduct electricity, such as copper, but they are coated with rubber. As a result, it's an ideal material for electronic applications like cable shielding.

PVC is available in two main forms: rigid PVC and flexible PVC.

Construction and industrial uses are the most common uses for RPVC. Because of its high strength and load-bearing ability, this material is used in products such as plumbing fixtures, connections, wrappings, plastic window frames. Compact, UV-resistant, and durable, RPVC pipes are a good choice. They can withstand harsh surroundings and hard treatment without requiring a lot of work. These pipes will not degrade, tarnish, or decay. They are waterproof, need not flood, break, or split, and are untouched by temperature changes.

Adding various concentrations of thermoplastics, like dioctyl phthalate, can increase flexibility above a broad range. The retention of rigid polymer particles in a suitable solvent is a common method for processing PVC. In this type, treatment of plastisol is feasible, it is non-flammable with better directional consistency. The rates are minimum in comparison and weather resistance is excellent.

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why are electric wires coated with PVC.