Between 2015-2019, electrical wiring was the cause of 614 house fires per year on average in Canada. One of the huge advantages of copper is that it’s thermal resistant. Without losing power or strength from shape deformity, copper wire makes for a highly efficient transmitter of energy. Using a material that you can naturally bend and weave through tight spaces is crucial. You’ll want flexible wiring so it can threaded through your walls, floors, and ceilings without damage. In other words, you can bend and twist copper wire with minimal risk of damage. While saving you money and being more energy efficient, copper is also highly ductile. Solidifying it as a no-brainer when it comes to manufacturing. Copper on the other hand offers superior conduction to gold at a much lower price point. Gold and silver are great conductors of energy however, they are far more costly for an insignificant pay off in quality. Effective and affordable: it’s the optimal choice for manufacturing companies. When you choose copper, you’re getting the best of both worlds. What differentiates copper is the ease of electrical flow, maximizing both energy transfer and conductivity. This extra step diminishes the strength of the current and results in excess energy loss. This forces the current to be pushed by a power source (i.e., a battery) to flow through the wire. As previously stated, all metals conduct electricity, however, certain metals put up a level of resistance to this electrical current. The strength of your wires electrical conduction impacts the level of resistance in the current. But what does this mean? If you’ve successfully blocked out your middle school science lessons, then here’s a mini refresher: What is Electrical Conductivity?Ĭopper has the best electrical conductivity of all metals, surpassed only by silver. The electrons are arranged in a way that allows for free movement so electricity can pass through the wires easily and efficiently. ![]() But what makes it the superior choice over other metals? Aside from silver, copper provides the most effective form of conduction. Like all metals, copper is a conductor of electricity. So, what exactly makes copper the popular choice for electrical wires? Let’s find out. From power cables and kitchen appliances to construction tools and computers, copper is amongst the most common household metals. You’ll find copper in a variety of applications and technologies.
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