Copper wires are extensively used in the manufacturing of electrical goods and products because they are resistant to heat and therefore there are no chances of overloading. So machines that employ heavy electrical circuits use the copper wires. Copper wires are also resistant to rusting and even if some degree of oxidation can be noticed, this will not impair its functionality. Copper is ductile and it can therefore be manipulated to produce wires of varying thickness. One such variety is the copper braided wire. It is important to understand the advantages and drawbacks of the different types of copper wiring to be able to realize how these can be applied to produce different kinds of electrical goods.

How does the copper braided wire work?

The copper braided wire is known to be more flexible compared to solid copper wires and therefore finds use in the manufacture of flexible appliances. This type of wiring is best suited for electrically linking different parts of a vehicle such as the hood of a car or the exhaust pipe. The copper braided wire can also be employed for constructing swinging doors and gates.

Advantages of using the copper braided wire:

•    Copper wire is available in the solid form or in a stranded form. The solid copper wire is typically thicker and the stranded wire comprises of bunches of thin copper strands. These are then twisted, tweaked and braided together to produce the copper braided wires. Since these wires can be easily twisted to take any shape, whether circular or flat or tubular, these wires are considered to be far more malleable. Regular copper wires in contrast are rigid and harder to work with.

•    Since the braided variety is malleable, it is resistant to corrosion and this makes it more resistant to constant wear and tear. This is likely to appear with continuous manipulations and this explains why the braided copper wires are preferred in places where the wires have to be tweaked. You will find them being most extensively used in making power cords or for computer mouse.

•    It is also far easier to install the copper braided wire compared to regular solid copper wires. Since these wires include bunches of thin copper strands which have been braided together, they are simpler to set up rather than setting up one large copper wire which has the same cross-section.

•    The braided variety has been seen to benefit and improve durability of applications which have vibrations. The wires are flexible and this explains why the equipments last longer. The wires are braided together and this makes them tear-resistant; they will not break or wear out easily. Compared to the coaxial cables these are also more economical.

These are some of the most important benefits which the copper braided wire offers compared to standard copper wires. Both these varieties are equally efficient when it comes to effectively transmitting power; each of these is also ideally suited for domestic and commercial uses. While the solid copper wires are mainly found useful in rugged applications or outdoor applications where these are typically exposed to environmental corrosion or harmful weather conditions, the braided varieties are usually used for the more sensitive and intricate applications such as circuit boards. In these appliances, the wires may need to be twisted or bent for making the components.