In the worlds of manufacturing and industry, there are innumerable small parts involved, all of which make the big machines work as they should. When it comes to moving parts, there isn’t a small part more important than wire.
Wires are everywhere around us – in our homes, schools, offices, and sports clubs, mostly out of sight and out of mind. But underneath the surface, they are performing vital functions that society would very much struggle to go without.
Such is the prominence of wires and cables in industrial and manufacturing settings that there are endless numbers of specially designed versions, all optimized to do a specific job in the most effective way possible.
There is a huge variety of materials that can be used, as well as chemical processes that can be undertaken in order to create a wire with the exact desired properties. Whatever the use of the wire, they can be created with the correct expertise and equipment available.
Read on to find out more about some of the most important uses of wire in manufacturing and industry and how they make manufacturing processes possible, providing the items and systems that people take for granted every day.
Bearing weight and mechanical loads
One of the most critical functions that wires perform in manufacturing and industry is bearing mechanical loads. Wires can be created to have significant strength so that they are able to serve a multitude of functions both in factory machinery and in the warehouse too.
For example, baling wire, like that found at Baling Wire Direct, has high strength and flexibility making it ideal for tying down and securing stock.
In order to make wire that has a comprehensive weight-bearing abilities, they can be braided – meaning that many wires are threaded together to create a type of metal rope, which multiplies the amount of weight bearing it can do by orders of magnitude.
Wire is often one of the main mechanisms behind moving parts in machinery, as it is both flexible and strong, meaning it can be used via pulley systems to concisely and accurately move specific parts of a mechanical machine for the desired effect.
For many, carrying electricity is the first thing that comes to mind when thinking about wires. Of course, this is one of its most prominent uses, giving people the ability to power and warm their homes, use internet-connected devices, and travel using services such as public transport.
Wires that are made to carry electricity are manufactured using a wide range of metals, with a selection made depending on how much conductivity is required, as well as factors such as resistance to damp, corrosion, and other malignant forces.
As well as supplying the electricity to allow for telecoms systems, wires are also capable of transmitting our communications themselves and have been used in such a fashion for a long time. However, with the birth of VOIP and internet communications, this is not such a prominent usage in the present.