Aluminum is one of the most commonly applied metals worldwide and has even replaced the use of other metals. It has become more and more favorable due to its eco-friendly nature and lightweight quality, which also result in reduced carbon emissions and minimized production costs. Various industries in a multitude of sectors rely on aluminum for machinery and products alike, including the field of electronics. Any aluminum stockist will tell you that aluminum is one of the most versatile metals you can get your hands on. Thanks to qualities such as ductility and conductivity, you can’t go wrong with aluminum.
One of the most predominant uses of aluminum in the field of electronics is the casing for devices. Aluminum sits among the most popular materials for eco-friendly and lightweight casing from all manner of companies. From HDTVs to laptops, aluminum gets used across a multitude of devices to protect the inner workings of the objects. Aluminum is the preferred option for this, as it provides greater protection than flimsy plastics; however, it’s much more convenient than heavier metals. After all, the purpose of an electronic devices is to be simultaneously convenient and efficient.
Parts of Computers
In addition to the external features of electronics, aluminum is also widely used within the inner workings. The integral features of computers contain various metals in order to function with smoothness and efficiency in mind. For instance, aluminum may be used for the purpose of heat sinks, which, as the name suggests, captures the heat from the computers. This is to inhibit the heat from traveling throughout the machine, which could result in the overheating of the device and the detriment to other key components. Selecting the right metal is imperative when it comes to the functioning of computers; otherwise, you run the risk of malfunctions and breakages.
Power lines are used to transport electricity from one area to another, and they can cover extremely long distances. By themselves, they’re not a new concept; however, they’ve only been crafted by aluminum since the early 20th century. Before this, copper was widely used, but the lightweight quality of aluminum has meant that it’s favored. With this being said, aluminum isn’t as electrically conductive as copper; however, it’s ductility means that it can be crafted into lines much easier. Furthermore, aluminum is resistant to corrosion, allowing it to withstand even the harshest of weather conditions.
The purpose of an electric motor is to move a part in order to achieve a specific function. Many motors are crafted from aluminum, especially those in automotive and aeronautical industries. Typically speaking, aluminum is used on the body of the motors themselves, due to the simultaneously durable and light structure that can undergo extreme conditions and elevated temperatures. Furthermore, the fact that motors need to be all different shapes and sizes, the ductility of aluminum makes it the ideal option. Not only this, but the lightweight nature means that motors can be easily transported, ready for implantation in various vehicles.
Last but not least, aluminum is one of the key metals used in power grids, as well as other power systems. This is due to aluminum’s conductivity, which facilitates the efficient distribution of such. On top of this, aluminum is much more affordable than other metals, such as copper, which is why it tends to be the desired option. All in all, aluminum allows power system manufacturers to perfectly tread the balance between cost and electrical conductivity. Ultimately, aluminum is one of the most integral metals in the electronic industry.
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