Aluminum is a lightweight, strong, and easy to work with material, which is why it is used in many fields, from aerospace to automotive, to construction and furniture. But how is it transformed from a sheet of metal into a finished component ready to be used?

Aluminum processing can be done through different techniques, depending on the desired characteristics of the final product. One of the most common techniques is casting, which involves melting aluminum at high temperatures and then pouring it into a mold. This mold can be of different shapes and sizes, depending on the object you want to get.

Once cooled, the object can be removed from the mold and further worked to obtain the desired shape. nother common technique for aluminum processing is forging, which involves using high pressures to give aluminum the desired shape. This technique is particularly suitable for creating large, high-quality components, such as airplanes or cars.

Forging can be done hot or cold, depending on the mechanical properties required by the final product.

Another technique for aluminum processing is rolling, which involves crushing the metal between two rollers to obtain a thin sheet. This technique is used to create sheets of aluminum of different thicknesses, which can then be used in many fields, such as building construction or packaging production.

Finally, aluminum can also be worked through plastic deformation techniques, such as cutting or bending. These techniques allow you to obtain components of different shapes and sizes, such as parts of a chair or a desk.

But aluminum processing doesn’t end here. After obtaining the desired shape, the piece is subjected to various finishes to improve its aesthetic appearance and increase its resistance. For example, it can be subjected to anodizing treatments to increase its resistance to oxidation, or to paint to protect it from the external environment.

In conclusion, aluminum processing can be done through different techniques, depending on the desired final product. Casting, forging, rolling, and plastic deformation are just some of the techniques used to transform this valuable metal into everyday objects.