The Future of Aluminum: Industrial and Architectural Innovations

Aluminum has a lightweight structure and despite this it is considered a very durable metal. This ensures that their usage area is quite long.

Is it Advantageous to Use Aluminum?

Preferred because it is one of the most abundant metals in the soil, aluminum has a wide range of industrial uses. As it is a versatile material, it is preferred not only in industry but also in architecture and construction. As it is a versatile material, its advantages are quite long. It is light, workable and durable, which makes it preferable.

However, when the development of aluminum is considered, it is seen that there is a long list of advantages obtained with its use.

The Future of Aluminum

Use of Aluminum in Industry

One of the most researched topics of recent years is the use of aluminum in industry. Aluminum, which is frequently preferred for industrial applications due to its advantages and has an important place among metals, has also experienced development in its usage areas due to technological developments in industrial areas. Today, the use of aluminum in industrial areas is quite diverse and wide.

Aluminum and aluminum alloys are very important for the automotive industry. It is possible to say that they are widely used in areas such as engine parts, chassis body. As they are lightweight, they increase the fuel efficiency of vehicles and affect their performance. Aluminum is one of the most commonly used materials in the structural components of aircraft and spacecraft. They can improve the performance of aircraft because they are lightweight and offer high durability. Aluminum is durable and rustproof. This is one of the most important reasons why it is preferred in the construction sector. For these reasons, they can be used for structural elements such as window and door frames and facade cladding.

What are the Advantages of Using Aluminum in Industrial Areas?

The use of aluminum in industrial areas creates many advantages. Aluminum, one of the most widely used metals in the world, mostly found as bauxite minerals in nature, is preferred in many industrial applications due to the advantages it offers. Among the advantages of using aluminum in industrial areas;

• Since it is about three times lighter than iron, it creates great convenience in transportation and assembly processes.
• It forms a natural oxide layer and thus becomes a corrosion-resistant structure.
• Easily formable, suitable for welding and forging. This makes it preferable for different applications.
• As it is a type of metal that conducts electricity and heat, it can be used for different applications such as heat exchangers or electrical cables.

However, the future of aluminum is also important for its sustainability. All these factors show that it offers an advantageous use.

The Future of Aluminum

Use of Aluminum in Architecture

The use of aluminum in architecture is becoming more and more common every day. Since it has an easy-to-shape structure, it is ideal for use in architectural areas. Especially the aluminum extrusion method provides a significant success in giving the desired shape to aluminum. Therefore, it is possible to say that it provides a successful use on behalf of modern architecture. Aluminum alloys, which are frequently preferred in architectural designs, have a durable structure. However, it is possible to say that they help to increase the security of architectural structures and buildings if they are used.

Aluminum, which is frequently used in exterior cladding, acts as thermal insulation in buildings and has a lightweight structure at the same time, is among the most ideal material options for high-rise buildings due to such features. They can also be used with skyscrapers. As a perfectly polished and anodized material, aluminum also successfully meets the aesthetic concerns of architectural designers. Aluminum, which also provides enhanced anti-corrosion protection for the metal through the anodizing process, can also be used for exterior doors and windows of buildings.