Productivity in Aluminum Extrusion: Technological Innovations

Aluminum extrusion offers many advantages for the construction industry. It is a widely preferred material. The material formed by passing the aluminum material through a certain mold and obtaining long shapes of the cross-sectional profile is called aluminum extrusion.

What is Aluminum Extrusion, How is it Obtained?

Taking advantage of the mechanical and physical properties of aluminum, extrusion is treated as a profile that can be used for various applications. It is light and durable, which makes it preferable. The process of aluminum extrusion starts primarily with heating. Then:

• The ingot must be heated to a certain temperature before starting the extrusion process. This temperature varies between 400 and 500 degrees.
• Then the easy-to-shape material is placed.
• The aluminum placed in the cylindrical chamber is pressed with a powerful hydraulic and mechanical press.
• Aluminum, which passes through the mold under high pressure, reaches different shapes.
• The cooling process is then completed and corrections are made if necessary after the cooling process.

Aluminum extrusion

What are the Advantages of Aluminum Extrusion?

Aluminum extrusion is treated as a material obtained in this way. It can be said that there are numerous advantages with its use. These advantages can be listed as follows:

• Design flexibility: Extrusion is advantageous for the production of complex and varied cross-sectional profiles. This creates an important advantage for design. Aluminum extrusion, which can be made in special shapes in accordance with the needs of engineers, architects or designers, has an important advantage for carrying out a special project.
• Light weight and durability: Aluminum is one of the most lightweight and durable materials. From this point of view, it is possible to say that extrusion materials produced with aluminum also take the light and durable feature of aluminum. Although they are lightweight, they are strong, which makes them preferable.
• Corrosion resistance: Aluminum, a naturally corrosion-resistant material, enables extrusion to produce profiles that are resistant to corrosion and environmental factors. Aluminum extrusion efficiency is very high, making it ideal for harsh environmental conditions.
• Thermal and electrical conductivity: Aluminum is an excellent conductor of heat and electricity. In this respect, it can be said that the usage areas of aluminum extrusion profiles are quite wide.
• Recycling Given environmental considerations, utilizing recyclable options and using them in sectors such as construction is a necessity, not a possibility. When it comes to recyclable materials, aluminum becomes the most preferred material in the construction industry. Aluminum extrusion profiles, an environmentally friendly and sustainable material, offer a wide range of uses and contribute to the recycling of the areas where they are used.

Aluminum extrusion

Is Aluminum Extrusion a Technological Innovation?

Aluminum is a material often used for technological innovations. It can be said that it has an ever-expanding list of uses. The construction sector is at the forefront of these. Curtain-wall systems, scaffolding, window frames or door profiles, which are among the most basic components of the construction industry, are produced using aluminum extrusion. However, these profiles play such a role in the transportation sector. Aluminum extrusion profiles are often used when manufacturing automotive parts or aircraft structures. Aluminum extrusion is one of the most widely used materials for the production of electronic materials such as heat sinks, electronic device doors or cable ducts. Good thermal conductivity is one of the features used in this sector.

Aluminum extrusion, which is used for different fields and brings significant advantages in every field it is used, can be considered as a technological method developed with aluminum material. In this respect, it can be said that there is a long list of advantages obtained thanks to technological innovations in aluminum!