Heat treatments are very important for increasing and enhancing the strength of aluminum alloys.

Aluminum heat treatment is a process applied to improve the mechanical properties of aluminum alloys. This process is widely used to enhance the strength, transform, and improve the performance of aluminum parts.

There are generally three main stages in the heat treatment of aluminum:

Heat Treatment Processes

• Heating: Aluminum parts are heated to a specific temperature, which varies depending on the type of aluminum alloy used. Heating helps rearrange the crystal structure within the alloy.
• Holding: The parts are held at this high temperature for a specific period during the heat treatment. This duration varies depending on the thickness of the alloy and the desired mechanical properties. The holding period ensures the homogenization of the alloy's internal structure.
• Cooling: The heated parts are cooled at a controlled rate. The cooling process hardens the alloy and helps achieve the desired mechanical properties. During this stage, accelerated cooling (such as quenching in water) or slow cooling (air cooling) can be used.

Quenching time: 12 seconds

Vertical Heat Treatment Cassette dimensions: 120cm x 140cm x 100cm

Capacity: 20 Tons/Month

The T4, T6, and T7 aluminum aging processes are carried out in our vertical furnace.

Advantages of Aluminum Heat Treatment

Improvement of Mechanical Properties: After heat treatment, the durability, hardness, and ductility of the aluminum alloy are increased.

Machinery and Automotive Applications: Heat-treated aluminum is widely used in the automotive and machinery industries, where high durability and light weight are essential.

Aluminum heat treatment is a critical process that, when applied correctly, significantly enhances material performance. Therefore, it is a technique that should be carefully applied by organizations specialized in aluminum processing and manufacturing methods.