Universal all aluminum radiator profile

The Role of aluminum extrusions in Aerospace Materials Innovation

The aerospace industry is constantly pursuing new material innovations to improve spacecraft performance and reliability. Aluminum extrusions play a key role in this process, the following are several aspects of its innovation in aerospace materials:

Lightweight: Aluminum profile is a kind of lightweight material, which is very suitable for the structural material of spacecraft. The weight of a spacecraft is critical for propulsion and orbital entry, so the lightweight nature of Aluminum Profiles helps reduce overall weight and increase carrying capacity.

High-temperature performance: Some space missions need to be performed in extremely high-temperature environments, such as re-entry into the atmosphere. Aluminum profiles can be alloyed to improve their high-temperature performance and ensure structural stability in high-temperature environments.

Corrosion resistance: Spacecraft usually need to operate in harsh environments, such as strong radiation and chemical reactions in space. The corrosion-resistant nature of aluminum extrusions helps protect spacecraft from the external environment.

Plasticity: Aluminum profiles are easy to process and form, and can manufacture a variety of complex spacecraft components, such as shells, support structures and connections.

Sustainability: Aluminum profiles are a recyclable material that helps reduce space debris and waste of resources.

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