Usages of Aluminum Extrusion Profiles

Aluminum is a material with numerous advantages that make it a popular choice for a wide range of applications. This metal offers exceptional strength, light weight, corrosion resistance, durability and minimal maintenance requirements. Some applications exclusively use various shapes of extruded aluminum parts. The aluminum extrusion process requires forcing metal through a die with a specific cross-sectional profile, similar to pushing toothpaste through a tube.

Aluminium extrusion profiles have special properties that improve their working conditions.

Below are the main benefits of using aluminium extrusion profiles.

High level of corrosion resistance.

High ductility.

High strength to weight ratio.

Aluminum profiles are used in a variety of products, including aerospace, agricultural, automotive, construction, consumer goods, defense, doors and windows, and other components. That's why we are a full-service manufacturer of standard and custom aluminum profiles, with standard and custom profile capabilities, including a variety of aluminum profile and shape configurations.

You will use aluminum extrusions in the transportation industry, especially due to its strength-to-weight ratio properties. It is the most suitable material for transmission housings, engine blocks, roof rails and automotive panels, as well as other critical automotive components.

You will also use aluminium extrusions in the construction industry to make key structures in buildings. Due to its high flexibility and strength ratio, it is the most suitable material for making door and window panels.

Aluminum profiles have high strength and low density. This gives them an excellent strength-to-weight ratio for projects in the construction, automotive and aircraft industries. In construction, aluminum parts are used to make door and window frame components. Aluminum is used to make aircraft wings and components to control weight during flight. In vehicles, aluminum and engineering-grade thermoplastics are replacing heavier metals to reduce fuel costs and improve engine efficiency.

Aluminum profiles are easy to integrate and have a degree of biocompatibility as they do not corrode or react easily. Its high temperature resistance also means it can kill bacteria. Aluminium profiles can be used to manufacture snap-in hinge assemblies, walking frames, wheelchairs, mobile cranes, and functions for diagnostic and surgical equipment.

Aluminum can be easily machined into different lengths to create component housings, brackets, chassis and housings for electronic and consumer components.