Anodized Industrial CNC Aluminum Extrusion Parts CNC Turning Parts

Custom aluminum extrusion manufacturers can handle custom designs that precisely meet the requirements of the application. This extrusion variant is ideal for projects where a unique shape, size, or feature is critical to a product's functional or aesthetic appeal.

Aluminum extrusion applications are wide and diverse, penetrating into every corner of modern industry and daily life. They combine superior strength, flexibility and lightness. Therefore, the technology is indispensable in different applications across industries.

Customization is invaluable to industries seeking to optimize product design to improve performance, durability or cost effectiveness. It supports a wide range of applications from simple to complex profiles, providing solutions not available with standard extrusions.

Aluminum's resistance to corrosion, erosion and weathering is one of its most significant advantages. Aluminum naturally resists corrosion without additional treatment due to the presence of a thin, naturally occurring protective film of aluminum oxide on its surface. By anodizing, its resistance to corrosion becomes even stronger.

For example, in outdoor environments, anodizing can be performed to 25 microns, which increases both corrosion resistance and surface finish. In addition, aluminum requires no maintenance and in most cases can be used without fear of corrosion.

Aluminum is more than 33% lighter than steel while retaining most of its strength. The tensile strength of most aluminum alloys ranges from about 70-700 MPa, while the density is two-thirds less than steel.

Product design engineers do not have to worry about the strength of aluminum extruded parts, which can be used as structural components in the construction and automotive industries alike, making them an excellent alternative to other metal materials. In order to lighten weight and reduce energy consumption, the automotive industry is making significant use of aluminum alloys.

Aluminum's versatility, recyclability, and lightweight nature make it widely applicable in industries that require specific demands on weight, corrosion resistance, and strength.