Extruded Aluminum Profiles

Aluminum alloy base material is formed by using an extrusion machine to heat the aluminum billets to a certain temperature and then extruding it. The main advantage of aluminum alloy extrusion technology is that it can produce high-strength and lightweight aluminum alloy materials of various shapes and sizes, which are widely used in engineering, construction, automotive, aerospace, electronics and other fields.

Aluminum alloy coating treatment: It is a dry surface treatment program where extremely fine pigment particles are electrostatically treated and sprayed onto the product to form a layer. After solidification in a curing furnace, a solid layer is formed. This treatment has a beautiful surface, durability, scratch resistance, chemical resistance, and UV resistance, environmental protection, no waste liquid discharge, perfect edge coverage effect uniform color and wide range of spray colors, and the thickness is easy to control.

Aluminum alloy fluorocarbon treatment: A process of electrostatic adsorption of paint, using multi-layer spraying to fully utilize the durability and weather resistance of the paint. This treatment has excellent anti-corrosion performance, maintenance free and self-cleaning, high decorative quality, and ultra-long weather resistance.

Aluminum alloy anodizing treatment: It is a surface treatment method that converts the surface of aluminum alloy into an oxide layer through a certain chemical reaction, thereby improving its surface performance. This treatment has corrosion resistance and wear resistance, high decorative quality, improved insulation, and high temperature resistance.