According to the composition of aluminum alloy and the characteristics of the production process, it is generally divided into two types: deformed and forged aluminum alloys. The key to industrial production is aluminum-manganese, aluminum-magnesium, aluminum-magnesium-copper, aluminum-magnesium-silicon-copper, aluminum-zinc-magnesium-copper and other aluminum alloys. Deformable aluminum alloys are also called cooked aluminum alloys. According to their composition and characteristics, they are divided into five types: anti-rust aluminum, duralumin, super-duralumin, forged aluminum and aluminum.

Aluminum alloy is made of pure aluminum by adding some aluminum alloy elements, such as aluminum-manganese aluminum alloy, aluminum-copper alloy, aluminum-copper-magnesium hard aluminum alloy, and aluminum-zinc-magnesium-copper super hard aluminum alloy. Aluminum alloy has stronger physical and physical properties than pure aluminum: easy, high performance, wide application fields, good decorative design effects, and colorful patterns. Aluminum alloys are divided into anti-rust treatment aluminum, duralumin, super duralumin and other types. Various types have their own application areas and have their own numbers for users to adopt.

Aluminum alloy still maintains the characteristics of light weight, but the physical properties are significantly enhanced. The use of aluminum alloy raw materials has the following three levels: one is as a prefabricated component under stress; the other is as raw materials for doors, windows, pipes, covers, shells, etc.; the third is as decorative design and thermal insulation materials. After the aluminum alloy anodic oxidation treatment is used to solve the problem, the color can be developed to make a variety of decorative objects. The surface layer of aluminum alloy plates and aluminum profiles can be used for anti-corrosion, embossing, spraying, packaging and printing, etc., to be made into various decorative materials and aluminum profiles, which can be used as building decoration materials.

Low cost, and using one manufacturing process to be able to produce the same parts, this is also one of his characteristics.

Its raw materials are characterized by lightness, ease, and its compressive strength, unlike carbon fiber, which has a larger stress range.