Typical main uses of 7075 aluminum alloy plate

        7075 aluminum alloy profile is a cold-treated cast aluminum alloy with high compressive strength, far exceeding that of mild steel. 7075 is one of the commercial super strong aluminum alloys. Withstand the heat treatment process, can achieve very high compressive strength characteristics. 7075 raw materials are generally added with a small amount of copper, chromium and other aluminum alloys. Among the series, 7075-T651 aluminum alloy profiles are particularly good. They are called high-quality products among aluminum alloy profiles. They have high compressive strength and far exceed all mild steel. This aluminum alloy also has excellent reflectivity and anodized reflection.

Wuxi Hengtai Aerospace Technology Co., Ltd. was established in 2001. It is an enterprise specializing in the processing and distribution of high-end aluminum alloy plates. Relying on more than ten years of industry accumulation and rigorous management system, it has won a good market reputation.

Next, the editor will show you the typical main uses of 7075 aluminum alloy plate:

The 7075 key is used to produce aircraft structures and other high-stress components with high compressive strength and corrosion resistance, such as airplanes, lower wing wall panels, stringers, etc. After aging treatment, the plastic deformation is good, the heat treatment process strengthening effect is very good, it has excellent compressive strength below 150 degrees, and has particularly good ultra-low temperature compressive strength, poor electric welding characteristics, and a tendency of intergranular corrosion cracking. It is also widely used in mold manufacturing, industrial equipment, fixture tooling, aerospace industry production, injection molding (bottle) molds, ultrasonic plastic welding abrasive tools, golf heads, shoe molds, paper molds, polyurethane foam forming molds, dewaxing molds, Industrial equipment, used to make high-grade aluminum alloy profile bicycle frames. In 2014, it will be used for the first time as the shell material of the OPPON3 smartphone.