7075 T6 Aluminum Plate T651 T7351 5x10 Aluminum Sheets ATSTM B209

7075 T6 T651 T7351 Aluminum Alloy Sheet 5x10 Aluminum Sheet Price

Performance of 7075 Aluminum Sheet:

We all know that aluminum alloy plate is divided into pure aluminum, alloy aluminum plate, hard aluminum, die-casting aluminum, and so on. Among these aluminum alloys, aluminum plate 7075 is the best aluminum material, which is used for high quality, high performance, and high strength processing materials. 7075 mainly contains zinc, is aluminum magnesium zinc copper alloy, is heat treatment alloy, belongs to super hard aluminum alloy, has the good abrasion resistance. After eliminating the stress, the processed 7075 aluminum plate will not be deformed or warped.

7075 aluminum alloy is a cold treatment forging alloy, high strength, far better than mild steel. 7075 is one of the commercially available strong alloys. Heat treatment can achieve very high strength characteristics. 7075 materials generally join a small amount of copper, chromium and other alloys. Among them, 7075 T651 has the strongest tensile strength in aluminum alloys and the highest hardness in 7 series aluminum alloys. The alloy also has good mechanical properties and anode reaction.

Specifications of 7075 Aluminum Sheet:

Chemical Composition of 7075 Aluminum Sheet(%):

Mechanical Properties of 7075 Aluminum Sheet:

Applications of 7075 Aluminum Sheet:

7075 belongs to the high-strength heat-treatable alloy, aviation superhard aluminium alloy, high strength, good wear resistance, with extremely high strength and anti-exfoliation corrosion and stress corrosion fracture resistance. Good plasticity after solid solution treatment, good strengthening effect of heat treatment, good strength under 150℃ and especially good low-temperature strength. Widely used in mold processing, mechanical equipment, fixtures, aerospace industry, blow molding (bottle) mold, ultrasonic plastic welding mold, golf ball head, shoe mold, paper mold, foam molding mold, wax mold, mechanical equipment, used for making high-end aluminum alloy bicycle frame. It will be used for the first time as the body material of the smartphone OPPO N3 in 2014.