7050 T74 T7451 Extruded aluminium flat bar

7050 is a high strength heat-treated alloy, which has extremely high strength, spalling corrosion resistance and stress corrosion cracking resistance. Zinc is the main alloy element of 7050series aluminium alloy. Adding magnesium to the alloy containing 3%-75% zinc can form MgZn2 with remarkable strengthening effect. The heat treatment effect of this alloy is much better than that of Al-Zn binary alloy. Increasing the content of zinc and magnesium in the alloy will further improve the tensile hardness, but its resistance to stress corrosion and exfoliation corrosion will be improved. After heat treatment, it can achieve very high strength characteristics. In this system, a small amount of copper-chromium alloys are usually added. In this system, 7050 T7451 aluminium alloy is regarded as the best product of aluminium alloy, and its strength is much higher than that of soft steel. This alloy has good mechanical properties and anodic reaction. It is mainly used in aviation and navigation. Die processing, machinery and equipment, fixtures and fixtures, especially for aircraft manufacturing structures and other high stress structures requiring high strength and corrosion resistance.


 
7050 Aluminum Alloy details：
 
7050 status: 7050-T7451, 7050-T7651 sheets
7050 state: 7050-T74, 7050-T7452 die forging, forging
7050 state: 7050-T73511, 7050-T74511, 7050-T76511 extruded bar
 
7050 T74 T7451 Extruded aluminium flat bar characteristics
1. High strength heat-treatable alloys.
2. Good mechanical properties and anodic oxidation reaction.
3. Good toughness.
4. 7075 T7451 has excellent stress corrosion cracking resistance.
5. Good anti-stripping corrosion.
6. Low quenching sensitivity.
 
7050 T74 T7451 Extruded aluminium flat bar application ：
7050 T74 T7451 Extruded aluminium flat bar combines high toughness, high strength and excellent stress corrosion cracking resistance, which makes it the preferred material for aerospace industry. Major applications include fuselage frame, bulkhead and wing skin. Other applications include structural applications and ship components, military components, high-speed rotary bodies, mobile devices, and high-stress components. Aircraft structural parts are used for medium and heavy plate extrusion, free forging and die forging. The requirements for manufacturing this kind of parts are: anti-stripping corrosion, anti-stress corrosion cracking, fracture toughness and anti-fatigue performance.