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Technology of Processing of Aluminum Sheet
Technology of Processing of Aluminum Sheet
Hardening is also called cold work hardening, is a metal material in the recrystallization temperature of cold deformation processes such as forging, rolling, drawing, drawing, cold deformation, metal internal dislocation density increases and intertwined and formed cell structure, obstacles to dislocation motion. The degree of enhancement after cold deformation is different with the property of deformation, deformation temperature and material itself. In the same condition, the aluminum sheets have higher the deformation degree, the higher the strength of the same material, the lower the plasticity.
Solid solution strengthened aluminum plate
In the pure aluminum, certain alloy elements are added to form an infinite solid solution or a limited solid solution, not only can obtain high strength, but also can obtain excellent plasticity and good pressure processing performance. The most common alloying elements in the general aluminum alloy are copper, magnesium, manganese, zinc, silicon, nickel and so on. Aluminum alloy formed limited solid solution, such as Al Cu, Al mg Zn, Al Si, Mn, binary alloy were formed limited solid solution, and has larger solubility limit can play a larger solid solution strengthening effect.
Solid solution strengthened aluminum plate
In the pure aluminum, certain alloy elements are added to form an infinite solid solution or a limited solid solution, not only can obtain high strength, but also can obtain excellent plasticity and good pressure processing performance. The most common alloying elements in the general aluminum alloy are copper, magnesium, manganese, zinc, silicon, nickel and so on. Aluminum alloy formed limited solid solution, such as Al Cu, Al mg Zn, Al Si, Mn, binary alloy were formed limited solid solution, and has larger solubility limit can play a larger solid solution strengthening effect.