As we all know, 5052 aluminum plate is composed of a variety of alloying elements. What is the role of each alloying element?Next 5052 aluminum plate manufacturers to introduce to you.

1. First of all, let's talk about the role of magnesium. Magnesium mainly affects dislocation activity and plays a role in fine grain strengthening.Holding tungsten at 2.5%-2.7% ensures rapid fine grain strengthening and sufficient tensile strength.

2, followed by the role of iron, TED content is generally within 0.4, in the process of high temperature and high pressure homogenization, aluminum ferrosilicate dispersion will volatilize in the crystal.It has a very small size and is able to recrystallize crystals, which is conducive to hardness and ductility.

Then there is silicon, which can form complex ternary compounds with iron and aluminum.The new phase size is large, and the larger compounds spread all over the dendritic boundary are not soluble in the homogenization process, and it has an effect on the ductility of 5052 aluminum plate.Strictly controlled tungsten is no more than 0.11% in the test, which can reduce the content of aluminum-silicon composite ternary compound, and then improve the ductility of aluminum plate.

4. In addition, manganese element, chromium is used to refine the recrystallized crystal, rather than manganese, so it should be controlled within 0.07%.

Other alloying elements also have a certain role, Xiaobian is not in this one by one detail, the above is about the role of the alloy elements in 5052 aluminum plate, if you want to know more about 5052 aluminum plate information such as the price of 5052 aluminum plate can contact us.