Thin Aluminum Plate

Compared with ordinary metals, the alloy thin aluminum plate has good strength, corrosion resistance, low temperature and chemical activity, which are often better than ordinary metals and are welcomed by the industrial market. Alloy aluminum plate is a further upgrade of ordinary aluminum plate and is the most widely used non-ferrous metal structural material in industry. It has some special properties that pure aluminum plate does not have.

Main alloying elements such as copper, silicon, magnesium, zinc, manganese, etc. are added during the processing of ordinary thin aluminum plate to improve the chemical indicators and mechanical properties of aluminum plates. Aluminum plates are mainly used in mold making, household appliances, ship plates, etc. Aluminum alloy sheets are mainly used for industrial profiles, and are widely used in aerospace equipment, molds, rail transit, electronic appliances. In terms of production methods, there are generally two types of aluminum plate: block method and strip method. The segmented method is to cut a hot-rolled slab into several pieces and then cold-roll it into a finished product. The belt rule is to roll a slab to a certain thickness and length, then roll and coil it to the thickness of the finished product, which is then cut into individual aluminum sheets. The method has high production efficiency and good product quality.

In recent years, alloy thin aluminum plate and pure aluminum plates have been widely used in our daily life. They belong to a kind of aluminum plate and serve different fields according to different needs. We often say that aluminum sheet is a rectangular plate made of aluminum ingot or rolled aluminum. Aluminum alloy plate can be said to be an upgraded version of aluminum plate. Various alloying elements, such as manganese, copper, magnesium, and zinc, are added during the processing of aluminum sheets. Alloys can be used to improve the mechanical properties and chemical indicators of aluminum sheets, which belong to the relationship between inclusions and inclusions.