1060 stamped aluminum discs belong to the 1000 series alloy aluminum plates and are a commonly used series in the aluminum plate and strip family. Advantages of this series of aluminum plates: z is a commonly used series and is also commonly called pure aluminum plate, ordinary aluminum plate, corrosion-resistant aluminum plate, common aluminum plate, etc. There are many names, but they all refer to 1060 stamped aluminum discs.
The notable feature of 1060 stamped aluminum wafers is that the aluminum content can reach more than 99.60%, so 1060 stamped aluminum wafers are also often called pure aluminum plates.
As a professional 1060 stamped aluminum wafer manufacturer, the production process of 1060 stamped aluminum wafers is a relatively simple series of products. And in today's booming aluminum plate and strip industry, the production process of 1060 stamped aluminum discs is usually not complicated and can be regarded as a relatively simple one. Therefore, the price has a huge advantage compared to other high-end alloy aluminum plates. However, regarding the surface quality of the aluminum plate, the performance conditions of the aluminum plate, and the oxidation use of 1060 stamped aluminum wafers, this ability depends on the 1060 stamped aluminum wafer production factory's grasp of the product process, which is particularly critical!
At present, the 1060 stamped aluminum wafers we produce can reach the process level of single-sided oxidation without problems. Because 1060 stamped aluminum discs have a good aluminum content, they have good elongation and tensile strength, and can fully meet conventional processing requirements (stamping, stretching) and high formability.
People in the aluminum processing industry know that the elongation and tensile strength of aluminum plates are also related to the annealing process of aluminum plates. 1060 stamped aluminum discs belong to the more common aluminum plate alloy series in the casting-cold rolling process. The reprocessing processes we can provide you with include H24 state, H14 state, H16 state, H22 state, O state and H18 without annealing. state.
