In the current hardware industry, brushed aluminum plate has become a popular product because it combines modern science and technology with fashion elements, and achieves a more beautiful and corrosion-resistant effect. During the entire processing process, the cross-sectional area of the metal will change due to the pressure because the mold is forcibly subjected to pressure.
There are certain requirements for the materials suitable for making brushed aluminum plates. Pure aluminum plates are more suitable, so the production process of pure aluminum plates is relatively simple and the price is relatively cheaper. Currently, pure aluminum plates have become the most commonly used in today's manufacturing industry.
In addition to pure aluminum plates, there are also alloy aluminum plates. The characteristics of this series of materials are high hardness, and the copper element is the highest among them. They are not often used in conventional industries and are generally used in the aerospace manufacturing industry.
Many products that we see do not always have a certain property or only have one property. Often, this property is achieved after multiple processing processes. For example, the various precious properties we see are actually achieved after the brushed technology of various aluminum plates. So what kind of properties do aluminum plates have after wire drawing?
Brushed aluminum plates starting with the number 6 have added silicon elements compared to the previous ones. After being processed by brushed technology, it often has better oxidation resistance. The level of oxidation resistance often affects the service life of the product, so customers who want to extend the service life of the product often choose this material for wire drawing.
Aluminum plates starting with the number 5 have various specifications and often have a large quantity because there is a high demand for them in the market and they are widely used. The main feature of this brushed aluminum plate is the high magnesium content, which gives it a strong resistance to stretching and a relatively high elongation rate, which also makes it more widely used.