What is anodization of colors?

Colors anodly is the process of metal anodization and then adding dye before sealing the metal. For anodization, the metal is placed in electrolyte VAT and electricity passes through electrolyte, causing an oxide layer to form. After the oxide is formed, dyes can be applied to the size of the metal pores. Aluminum is the most common metal used to anodize colors, but there are several other metals that can be used, including titanium and magnesium. While anodization has several important advantages, adding color is usually helping to distinguish parts and to make the parts look better for consumers.

The anodization is a process in which a very thin oxide layer is formed at the top of the metal, which increases its surface hardness and changes the size of the pores. This is also used to make battery parts, specifically for the anode. The metal is first placed in a solution of electrolyte, which has free roaming ions. Electricity is promoted by a solution that excited ions and causing it to hold on the surface of the metal, resulting in a newcoat.

Another anoding of the colors is further occurring. After regular anodization is completed, metal pore density changes. Depending on how long the metal has been anodized, metal and anodization method can be given different colors. The dyes are added directly to the metal and the color attaches the color as well as with the textile. If the metal is not anodized in advance, then the pores will be too small and the dyes will run away from the metal surface.

only certain metals can be used to elox colors, since these metals must respond freely to oxygen. If they cannot react with oxygen, then the oxidized layer will not form correctly and cannot be colored. The two most common metals are aluminum and titanium, because of their hardness and general use outside anodization. Other metals include Zink, Tantalum and Magnesium.

In contrast to the regular anodization that offers some mechanical advantages, color anodization is usually used for cosmetic purposes. The colored metal will still receiveMechanical advantages such as increased surface hardness, but the metal is rarely used. Color -entered metal is commonly used to help distinguish parts by their color so that metal products are visually attractive in consumer products and for costume jewelry. The environmental advantage is that this process creates less pollution and has fewer residual materials than other dying processes.