What is an anodized coating?

The anodized coating is a layer of molecules that is attached to the metal surface to keep the metal longer. This metal is easier to maintain and is usually much heavier than a metal without anodized coating. To make this coat, this coat should be used, sealant, acid and electricity should be used; Otherwise, the whole process cannot provide the right coating. Depending on how it is done, anodized metal can show up differently. Almost every metal - except those who refuse to integrate with oxygen or have problems - can be anodized.

Unlike many coatings and finishing materials, the coating is not artificial. It is a layer of charged oxygen or oxide that is formed on the surface of the metal. This thin layer adds some advantages, such as heavier and harder than metal, without a coating. The metal that has been anodized is also easier to maintain due to the coating. Without coating, some metals are prone to breaking or rupture, but Tje's coat keeps the metal smooth and easier to use. After immersion intoThe charged acid is removed and placed in the sealant. This is usually easier than other coating methods and is usually cheaper.

There are four classifications of anodized coating based on how strong it is and what is done to anodize metal. Both type I A and type I B are thin layers that are exposed to a small amount of electricity and are good for the production of general parts. Slightly more electricity is used in type II coating and the acid is much stronger. The latest type, type III, is the most difficult coating and requires a few times through the process of anodization with a solution of a similar type of II coating.

Most metals are able to accept anodized coating, but not all. If the metal refuses to interact or is very difficult to integrate with oxygen, the metal cannot be used. Iron, steel and any other metals containing iron or iron are not able to be anodized because while iron reacts with oxygen, in its presenceand rusty.