What is anodized ring?
The anodized rings went through the electrochemical process of treatment to form an oxide layer on their surfaces. Aluminum is perhaps the most widespread anodized metal used to create the rings. The anodization of the ring offers many advantages, including increasing the overall corrosion of the circle and resistance to wear. The ring that has undergone anodization process can easily be colored with any number of colors including red, yellow, green and blue. The whole easement process requires constant monitoring, precise chemical concentration and temperature control.
The process of anodization involves immersing the dose of rings or other metal objects in sulfuric acid. These baths may contain approximately 15 % of sulfuric acid concentration. When electric current flows through these baths, an oxide film is formed on the surface of the objects. Because these oxide layers are relatively porous, the dyes are easily accepted. The porous oxide coating to the left of anodly process must be the right sealant coat to avoid shocktvy with abrasion over time. The anodized ring is very resistant to corrosion and will not resist in the presence of excess moisture. Theodization process increases overall abrasion resistance, durability and wear resistance.
Metal, such as aluminum, creates an oxide layer on the surface of the metal. Inking, dyeing or dyeing of a metal ring is much easier on anodized surfaces. Absorption dyeing and electrolytic coloring are only two of the coloring book used after an anodex process to provide metal rings different colors.
Aluminum anodized ring is traditionally stronger and heavier than untreated aluminum ring. The oxide layer on an anodized ring can be very strong and dramatically increase the overall hardness of the rings. The aluminum ring with heavy oxide coating can offer almost the same hardness as sapphire or ruby. Oxide layers as thin as 0.0003 inches (8 micrometers) MOHOU be applied to the surface of the circle.
materials such as aluminum used to create anodized circle are treated thermally, rinse and etching in front of the entire anodly process. The etching involves the use of corrosive soda, such as sodium hydroxide, to chemically remove a very thin layer of material. The process of eating a circle in sulfuric acid solution after etching may take 60 minutes, depending on the type of metal used in the construction of the ring.