

Hot dip galvanization, in simple terms, is a coating that is formed on iron or steel that is suitable for galvanizing in terms of composition and design by dipping it in a molten zinc bath.
Hot dip galvanizing has been used for nearly 150 years. Most of the zinc produced in the world is used for coating. The most important reason for the resistance of zinc to natural decomposition is the nature of its resistance. In this method, the target piece is immersed in a bath of molten zinc with a temperature of about 460 degrees Celsius. After the zinc piece is removed, it first reacts with oxygen and then with carbon and produces a rust-resistant layer. This operation makes the metal resistant to rust
Since its inception, iron and steel have made human life easier due to the ease of production, durability, and ease of assembly of steel. Corrosion is the main cause of failure and destruction of iron and steel, and its prevention is very important.
Steel tends to absorb oxygen. This tendency causes corrosion and chemical compounds of steel and destroys it; And it disintegrates due to decomposition. The latest and most shocking example of this was observed in the earthquake in Marmara region of Turkey. Hot dip galvanization is a method of coating with zinc metal; And finally, the coating process forms a chemical bond between iron and zinc. Hot dip galvanization, in simple terms, is a coating that is formed on iron or steel that is suitable for galvanizing in terms of composition and design by dipping it in a molten zinc bath.
Hot dip galvanizing has been used for nearly 150 years. Most of the zinc produced in the world is used for coating. The most important reason for the resistance of zinc to natural decomposition is the nature of its resistance.