The application scope of hot-dip galvanizing has expanded in tandem with the development of industry and agriculture. Consequently, galvanized products have been extensively adopte
The main hot-dip galvanizing methods currently include the "wet process" (molten solvent method), "dry process" (solvent drying method), "lead-zinc method&
The zinc layer can significantly improve the tensile strength of the product and improve the stability of the product under the action of external force.
The galvanized layer has high hardness, which can resist the wear of the steel surface, and can maintain high strength and hardness at high temperature, which is conducive to impro
The hot-dip galvanizing process produces less waste and has a small impact on the environment. The materials used and the waste generated can be recycled, reducing resource waste a
The galvanized layer is silver-white and has good gloss, so that hot-dip galvanized steel has high decorative value in construction, home appliances and other fields.
Galvanized zinc coating process has good adaptability to the shape and size of steel parts, and high production efficiency.
The galvanized process is relatively simple, short production cycle and low cost. The galvanizing process is faster than other coating construction methods, and can avoid the time
Every part of the plated part can be plated with zinc, even in the recesses, sharp corners and hidden places can be fully protected.
The galvanized layer is metallurgically bonded to the steel and becomes part of the surface of the steel, so the durability of the coating is more reliable.
In a specific environment, such as a suburban environment, the standard hot-dip galvanized rust-proof thickness can be maintained for more than 50 years without repair; in urban or
5.1 Strong corrosion resistance: The zinc coating effectively protects steel products from corrosion in marine environments, industrial atmospheres, soil, and corrosive media. Whet