Boiler Zinc Capacity: 47ton Galvanized coating is less waste, less emission and highly recycled and reused.

The system meets the needs of the day. It accepts environmental responsibility and has an impact on the global industry. Sustainable philosophy is easy and provides a good quality life for everyone. It provides a good concept for present and future generations. It is generally based on existing criteria and principles. The best protection of the environment and careful use of natural resources is the main purpose of its sustainable structure. It is the main raw material in zinc coating. Zinc is recycled again. It is a stainless metal. It is recycled without any chemical or physical deterioration. Immersion is an advantage in terms of environmental sustainability and cost efficiency. 30% (2 million tons) of zinc consumption in the world is obtained from recycled zinc. Even coated zinc on the steel can be recycled as a result of processes. The molten zinc, which does not form a coating on the steel immersed in the pool, remains still in the pool.

As a result of the processes, 3 different solid waste materials emerge.

1- Zinc iron mixture
2- Zinc ash
3- Drost (porridge)

They all contain precious zinc. It is converted by specialized companies. When purchasing this type of zinc, an analysis is made. The amount of iron and foreign metals in the zinc content is controlled. Zinc is the 17th element in the natural world, which is responsible for its stainless resistance. It is indispensable for human animals and plants. The drug is used in feed and fertilizer industry. Zinc ash obtained from the beauty cream is made from zinc. Zinc coating of steel and iron with galvanizing is the most important environmental friendly in preventing corrosion. In our country, its stainless expenditures are estimated to be CROSS ON THE ONE OF THE PROVINCE OF THE PROVINCE. 1 ton steel is rusted every ninety seconds on the world. 1 ton material made of steel is replaced with 1 ton of rust. The use of immersion coating and the meaning of preventing corrosion; we save energy as much as a couple of weeks' energy needs of an average family when we protect each ton of steel from the past.

It is a coating process with a protective layer containing zinc-iron alloys on steel surfaces immersed in molten hot-dip galvanizing bath. The protective layer generally consists of several layers. Those close to the main metal are ZINC and IRON alloys. At the top, a pure (Zn) layer is formed. This complex structure and chemical composition of the hot dip galvanizing coating affect and determine the physical and mechanical properties of the coating. The chemical composition of the coating, the bath temperature, the time of dipping and removing, the changes in the cooling, and the changes in the appearance and properties of the coating. Pure Zn coated materials from hot-dip galvanizing bath react with O2 (OH-) moisture and Co2 to form 3Zn (OH-) - ZnCo3 - H2O on the coating surface and protect steel for many years by slowly dissolving the surface (Zn) in the coating. . Here Zn coating self-sacrifices to protect the steel. Determines the quality.