Hot-dip galvanizing in Syktyvkar
Hot-dip galvanizing is used in heavy industry, mechanical engineering, civil engineering. This wide dissemination of the procedure is due to the high quality results. For example, zinc-treated fasteners can last up to 120 years under favorable conditions. The process of galvanizing known to mankind for a long time, but even today has not lost its popularity. Our company is engaged in hot-dip galvanizing in Syktyvkar. We cooperate with large factories that trust us with a time-consuming and costly process.
Why it is necessary to address only to competent experts?
The procedure of processing with hot zinc refers to serious industrial processing of steel and iron products with anticorrosive substance-zinc carbonate. It is obtained as a result of a chain of certain reactions: pure zinc interacts with oxygen to form zinc oxide. In interaction with carbon dioxide, zinc oxide is converted into zinc carbonate. The material has a gray matte color, perfectly protects the elements from corrosion and other negative environmental influences. Hot dip galvanizing in Syktyvkar-the whole event. To cover even a small bolt, the resulting material must be heated to 460 degrees. Molten zinc is placed in a special bath. There is gradually the drums down elements for further processing. Some unscrupulous professionals grossly violate the technology of galvanizing, which causes irregularities, too thick layer of coating parts.
The benefits of galvanizing
Our specialists observe every stage of hot-dip galvanizing. If you neglect at least one of them, you can get unpredictable results or hopelessly spoil expensive fasteners and parts. In addition to the highly efficient process and excellent performance, galvanizing is an economical and less costly procedure when compared with other coating methods. Interesting processes are going on already covered the threads and the bolts. Thus, due to the high anodic zinc relative to the iron, when exposed to a temperature of 70 degrees, he can cover the surface and handle cracks or damage. The average speed of such self-healing is 1 mm per year.