Industrial cleaning has entered the world of large enterprises and private industries with "wide strides". Keeping equipment, ventilation and heating systems clean is not just a requirement of sanitary-technical standards, but also a guarantee of uninterrupted operation. Today in construction, industry, agriculture and other sectors of the economy, an important task is to protect machinery and equipment from corrosion. Rust is merciless. Timely disposal of it will help keep mechanisms and systems from destruction for many years. Rust removal is a complicated and time-consuming process. But modern methods of dealing with rust allow you to clean the surface well without damaging it.
Mechanical method of removing rust
The mechanical method includes manual cleaning of metal from corrosion using a wire brush, tools with attachments for removing rust and grinding the surface. Also, the mechanical method includes sandblasting, shot blasting and cryoblasting. These methods have proven themselves well and are widely used in industrial cleaning. The constant invention of new alloys leads to the fact that there is a need for the processing and cleaning of such surfaces. Therefore, manufacturers of abrasive blasting equipment and abrasive fillers have to develop new, advanced technologies.
Chemical method of cleaning corrosion
The use of this method is justified only for removing rust on embossed parts or structures of complex shape. The electrochemical method is also a chemical method for cleaning metal from corrosion, while the part is immersed in an electrolyte solution and connected to a power source.
Cleaning from carbon deposits and soot
Cryogenic blasting is the most effective way to remove soot and toxic residues from surfaces after a fire https://dr-sauber.ru/ochistka-posle -pozhara Cryoblasting consists in the blasting of dry ice pellets. When it hits the surface to be cleaned, the ice instantly evaporates. Carbon dioxide is non-toxic, odorless, tasteless. When cleaning with dry ice, the granules penetrate into the most inaccessible corners and crevices. This method is used for cleaning the facades of buildings, monuments, ventilation systems, cleaning equipment without dismantling. The high quality and speed of the work carried out this method to a leading position in comparison with the previously used cleaning methods.
