Corrosion is the physico-chemical reaction of metal when it interacts with its environment.
As a result of corrosion, rust forms. When we talk about corrosion protection coating, it means creating a protective layer to prevent rust formation on steel or iron.
Corrosion protection coating is effective
Painting a metal surface is the most effective method for corrosion prevention. A dense, intact, and sufficiently thick layer of paint prevents ions from penetrating the metal surface, thereby reducing the formation of local electrochemical cells. Corrosion can be prevented by using corrosion-protective paints containing corrosion-inhibiting pigments, as well as by applying a sufficiently large cathodic protection layer onto the surface of steel or iron.
When we talk about corrosion protection coating, it means creating a protective layer to prevent rust formation on steel or iron.
Planning and choosing the right technical solution
Painting a metal base is called corrosion protection coating and serves to protect the metal base from destructive environmental influences. The most common methods for corrosion protection coating are spray painting and powder coating. Spray painting is often used for heavy workpieces, while powder coating is popular for sheet metal products, for example.
When planning corrosion protection coating, various factors must be considered: the structure, function, and lifespan of the component; environmental conditions and specific stresses; design and construction; surface cleaning and pretreatment; choice of paint; coating location; timing and environmental conditions; quality control of painting work; as well as options for maintenance painting.
Pekotek’s wet painting solutions provide strong corrosion protection.
Pekotek’s wet painting systems, also known as wet coating systems, feature gas and air humidity monitoring as well as efficient heat recovery, ensuring low energy consumption. Learn more about Pekotek’s spray painting solutions here.
The systems are reliable and low-maintenance. All fans are equipped with frequency converters, allowing the air balance and airflow in the chambers to be automatically adjusted for optimal energy consumption and environmental conditions. An automatic gas monitoring system ensures clean and safe working conditions by regulating the exhaust air according to actual demand, enabling efficient air circulation.
