Page 2 - IR Coating EN

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Every coating process is different but
all processes share the common require- ments of the highest possible quality and the fastest possible drying of the coating. With standard heat sources
this is often no longer possible.
In the drying of coatings it has already been proven, that infrared radiation can penetrate to the required depth in the coating system and to dry the coating film from inside outwards. Skin- or blister-formation on the surface is prevented and drying of the coating
is speeded up. The result is a brilliant surface quality that meets specification.
Infrared energy, which is matched precisely with the product and coating, is quickly converted into heat, water
or other solvents are evaporated, while the material and the local environment remain cool.
Plastic
Effective and
fast drying process
Modern cars, computers and electronic equipment contain many plastic components. Gear sticks, keyboards and touch pads are printed and coated with a protective lacquer or metallised coating.
An increase in the production speed can be achieved by the use of infrared. Infrared transfers large amounts of energy in a very short time, significantly reducing drying times.
In addition, an infrared system helps to save energy, as unlike a conventional oven, it can be switched on immediately when heat is required.