Coatings need to be dried in a very specific way, depending on their characteristics. Most often, these are water-based varnishes, paints, powders, lacquers, etc. Drying is very present in the industry and requires that we pay great attention to it if we want to increase our output and productivity while avoiding the risk of errors.

The glass industry and bottlemaking often require decoration using sprays. Infrared ovens allow the screen prints on the bottles to be dried.
Printing often requires creating hundreds of copies at high speed. Drying the paper is one of the key steps in printing so that the ink does not bleed and remains professional quality.

Semiconductors have a very close connection with infrared drying. This may be necessary for drying a silicon coating layer as well as for drying wafers used in the manufacturing processes of electronic components. Solar panels can be made using IR rays! Infrared solutions create the CIGS cells found in solar panels by drying the anti-reflective coatings on their surface. This process requires high heat, but above all heating uniformity over a large surface, which infrared technology allows.

Anti-slip coatings found on many surfaces can be dried using infrared very quickly. Traffic signs have aluminum coatings on their surface. An infrared oven can dry these quickly. Car bumpers can be made faster using infrared. Infrared technology helps speed up the drying process of automobile bumper coatings. Paint is used in many trades. A portable infrared dryer enables it to be dried very quickly, speeding up production. Glass, metal, textiles and wood are other materials that sometimes require a coating to be dried on top.

At DR. FISCHER, we specialise in tailor-made solutions for fast and accurate drying of coatings and coatings.