Infrared emitters dry coatings on glass

Screen printing on car window panes, coatings behind mirrors or paint on decorative glass must have a shiny surface. The most varied glass coatings are dried reliably and in-line using infrared emitters

Infrared heat for the efficient coating of glass

Infrared radiation penetrates into the material and dries the coating from the inside to the outside.
The result is an excellent quality of the surface.
Compared to drying with hot air, this saves time, space and energy. In particular in very energy-intensive processes for the drying of paints or inks or the printing on glass, the newly developed MAX infrared oven with nanoreflector can be advantageous. The unique combination of infrared radiation, reflection and convection helps speed up the drying process and save energy.

Your advantages with infrared heat:

Contactless heat transmission
High efficiency
Adjustment of the wavelength to the absorption of glass helps improve the process
Short response times enable good control and regulation

Infrared heat removes condensation on glass bottles before labeling

Condensation occurs when glass bottles move from a cool storage area to a warmer production hall. The condensation water interferes with further processing, such as the application of labels. Infrared systems reliably solve this problem through fast and targeted preheating.

case story: Infrared heat improves sticking labels on glass bottles