Paint varnish on glass and ceramics UV and IR curing EUROPEAN

CSI has developed a range of R6 high density infrared curing tunnels to cure solvent or powder paints on steel or aluminum coils running at variable speeds (up to 50 meters per minute) for gauges ranging from 0.2 to 2 mm.These installations use high power density that can reach 700 kW/sqm. The...

Some applications do not necessarily require high power density. CSI offers industrial low-density tunnels, or even standalone panels to be installed by the user, tailored to applications where moderate energy is sufficient. Despite their lower intensity, the low-density infrared installations...

Coil coating lines are often paired with product and/or cycle testing unities at the line side or in a dedicated production laboratory.CSI provides infrared (IR) testing facilities designed to ensure maximum consistency between production conditions and laboratory testing of the coated substrates...

The gas infrared boosting arches are positioned at the entrance of current ovens that do not meet factory performances in terms of productivity (increase in production, more massive parts, etc.) or quality (cold spots, non-compliant curves).Although the gas infrared (IR) boosting ovens are...

CSI Ultraviolet systems are designed to meet the demands of leading printers and graphic arts professionals about the question of paint and varnish drying. The use of Ultraviolet ink prevents material evaporation and therefore avoids the phenomena of reduced printed surface area and associated...

Most TEFAL cookware products must be dried at temperatures ranging from 70 to 80°C before being cured at higher temperatures. TEFAL's production is highly diverse, ranging from diameters of 140 to 370 mm, heights of 19 to 180 mm, and weights that also vary considerably. Drying systems must ...