painting,varnishes
and inks drying | heating PET for thermoforming | adhesive curing |
| mirror silver paste drying | tile production | leather curing |
| glass bending and lamination | painting car bodyshells drying | fruit a and vegetable dehydrating |
| laminated glass cutting | deumidification | chocolate melting |
| PVB heating | mold drying | bottle sterilization |
| acoustic panel hardening | glass and ceramic serigraphy | textile fibre drying |
| printed circuit welding | rubber drying | capacitors plate drying |
SPEED HEATING PROCESS: IR quartz emitters need short time to switch on and switch off (few seconds); this fact reduces the time of operation and optimizes the homogeneity of the heating up of the material:
ENERGY SAVING AND LESS HEAT GENERATION IN THE SURROUNDING AREA: due to the fast switch on of the IR emitters, it is possible to start them and concentrate the heat only where and when it is really necessary;
EASY CONTROL OF THE EMITTERS: the emitters can be controlled by wave modulators or they can work in simply ON/OFF way;
ABSENCE OF DIRECT CONTACT WITH THE MATERIAL AND NO SURROUNDING AREA CONTAMINATION: working by the radiation, IR emitters do not need to be in contact with the material to be heated;
SMALLER SIZES AND DIMENSIONS OF IR QUARTZ HEATING MODULES AND OVENS RESPECT OF TRADITIONAL HOT AIR HEATING EQUIPMENTS: the small dimension of the IR