APPLICATION CONCEPT | COATINGS & FINISHING
CUSTOM INDUSTRIAL INFRARED HEATING
ON-DEMAND CURING
A zoned infrared tunnel or booster directs energy toward the coated surface and can be controlled by zone, conveyor signal or measured temperature.
Reference data subject to application testing and specification review.
Convection ovens often require substantial warm-up time and floor space because they heat circulating air, the enclosure and the component. Variable part mass and conveyor loading can make one fixed recipe difficult.
A zoned infrared tunnel or booster directs energy toward the coated surface. Emitters can be arranged around the part profile and controlled by zone, conveyor signal or measured temperature before a hold section if required.
HANG
Load coated parts
PREHEAT
Raise surface temp
FLOW
Melt the powder
CURE
Complete the schedule
PROCESS
Preheat, powder flow, cure or IR booster
EMITTER OPTIONS
Medium, fast medium or short-wave
CONTROL
PLC, pyrometer, part detection or recipe
ZONING
Roof, side and profile-specific sections
CUSTOM DESIGN
Tunnel size, power and conveyor interface
CONFIRM
Part mass, coating, color, speed and cure data
APPLICATION NOTE
This reusable concept does not state a guaranteed cycle time or energy saving. Confirm the process with samples before publishing final performance data.
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