Optimizing Solvent Evaporation in Metal Door Powder Coating via IR Heating
Keeping the Shine Without Killing Your Power Bill If you’ve ever cured powder-coated metal doors, you know the headache. You’re walking a tightrope....
Preventing Coating Bubbles in Aluminum Wheel Powder Coating via High Density Infrared Heating
Stop the Bubbles: Getting a Flawless Finish on Aluminum Wheels If you’ve ever powder coated aluminum wheels, you know the nightmare of seeing bubbles...
Optimizing Solvent Evaporation in Steel Coating via Infrared Radiators
Getting Your Steel Coating Right: Solvents, Gloss, and IR When you’re curing coatings on steel, you’re basically playing a balancing act....
Optimizing Solvent Evaporation in Car Rim Coating via Short Wave Infrared Heating
How to Get That Mirror Finish Without Killing the Gloss Trying to get solvents out of car rim coatings without ruining the metallic shine is a total...
Optimizing Car Rim Coating Lines with Zoned Infrared Curing Control
Getting Your Curing Curves Right with Zoned IR Ever tried to get a perfect finish on car rims only to find the edges are burnt and the center is...
Preventing Surface Skinning in Metal Coating via Inside Out Infrared Curing
Stop the Skinning: A Better Way to Cure Metal Coatings Ever get those annoying bubbles or pinholes in your finish? It usually happens because of how...
Achieving Deep Cure in PTFE Coatings via Custom Medium Wave IR Lamps
Getting PTFE Coatings to Actually Stick If you’ve ever dealt with PTFE (Teflon) coatings, you know the nightmare of “skinning.” It...
Optimizing Solvent Evaporation in Metal Curing via Short Wave Infrared Heating
How to Get the Gloss Right Without Burning Your Finish Trying to get solvents out of a metal coating is always a bit of a tightrope walk. You want...