Implementing Zoned Infrared Heating for Precision Curing in Metal Signage Coating Lines
Stop Guessing Your Curing Curves: A Better Way to Heat Metal Signage If you’ve ever run a long automated spray line, you know the struggle. You try...
Managing Heat Flux in Aluminum Wheel Powder Curing with Twin Tube IR Lamps
Stop the Bubbles: Getting Aluminum Wheels Right with Powder Coating If you’ve ever powder coated aluminum alloy wheels, you know the nightmare...
Why Gold Coated Shortwave IR Radiators Outperform Hot Air for Metal Paint Curing
Stop Waiting on Your Ovens: The Magic of Gold-Coated SWIR Think about how a standard hot air oven works. It heats the air, then the air heats the...
Why Shortwave Infrared Curing Outperforms Hot Air for Aluminum Extrusion Coatings
Why Shortwave IR Beats Hot Air for Aluminum Coating Most shops just stick with hot air ovens to cure their aluminum extrusions. It’s the...
Reducing Drying Tunnel Footprints with Customized Infrared Curing Units for Metal Parts
Saving Space in Your Spray Booth with Custom IR Curing Let’s be honest: standard convection ovens are absolute space hogs. If you’re running a...
Why Shortwave Infrared Outperforms Hot Air for Metal Coil Coating Strength
Why we stopped using hot air for coil coating Most people are used to the old way: giant hot air ovens. The air gets hot, then the metal gets hot,...
Preventing Surface Skinning in Powder Curing via Inside Out Infrared Heating
Dealing with that annoying “skin” in powder coating Ever pull a part out of the oven and see those tiny pinholes or bubbles? It’s...
Optimizing Solvent Extraction in Powder Coating Using High Density Infrared Lamps
How to keep your gloss without wasting energy Getting solvents out of a powder coating without killing that mirror-like finish is a total balancing...