Solving Curing Inconsistency in Aircraft Anti Icing Coatings via Infrared Heating
Getting Your Aircraft Coatings to Actually Cure When you’re dealing with anti-icing or anti-corrosion coatings on a plane, you can’t just...
Reducing AOG Losses through Production Beat Optimization in Aircraft MRO
An Aircraft on Ground (AOG) is a nightmare for the bank account. Every hour a plane spends sitting in the hangar is money just vanishing into thin...
Eliminating Dust Contamination in Aviation Coatings via Infrared Curing
Most traditional spray booths are basically giant wind tunnels. They blast massive amounts of air to keep the temperature up, but there’s a...
Accelerating Satellite Component Production with Quartz Infrared Heating Systems
Stop Waiting on Your Ovens: A Better Way to Heat Satellite Parts If you’re building satellite components, you know the drill. Thermal cycling...
Preventing Structural Deformation in Satellite Reflector Curing via Short Wave IR Heating
The Trick to Curing Ultra-Light Satellite Parts Without Ruining Them When you’re dealing with anti-corrosion coatings on satellite antennas, you...
Using Shortwave Infrared Heat for Aircraft Coating Removal and Dent Repair
Stop Using Your IR Lamps Just for Drying Most shops treat infrared lamps like fancy hair dryers—they use them to dry paint and call it a day....
Optimizing Infrared Heater Dimensions for Low Earth Orbit Commercial Spacecraft
Space is brutal. If you’re running a commercial spacecraft in Low Earth Orbit, you’re basically dealing with a thermal nightmare. One...
Optimizing Aircraft Skin Paint Leveling via Targeted Infrared Drying
Getting a Mirror Finish on Aircraft Skins with IR Drying Ever deal with that frustrating “orange peel” look or those tiny solvent pops on...