Zero-VOC Emissions and Hazard-Free Formulations Eliminating volatile organic compounds (VOCs) and hazardous air pollutants (HAPs) Powder coating gets rid of those harmful solvents we find in regular liquid coatings because it uses special thermoset...
VIEW MORE
Metal-Specific Pretreatment Protocols to Optimize Powder Coating Adhesion Aluminum: Managing Oxide Layers and Ensuring Consistent Powder Coating Adhesion Aluminum naturally develops a porous, non-uniform oxide layer that severely compromises powder...
VIEW MORE
Real-Time Process Control for Stable Powder Coating Application Environmental factors like humidity shifts and mechanical wear in electrostatic spray systems cause significant powder coating variability. These drifts alter transfer efficiency and d...
VIEW MORE
How Powder Coating Eliminates VOC Emissions at the Source Near-Zero VOC Release: The Chemistry and Process Advantages of Dry Powder Application Unlike traditional liquid paints, powder coatings don't have any liquid solvents in them, which makes th...
VIEW MORE
Chemical and Corrosion Resistance: The First Line of Defense for Powder Coating How Epoxy, Hybrid, and Polyester Chemistries Inhibit Corrosion in Acidic/Alkaline Environments The different types of powder coatings rely on various resin chemistries ...
VIEW MORE
Unmatched Durability and Long-Term Performance of Powder Coating Superior resistance to corrosion, UV degradation, weathering, and chemical exposure The protective qualities of powder coating come from its special thermoset polymer makeup. Traditio...
VIEW MORE
Core Quality Criteria: Chemistry, Curing, and VOC-Free Integrity Thermoset vs. Thermoplastic: Aligning Resin Chemistry with Industrial Durability Demands When thermoset resins cure, they create these permanent cross linked bonds that give them real...
VIEW MORE
EN
