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Fast Cure Without Compromise: Enhanced Productivity Through Fast-Cure High Performance Coatings

Rapid return-to-service, improved coating durability, and environmental concerns are major driving forces in today’s coating landscape. Coatings that are easier to handle, dry-faster, and last longer provide benefits that speed operation efficiencies and improve overall costs. Ambientcured coatings available today, that offer fast cure and weatherability, include polyurethanes, polyaspartics, waterborne acrylics, and polysiloxanes. 

Product Number: 51219-214-SG
Author: Mary Roley
Publication Date: 2019
Industry: Coatings
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Rapid return-to-service, improved coating durability, and environmental concerns are major driving forces in today’s coating landscape. Coatings that are easier to handle, dry-faster, and last longer provide benefits that speed operation efficiencies and improve overall costs. Ambientcured coatings available today, that offer fast cure and weatherability, include polyurethanes, polyaspartics, waterborne acrylics, and polysiloxanes. Growing environmental concerns have driven new developments into non-isocyanate coating technologies (NISO, NIPU). With the emergence of new technologies and coatings, it is beneficial to compare the various fast-curing, weatherable technologies for cure speed, pot life, ultra-violet (UV) resistance, and other physical properties.

Rapid return-to-service, improved coating durability, and environmental concerns are major driving forces in today’s coating landscape. Coatings that are easier to handle, dry-faster, and last longer provide benefits that speed operation efficiencies and improve overall costs. Ambientcured coatings available today, that offer fast cure and weatherability, include polyurethanes, polyaspartics, waterborne acrylics, and polysiloxanes. Growing environmental concerns have driven new developments into non-isocyanate coating technologies (NISO, NIPU). With the emergence of new technologies and coatings, it is beneficial to compare the various fast-curing, weatherable technologies for cure speed, pot life, ultra-violet (UV) resistance, and other physical properties.

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