Focusing on using the right type of additive to address a specific film defect will reduce the number of materials to test and not rely on trying many different chemicals in the hope of finding just the right pixie dust.
This new category of spray-applied waterproofing coatings are seamless, rugged, fast curing, impervious to water, able to bridge cracks, and capable of lasting decades without extensive maintenance.
This new crosslinking innovation can now enable floor finish producers to develop effective solutions for customers needing products that have green certifications, while also offering the opportunity to extend the environmental benefits of zinc-free floor finishes to all users of traditional zinc-based floor finishes.
Given the overall lack of commitment to smart coatings as a class of materials, we see investment in or acquisitions of innovative smaller firms that are specifically smart coatings focused as an entry point for companies looking the pursue these markets.
The pigments are an innovative solution for solar heat management: through their use, the dark surfaces of the deck reflect a large part of the sunlight that they are exposed to.
Through collaborative research methods, new solutions are becoming available to meet rising industry needs from decreasing your VOC footprint to using polymer technology to bridge the gap in packaging and coating needs.
The silicone-epoxy hybrid resin technology combines the positive effects of an aliphatic epoxy resin, like corrosion protection and chemical resistance, with the UV resistance and low yellowing characteristics of an alkoxy silicone resin.
Scientists in Korea have developed wearable, graphene-coated fabrics that can detect dangerous gases present in the air, alerting the wearer by turning on an LED light.