Architectural Coatings

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In Part 1 of this article series,1 we discussed a new class of reactive surfactants, both nonionic and anionic, for use in both conventional aqueous emulsion polymers and in UV-curable coatings that contain two polymerizable moieties.

The binders used in water-based paints are traditionally produced by emulsion polymerization.

Although silicone-modified polyester (SMP) and super-polyester coatings are well-suited for specific applications, they cannot provide the same proven long-term performance as 70% polyvinylidene (PVDF) coatings due to the latter’s superior chemistry.

These paint products are ideal for use in the apartment maintenance repaint market and other rental properties.

Ultrashield is a new line of interior/exterior, high-performance coatings.

First, it was adhesion to multiple substrates, then the requests were for better dirt pick-up resistance. Now, contractors are asking for – and receiving – an elastomeric roof coating that has the potential to resist hard rain much faster than previous technologies enabled.

In this article, we evaluate how silicone additives can be used beyond the traditional benefits, and demonstrate how these additives can bring added performance in titanium dioxide-based formulations to prevent this age-old problem.

We are used to the fact that technology lies at the heart of many modern innovative solutions, and the coatings industry is no exception to this fact.

Advancements in pigment technologies enable architectural paint formulators to have the ability to provide a broader range of coatings that offer market-driven functionality without sacrificing performance.

Car parks and road tunnels are two environments where air pollution significantly affects the users of these infrastructures as well as the people working there.