The concept of an organic coating system consisting of a hot-melt coating (also known as thermoplastic coating), overcoated with a water-thinned coating while in the molten state, was explored by the development of solvent-free shop primers for forest product-based exterior architectural components. These shop primers with and without commercially available finishes were compared to selected commercial coating systems on various substrates by weather exposure in multiple locations. The concept is in its infancy, but coatings developed are commercially practical with performance equal or superior to conventional coating systems of recognized quality. Suggested applications of the concept include road marking and interior trim. The field is open for exploitation.
Waterborne OMU has all the advantages of solventborne OMU including inherent mar resistance, chemical resistance and amber film color, while overcoming the shortcomings of low-VOC solventborne OMU including slow dry and softer film.
The safe use of a sustainable, ecological yet flammable construction material while retaining its elegance and beauty paves the way for one perfect combination classic design and the highest safety standards.
The consumer wants it all. The commonwealth wants what’s best for all. As scientists, we keep proving that we can meet that high standard. And the work is far from over.
Featuring a striking football-shaped rotunda as the centerpiece of the structure, the new College Football Hall of Fame blends glass and metal for a bold and modern exterior aesthetic.
A new line of primer and topcoat systems is available for restoration of architectural metal structures such as wall panels, window and door frames, roofs, railings, overhangs and decorative features.
Architectural low-VOC coatings can be formulated with dibenzoate glycol esters to have increased hardness, block resistance, gloss and scrub resistance.
Valflon was the ideal coating choice for this specific project, as it is known to retain its color for many years, as well as resist harsh weather elements, airborne chemicals and acid. It combines high gloss and bold colors, keeping the university’s cohesive look both stable and stunning.
The coatings used for this project provide exceptional protection against dirt and stains, and are designed to resist chalking and fading. Additionally, the exterior insulated metal panels offer energy savings to the new academic building through their superior thermal efficiency.
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