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.
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.
Composed of nine campuses, the University of California system boasts well-ranked, diverse schools, attended by students from across the world. University of California-Riverside is no exception. With a vibrant and engaged student body, plans were drafted to expand the Student Recreation Center in order to support students in extracurricular activities and serve as a place to unwind.
Among the many energy-focused features of the KCC North Extension building, one of the most important and visible is the installation of Kingspan Designwall™ 2000 insulated metal wall panels covered in Valspar’s Fluropon® 70 percent PVDF architectural coating.
Using one hundred percent-reactive methylene malonate monomers, difunctionals, multifunctionals and prepolymers, manufacturers of paints, coatings and other products can dial in a wide range of properties to produce a variety of high-performing polymer products that cure rapidly at low or ambient temperatures.
Valspar’s Fluropon Classic is a high-performance, three-coat system that features a metallic effect, in addition to a clear coat for tremendous shine and protection.
Because Duranar coatings’ molecular structure is invulnerable to the effects of ultraviolet (UV) light, salt spray, acid rain, corrosive chemicals and other environmental stresses on color and gloss, they offered a perfect solution for this unique building.
Without the existence of specialized rods and cones inside the human eye, the world around us would be a much duller place. Without color, a key component of our visible experience would be lost and entire industries would be flushed away or dramatically altered, including interior and graphic design, clothing retail, advertising and especially the manufacturing of paints and coatings.
This novel water-based epoxy system, which offers comparable performance to traditional solventborne epoxy/polyamide systems, can also be applied on civil engineering concrete substrates, and has a lower applied cost.
