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Roofing Solutions
The step by step PUF solution with an example project
Compare our roofing system to conventional systems
The coating forms a monolithic membrane, which bonds 100% without mechanical fasteners
Impervious to water
transmission and a impermeable elastomer coating
The (PUF) system offers a double
layer of seamless protection.
The Versatility of the PUF roofing system is phenomenal
adapts easily to a wide variety of roof styles such as flat, pitched, fluted, and modern domed or geometric shaped roofing.
The Extra Benefits of the PUF roofing system
Tests have proven its ability to save up to 40% on cooling costs
Projects with Details for your perusal
Practical applications of Ceramic Insulation and the PUF system for roofs
Choose (PUF) Polyurethane Foam Roofing System with Confidence
Spray-in-place polyurethane foam (PUF) and fluid-applied elastomer top coating membranes are rapidly developing into the system of choice in both new and remedial roofing applications. This system forms a seamless, lightweight barrier that bonds 100 % to the substrate. The elastomer coating provides long-term protection from cyclic weathering, ultraviolet radiation, and mechanical damage.
Over 100 million sq.ft. installed
Metal roof (12,000sq.ft.) on an industrial building demonstrates results of heat loss due to inadequate insulation between roof girths and metal roof cladding. Spray-applied insulation was installed on the interior side of the building roof girths to eliminate heat loss radiated and transferred from interior to exterior roofing. Results proved successful in controlling snowmelt and ice damning. (Grande Prairie, AB)
Dead Air Pockets and Insulation Failure
Manufacturers and specifiers are still dealing with thermal loss (or gain) occurring at metal girders, purlins, and fasteners, the most common problem relating to blanket insulation installations. Builders estimate that 80% of all roof leaks and failures are actually condensation problems. Most metal building roof systems are the "screw down" type, directly fastened to the roof girders. These systems compress the insulation at the point of fastening, leaving virtually no insulation values. The result is radiant hear loss migration through the roof girders to the upper side of the metal roof cladding.