Overview: Use ThermaCote® to seal the “Envelope” of any residential or commercial structure to minimize the loss of energy through the structure. ThermaCote® on the roof (including covering existing shingles) repels the radiant energy of the sun and dramatically lowers the roof and attic temperatures and decreases the heat island affect of dark roofs. Add ThermaCote® to both the interior and exterior walls of a building to improve the building “sealant” quotient, thereby reducing and/or eliminating Thermal Bridges and enhancing the effectiveness of base load insulation.
Coat any exposed piping (geothermal hydronic copper infrastructure) to keep the heat in, ensure protection from over exposure and to eliminate condensation.
Apply ThermaCote® to modular classrooms, mobile homes, primer/topcoat on sheetrock plastic concrete steel and wood, HVAC ductwork storage tanks, silos, R/V and camper tops, cars trucks buses, glass, skylights, steel beams and framing for control of hot/cold transmission into interiors. Other uses have included: railroad cars, boat interior hulls, and race cars for control of corrosion, condensation, and heat retention... anywhere hot or cold present themselves as a problem to be solved.
ThermaCote® is a high performance Thermal / Weather Barrier which incorporates ceramic technology to produce a fluid applied material which only weighs 5 lbs/gallon, and is typically applied at 15 mils per coat. When dry ThermaCote® looks just like flat latex paint, and conserves energy!
ThermaCote®'s unique properties include premier characteristics as a:
Energy Star Qualified/Rated product as well ThermaCote, Inc. is an Energy Star Partner. Whether looking for a reflective roof/wall coating or an appliance, always look for the Energy Star Partner label when purchasing products to save energy and our environment.
The product contains built in rust/corrosion inhibitors which make it self-priming unless dealing with harsh or large areas of rust. The lack of Chlorides allows ThermaCote® to apply directly to stainless with no pitting. Use ThermaCote® as the primer on new or old sheetrock for a room to room radiant barrier. Primes new or fresh blasted steel while at the same time adding radiant properties against transmission of hot or cold. Make ThermaCote® the first coat on new exterior concrete and block walls for a never peel finish that provides paintable protection against U/V and moisture penetration. Sticks to plastic, glass, wood, all metals, concrete and masonry surfaces, fiberglass, Styrofoam and foam products, paper products and almost any surface there is!
At 5 pounds per gallon (3.75 liters) ThermaCote® is the original lightweight coating(we pioneered them in the mid 1980’s) and will only add aprox 6-12 lbs. a square when properly applied to a roof or any other structure that weight gain from protective coatings might become an issue.
Low Dry Fall Rate: 5-10 feet (depending on temp and humidity) ThermaCote® will not travel far wet, reducing overspray and landing on subsequent substrates as dust to be swept up.
Use ThermaCote® to seal the “Envelope” of any residential or commercial structure to minimize the loss of energy through the structure. ThermaCote® on the roof (including covering existing shingles) repels the radiant energy of the sun and dramatically lowers the roof and attic temperatures and decreases the heat island affect of dark roofs.
Add ThermaCote® to both the interior and exterior walls of a building to improve the building “sealant” quotient, reduce and/or eliminate Thermal Bridges and enhance the effectiveness of base load insulation; Coat any exposed piping (geothermal hydronic copper infrastructure) to keep the heat in, ensure protection from over exposure and to eliminate condensation.
Apply ThermaCote® to modular classrooms, mobile homes, primer/topcoat on sheetrock plastic concrete steel and wood, HVAC ductwork storage tanks, silos, R/V and camper tops, cars trucks buses, glass, skylights, steel beams and framing for control of hot/cold transmission into interiors, railroad cars, boat interior hulls, race cars, other various uses for control of corrosion, condensation, and heat retention, anywhere hot or cold present themselves as a problem to be solved.
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