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We Just Turned Your Roof into an Asset
ECRS Prevents the Spread of Fires.
A fire erupted underneath this 8,000 sq. ft. roof, engulfing the building's interior. The intense heat twisted the metal purlins, but ECRS held firm despite the heated metal. ECRS does not allow for sparks or embers to generate, thus preventing the fire from spreading. This customer compelled their insurance company to use our ECRS solution rather than the insurance company's standardized repair solution. The central burned area was approximately 500 sq. ft.
Roof Surface Temperature Before ECRS
With an ambient outside temperature of approximately 76F, black roofs can reach temperatures up to 180F or and higher during the summer months.
Roof Surface Temperature After ECRS
With an ambient outside temperature of approximately 81F, the ECRS roof's temperature remains at 70F. ECRS blocks 70% to 80% a buildings heat burden by cooling the roof at an SRI of 108.
UV Blocking
Heat, UV, Ozone, roof temperature extremes, roof sand spirals, etc., while retaining flexibility.
The median temperature differential between an ECRS-coated and an uncoated roof is 45-55 degrees Fahrenheit in high heat.
Reduced AC Electrical Consumption
Reflectivity
ECRS shows, in a three-year 3rd party national test, that it retains its solar energy-blocking power at a much higher rate than the rest of the industry. Most cool roof reflective coatings lose 25% to 50% reflectivity after only two- or three-year exposure to actual conditions. ECRS is certified as averaging a 4.7% loss of reflectivity over three years.
ECRS is 5 to 10 times better at retaining reflectivity over other cool roof coatings in real-world conditions (nationally ranked 3rd-party certified labs' weather tests.)
Reduced Thermal Shock
On average, roofs carry 46% of a building's heat burden. In summer and sunbelt states, roofs will hit 200 degrees 100 or more times yearly, causing a 400-foot-long roof to stretch 2 inches. The sun's heat expands the roof, then suddenly cooled by rain on the roof's surface, causing Thermal Roof Shock.
ECRS blocks a massive 70% to 80% of a building's heat burden by cooling the roof at a Solar Reflective Index* (SRI) rate of 108.
Thermal Shock = Roof Damage
Thermal shock causes fasteners to lift, seams to separate, and structural damage over time. UV and IR rays further degrade membranes, adhesives, and granules.
ECRS lowers roof temperatures by 50 degrees on average, keeping them within 5 degrees of ambient and preventing up to 90% of heat-related leaks.