ECOPAVR® is available through a nationwide network of authorized distributors and retailers. We can connect you with a local supplier for pricing, product availability, and ordering details.

Call 888-379-2210 or email info@ncpindustries.com to find an ECOPAVR® retailer near you.

Simple Answer:
ECOPAVR® makes concrete more reflective and improves thermal emittance, reducing heat absorption on hot, sunny days. This lowers surface temperatures, helps lessen the Urban Heat Island effect, and can reduce energy demands for cooling nearby buildings and homes.

Scientific Answer:
ECOPAVR® incorporates reflective and high thermal emittance materials that reduce the amount of solar radiation absorbed by concrete surfaces. By increasing albedo (reflectivity) and enhancing thermal emissivity, ECOPAVR® minimizes surface temperatures, helping mitigate the Urban Heat Island (UHI) effect. This can lower ambient temperatures around structures and reduce reliance on air conditioning, contributing to energy conservation and decreased greenhouse gas emissions.

Simple Answer:
ECOPAVR® is engineered to be cooler underfoot. Its reflective surface and high thermal emittance reduce heat absorption on hot, sunny days, helping lower surface temperatures, ease the Urban Heat Island effect, and cut down on cooling needs for nearby buildings and homes.

Scientific Answer:
ECOPAVR® is manufactured with high-reflectivity and high-emissivity materials that limit the amount of solar radiation absorbed by the paver. By increasing albedo (reflectivity) and enhancing thermal emissivity, the paver itself stays cooler, reducing surface temperatures and mitigating the Urban Heat Island (UHI) effect. This can help lower ambient temperatures around buildings, reduce air conditioning demands, and support energy conservation while lowering greenhouse gas emissions.

Simple Answer:
Yes. ECOPAVR® can help lower cooling electricity needs on hot days by keeping surrounding surfaces cooler — though results depend on factors like insulation, HVAC efficiency, and how well windows and doors are sealed.

Scientific Answer:
Yes. ECOPAVR® reduces surface temperatures around buildings on hot, sunny days. Cooler paver surfaces limit heat transfer into structures, reducing the workload on HVAC systems. Energy savings vary based on building insulation, HVAC efficiency, and heat leakage from windows and doors. By lowering both ambient and building surface temperatures, the paver can help cut energy use and reduce peak electricity demands in urban areas.

Yes. ECOPAVR® can be installed on a rooftop pedestal system. For best results, follow the pedestal manufacturer’s installation instructions and guidelines for spacing, leveling, and load capacity.