Pilot Program in cooperation with The City of Murrieta Fire Department and Deep Energy Solutions to apply ACS CIC 4.0 to a cinder block Wall at Murrieta Fire Station #1 to block solar heat loading

ACS CIC 4.0 was applied to the polycarbonate rooftop of this museum to block sunlight and heat penetrating through the roof, heating up the interior space of the building.

Ceramic Insulation Coating provides personnel protection and energy savings in the food processing industries. 

The Safari Voyager was stripped down to bare steel for extensive steel repair.  It had corroded sections in several spaces and all new paneling replaced in common areas and guest quarters

ACS CIC 4.0 was applied on top of asphalt shingles to block solar heat loading

CIC was applied to an aluminum shipping container to block heat transfer.

ACS CIC 4.0 Ceramic Insulation Coating was used extensively as primary insulation throughout the boat’s interior (pilot house, deck house and hull interior).

Roof top and exterior wall application to reduce cost of air conditioning

ACS CIC 4.0 was applied to the HVAC ducting that is located full sun subjecting it to solar heat loading

This application of ACS CIC 4.0 is on the M/V Sea Trader to insulate internal plate and stiffeners in the crew quarters area of the bow.

To detemine the effect of the coating to reduce heat compared to white and dark paint.

ACS CIC 4.0 has been used for solar heat load reduction insulation of steam lines, condensation prevention and multiple other industrial uses.

ACS CIC 4.0 was applied to the interior of a Metal Warehouse to block solar heat loading and thermal heat transfer.

To block heat loading from exposure to the sun on metal panels on the exterior walls.

CIC applied to the roof top to eliminate solar heat loading that added 30F (17C) to the building roof.

Pilot Program in cooperation with The City of Murrieta, Southern California Edison and Deep Energy Solutions.

To block heat loading from a residential asphalt roof with a grit finish