How it works
REOX™ manages solar energy at the exposed surface through reflection, radiative release, and a coordinated coating build.
The goal is not to replace insulation or mechanical cooling. It is to reduce the solar heat absorbed at the exterior and improve how the surface releases heat.
Interactive thermal model
The coating reflects a high share of solar energy and supports heat release through the 8-13 µm atmospheric window.
Solar reflection reduces energy absorbed by the surface.
Radiative release sends absorbed heat toward the sky.
Lower transfer reduces the heat available to move inward.
Each mechanism addresses a different part of the heat path. The installed result depends on the complete coating system and project conditions.
High solar reflectance reduces the share of UV, visible, and infrared energy absorbed by the coated surface.
Solar spectrum: 200-2500 nmThe functional layer supports thermal emission within the atmospheric window, including the 8-13 µm band.
With less heat retained at the surface, less is available to move into the roof, wall, equipment housing, or asset below.
The primer, functional layer, and topcoat are selected as one configuration. Substituting a layer can change adhesion, film build, durability, and thermal performance.
Helps manage water, contamination, UV exposure, and the service conditions defined for the selected REOX™ system.
Reflects a high share of incoming solar energy and supports thermal emission within the 8-13 µm atmospheric window.
Builds adhesion and supports the required system architecture for concrete, metal, or compatible flexible surfaces.
The existing surface, condition, moisture, corrosion, movement, and prior coatings define the starting point.
Specification starts with the surface
RGS reviews material, condition, moisture, movement, service environment, and project goals before recommending a product path.
