Heat Reduction Coatings
Super Therm®
Ceramic Coating Reduces Total Solar Heat
Super Therm® is a water-borne combination of high-performance aliphatic urethanes, elastomeric acrylics, and resin additives which produces a tough, yet flexible coating film that’s been in operation since 1989. Designed for performance and durability, Super Therm® contains 4 unique ceramics to reduce Solar Radiational Heat entering a structure due to Visual Light, Ultra Violet (UV), and Infrared (IR). Super Therm® is a flexible membrane with low permeability that can greatly reduce expansion and contraction of a roof (eliminate thermal shock) and prevent corrosion and surface deterioration. > Learn More >
HPC® Coating
Get “High” Heat Insulation and Protection that Stops CUI
- HPC® Coating – Ambient up to 204°C / 400°F
- HPC®-INT – 204°C / 400°F up to 426°C / 800°
- HPC®-HT – 426°C / 800°F up to 650°C / 1200°F
HPC® Coating, HPC®-INT and HPC®-HT is a single component water-based coating designed to insulate hot pipes or surfaces that load up to 650°C. The coating is not a reflective coating but an insulation coating and works to block or hold the loading of higher heats and to resist the transfer of heat through the coating to the cooler side. Holds heat in the surface in which it covers. Once coated, the surface should be equal to the interior temperature. HPC®-HT has been successfully applied to hot pipe surfaces around 650°C. Learn More >
Sunshield
More than just a Heat Reflective White Paint – Reduces Solar Heat
Sunshield is a water-borne combination of high-performance duo of elastomeric acrylics and resin additives, which produces a tough, yet flexible coating film. It combines four different ceramics that provide both heat reflectivity and heat-blocking properties. Sunshield is a flexible membrane with low permeability that can greatly reduce expansion and contraction of a roof. Sunshield’s blend of resin additives produce a flexible coating membrane that can be applied directly to any surface. It also prevents corrosion and surface deterioration. Although durable and offering solar reduction load performance, Sunshield does not give the same benefits as Super Therm®. Learn More >
Hot Surface Coating (HSC®)
Get “High” Heat Protection that Surpasses Conventional Insulation
HSC® Coating is designed to control heat transfer on surface temperatures up to 350°F / 176°C. It is water-borne, and extremely lightweight and smooth in appearance. HSC® Coating uses a special acrylic resin7. blend with specific ceramic compounds added to provide a non-conductive block against heat transfer. HSC® Coating offers a “Green”, non-flammable, non-toxic formula for medium heat surface applications over standard steam pipe or oven wall construction. The coating was originally designed for hot applications where temperature exposures fall below those that would require the use of HPC® Coating. HSC® Coating is more easily applied for a smooth finish. It can be applied over metal, concrete, wood, and other substrates. Learn More >
Omega Fire
Omega Fire™– single component coating designed to withstand 1200°C / 2200°F direct flame and resist heat transfer to backside. This coating has not obtained UL certification as yet, but has performed many of the UL testing profiles to verify its’ capabilities. Adjustments have been made after all the initial testing to perfect its performance, and initial beam testing is scheduled for August 2019. Some initial testing along the way have given up to 7-hour fire rating performance and passed the NYC 2-hour support beam testing as well as fire protection for shipping containers > Learn More >
Georgia-Pacific Receives EPA ENERGY STAR for HPC
Outstanding NEWS: Georgia-Pacific Receives US Environmental Protection Agency (EPA) ENERGY STAR. The recognition comes for their efforts to improve energy efficiency and reduce corrosion in Koch manufacturing assets with HPC (Hot Pipe Coating).
Together with FHR, GP tested a wide range of insulation options to protect manufacturing equipment and found a solution: HPC® ceramic insulation spray. HPC reduces heat loss, prevents corrosion, and can be applied to equipment that operates at temperatures up to 1,200°F or 650°C.
The fully insulated digester reduced heat loss by 49% and saved Naheola an estimated $332,000 in energy costs annually. It also improved the quality of the cooking process by allowing the digester to better maintain its internal temperature.
Manufactured by SPI Coatings, HPC based on ceramics formulations is without doubt the leader in its field for performance, durability, energy savings and experience. Read the article >
