Aerospace thermal coatings
Elastomeric coatings engineered for extreme thermal environments. From 250°C / 480°F to 350°C / 660°F+, eliminating the compromises of traditional aerospace coatings.
Why traditional coatings fall short
High-speed flight, advanced engines, and electric propulsion create thermal challenges that exceed every conventional coating. Every existing solution forces a trade-off. Engineers have been making these compromises for decades.
The GREOS solution
The first elastomeric coating system that delivers extreme temperature resistance without sacrificing flexibility, chemical resistance, weight, or finish quality. GREOS formulates FKM and FFKM chemistry as high-performance topcoats that apply with standard spray equipment — dropping into existing finishing workflows with no process changes required.
Three-tier solution architecture
One coating system engineered to scale across every thermal demand — from MRO depot workflows to next-generation hypersonic platforms and directed-energy weapons systems.
Performance characteristics and temperature ratings are based on internal laboratory testing. Actual results may vary by application, substrate, and operating conditions. Customers should conduct their own testing to confirm suitability for their specific use cases. Information provided is for reference only and does not constitute a warranty or performance guarantee.
Find your fit
The right tier depends on your thermal environment, platform type, and qualification timeline. Here's how each audience maps to the architecture.
Discover which GREOS coating tier is right for your application. Request the technical datasheet or schedule a consultation with the GREOS application engineering team.