About GREOS
Pioneering the Future of High-Temperature Aerospace Coatings.
We're eliminating the compromises aerospace engineers have been forced to make for decades in extreme heat environments.
The problem we solve
GREOS coatings deliver what no one else can — an elastomeric, fuel-resistant, sprayable coating that survives 350°C / 660°F+. We extend coating life, reduce weight, and open design freedom for the next generation of aerospace and defense platforms.
Modern platforms are demanding more from their surface protection than any existing coating was engineered to provide. Every year that gap widens. GREOS closes it.
Why thermal demands are accelerating
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Advanced engine technologies generating higher exhaust temperatures than any previous generation
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Electric propulsion systems concentrating thermal loads in compact motor and battery enclosures
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Hypersonic flight regimes creating aerodynamic surface heating that destroys conventional coatings
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Next-generation military aircraft and directed-energy systems pushing material science to its limits
Leadership team
Built by Engineers Who Know the Mission.
GREOS was founded and led by veterans of aerospace materials and advanced chemistry — people who have spent careers building solutions for the problems GREOS was created to solve.
- Founded and led MAST Technologies (2009–2024), a San Diego designer and manufacturer of radar absorbing materials and advanced materials for aerospace and defense
- Scaled MAST from concept to profitable operation through a successful exit in 2020 — leading strategy, product development, and customer acquisition
- 15+ years solving complex materials engineering challenges for defense and aerospace with custom-tailored electrical and mechanical properties
- BS in Managerial Economics, UC Davis — recognized for product development expertise and translating technical innovation into market solutions
- Pioneers next-generation high-temperature elastomeric coatings delivering unmatched flexibility, durability, and performance in extreme aerospace environments
- 20+ years of expertise in advanced materials innovation, precision instrumentation, and high-impact commercialization
- Ph.D. in Synthetic Organic Chemistry, Purdue University — research in Nobel Laureate H.C. Brown's Boron Research Center; advanced coursework with Nobel Laureate Ei-ichi Negishi
- Founded and scaled the Molecular Diagnostics Engineering unit at Sekisui Diagnostics; secured multiple FDA 510(k) clearances under rigorous regulatory frameworks
Our approach
Advanced Chemistry Meets Aerospace-Grade Engineering.
GREOS leverages fluoroelastomer (FKM) and perfluoroelastomer (FFKM) chemistries — materials proven in demanding industrial applications — and adapts them for aerospace coating requirements in a sprayable format that didn't previously exist.
Designed for real-world aerospace
Every Formulation Reflects How Aerospace Actually Works.
GREOS coatings are developed with the realities of aerospace manufacturing and maintenance in mind — not just what performs in the lab, but what integrates into actual qualification programs, finishing workflows, and depot operations.
From qualification-ready test method reference suites to CICP pigments that maintain color consistency across platforms and maintenance cycles, every design decision reflects what aerospace engineers actually need.
Engineered for what's next
Built for Today's Requirements. Ready for Tomorrow's.
As aerospace evolves toward hypersonics, electric propulsion, directed energy systems, and next-generation air dominance platforms, thermal challenges will only intensify. GREOS coatings are engineered not just for today's requirements, but for the extreme environments of tomorrow's aerospace systems.
The three-tier product architecture scales from commercial MRO today to hypersonic weapon systems tomorrow — one coating platform, every thermal environment.
Discover How GREOS Coatings Can Reduce Weight and Enable Next-Gen Designs.
Request technical datasheets or schedule a consultation with the GREOS application engineering team to explore the right coating solution for your platform.