R&D – NEXTGEN ADVANCED POWDER COATINGS
Nine patents. One relentless standard.
Rockwell’s R&D division engineers powder coatings for the extremes industry hasn’t fully named yet — sustained hypersonic heat, deep-ocean pressure, live current, and cabinetry finishes built to outlast the warranty. This is where the material is designed before the part ever needs it.
PLATFORM · AEROSPACE
Hypersonic Thermal Protection
Ablativeresistant chemistry engineered to hold its structure through sustained hypersonic heat flux — protection built for the edge of the atmosphere. The system is formulated to resist char, delamination, and thermal shock across repeated high-Mach exposure cycles, not just a single flight event. Filler architecture and resin backbone are tuned together so the coating retains dimensional and structural integrity as heat flux climbs, rather than sacrificing one property to protect another.
PLATFORM · EV / ENERGY
EV Battery Thermal Management
Dielectric, thermally conductive film that regulates cell temperature and helps contain thermal runaway before it starts. The formulation balances electrical isolation with directional heat transfer, pulling heat away from cells under normal operation while resisting breakdown under fault conditions. Built to meet the dual demand of modern pack design: uniform thermal regulation across the array and a real safety margin if a single cell begins to fail.
PLATFORM · ARCHITECTURAL
Anti-Graffiti Surface Systems
Superhydrophobic, nanotextured chemistry that releases pigment on contact — architecture engineered to clean itself. The surface topology is engineered at the nanoscale to prevent ink, paint, and marker from bonding to the substrate in the first place, minimizing solvent use and labor on removal. Weathering and UV stability are built into the same system, so the release performance holds up over years of exterior exposure, not just at installation.
PLATFORM · MARINE / DEFENSE
Deep-Sea Thermal-Adaptive
Pressure stable, thermally responsive coatings rated for the deepest working environments on earth. The chemistry is engineered to maintain film integrity and adhesion under extreme hydrostatic loading, where conventional coatings crack, delaminate, or lose barrier performance. Thermal responsiveness is tuned to the operating envelope of deep-sea hardware, protecting substrates through the full range of pressure and temperature swings encountered on descent and recovery.
PLATFORM · OIL & GAS
Explosion-Zone Anti-Static
Conductive film engineered to dissipate static charge across the most volatile zones on an offshore platform. Surface resistivity is formulated within a controlled window — conductive enough to bleed static charge safely, without compromising the dielectric
and corrosion-resistance properties the platform depends on. Designed to hold that performance under continuous exposure to salt spray, humidity, and mechanical wear
typical of an active rig.
PLATFORM · ARCHITECTURAL / MDF
Low-Cure Scratch-Resistant Resin
Low temperature cure chemistry with scratch resistance built for luxury cabinetry that has to look flawless for decades. The low-cure profile protects substrate integrity on heat-sensitive MDF while still delivering the full crosslink density needed for a hard, mar-resistant surface. Formulated for the long view — retaining gloss, hardness, and color stability well beyond the finishes it’s built to outperform.
PLATFORM · SEMICONDUCTOR
Advanced Powder Coatings for Semiconductor Applications
Highpurity powder coatings engineered for semiconductor environments where surface uniformity, contamination control, and film integrity are missioncritical. Formulated with
low-outgassing, low-ionic contamination chemistry to meet the strict cleanliness standards of fab and data center hardware. Every batch is built to deliver consistent film thickness and surface finish, because in this environment, variability isn’t a cosmetic issue — it’s a functional one.
PLATFORM · SURFACE ENGINEERING
SuperSmooth Powder Coating Formulation
A nextgeneration powder system approaching liquid-type smoothness, delivering advanced surface properties, premium aesthetics, and ultralow texture for high-visibility components. Achieved through precision-controlled melt flow and particle morphology, closing the visual and tactile gap that has historically separated powder from liquid finishes. Built for components where surface finish is the first thing a customer notices — and the last thing that should ever fail.
PLATFORM · INDUSTRIAL
Contamination/RustForgiving Powder Formulation
A robust, adhesion-engineered powder coating designed for poorly pretreated or imperfect surfaces, offering superior intercoat adhesion and reliable performance even under suboptimal preparation conditions. Formulated to bridge the gap between ideal lab-condition substrates and the real-world surfaces coaters actually work with in the field. Delivers dependable corrosion protection and adhesion even over light rust, residual contamination, or inconsistent pretreatment — where it matters most