Cerakote is the global leader in the manufacturing of inorganic
thin-film ceramic polymer hybrid coating technology
Cerakote is used across all areas of the aerospace industry, from interiors and exteriors to engines, wings, electronics, aircraft structures, and more.
Cerakote coatings are known for their high-quality appearance, feel, and durability. Our inorganic coating technology enables maximum durability, excellent UV stability, extreme chemical resistance, and consistency on various substrates. We work with our clients worldwide on customized solutions to solve industry problems and deliver new marketable products.
Performance Properties of Cerakote Coatings
Cerakote coatings offer a range of superior properties suitable for a wide variety of applications.
Corrosion Resistance
The coatings effectively protect surfaces indoors and outdoors from rust and corrosion, even under extreme conditions.
Heat Resistance
The ceramic coatings withstand high temperatures of up to 1,000°C as well as extreme temperature fluctuations, which makes them indispensable for aerospace applications.
Abrasion Resistance
The coatings offer exceptional resistance to mechanical wear, such as impacts and scratches, which extends their lifespan.
Chemical Resistance
Cerakote coatings are resistant to hydraulic fluids, fuels, solvents, acids, de-icing agents, commercial disinfectants, and more.
Unique Features
Cerakote offers various special coatings with unique properties: infrared-absorbing, light-absorbing, thermally insulating, thermally conductive, electrically insulating, and many more.
Thin-film ceramic coating
With a layer thickness of only 6-50 µm, the coatings are ideal for parts with very low tolerances.
Applications in aerospace
Cerakote coatings are used worldwide by various companies for different solutions. These include:
Engine Components
Protects turbine blades, exhaust systems, and heat-sensitive components from extreme temperatures and corrosion.
Structural Components
Improves the durability of chassis, fasteners and brackets.
Avionics and Electronics
Protects sensitive components from environmental influences and electromagnetic interference (EMI).
Interior and Exterior Surfaces
Provides a durable surface coating for cockpit controls, seats, galleys, and exterior surfaces.
Space & Satellites
Cerakote is used in aerospace and satellites, where resistance or protection against radiation, extreme cold, and vacuum conditions is of crucial importance.
*Copyrighted images on this page provided courtesy of Anduril Industries, Inc. ANDURIL™, ANDURIL LOGO™, Ghost™, Anvil™, Wisp™, and Sentry Tower™ are products and trademarks of Anduril that are used with permission from Anduril Industries, Inc. to NIC Industries, Inc.
UAVs / Drones
Thanks to the low layer thickness and the resulting low weight, Cerakote is the ideal solution for lightweight
Low Reflectivity: Coatings specifically designed for low reflectivity in the visible and IR spectrum.
including non-reflective and infrared resistant options for military and stealth applications.
In the field of UAVs or drones, Cerakote is
Aviation
Superior Abrasion and Wear Resistance: Cerakote reduces wear on moving parts and improves longevity. Its chemical resistance also protects against fuels, hydraulic fluids, and other harsh chemicals.
Certified Quality for Aerospace
The test results show why Cerakote convinces in the aerospace sector: high durability, reliable protection, and precise performance under demanding conditions. This makes the coating a strong solution for safety-critical applications.
45°F Flammability Testing
Combustion Toxicity (Flaming Mode) Test
ASTM E595-15
Conclusion: Why Cerakote Is the Best Choice for Aerospace
Cerakote has established itself as a manufacturer of state-of-the-art coating solutions for aerospace applications, offering unparalleled protection, durability, and performance under extreme conditions. As the aerospace industry continues to innovate, Cerakote remains a trusted choice for manufacturers seeking high-performance coatings that meet the stringent demands of aerospace exploration.
