Aerospace technologies operate in some of the most extreme environments imaginable—vacuum, radiation, thermal shock, and constant mechanical stress. COAT-X develops ultra-thin, high-performance barrier coatings that ensure long-term reliability for sensors, electronic assemblies, micro-mechanical parts and structural components used in aircraft, satellites, UAVs and space instruments.
Our multilayer Parylene and ALD-hybrid encapsulation technologies provide outstanding resistance to humidity, corrosion, and chemical exposure while maintaining minimal added volume, enabling the continuous trend toward miniaturisation. With precise control, cleanroom processing, and robust repeatability across production batches, COAT-X secures mission-critical performance where failure is not an option.
Commercial aircraft rely on Air Data Computers (ADCs) to process altitude, airspeed, and Mach number. These systems are connected to external Pitot tubes and static ports.
Modern "glass cockpits" in helicopters and commercial jets use dense, high-resolution displays and complex control panels.
The exterior lighting on the wingtips, tail, and landing gear of helicopters and airplanes must withstand the most punishing environments.
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