Thermal protection for launch vehicles, re-entry systems, and propulsion systems exposed to extreme temperatures.
Challenging environments such as lightweight armor plating, thermal protection systems for hypersonics, and radomes for conventional missile or radar systems.
Increased performance and energy efficiency for high-temperature turbines and reactors due to better thermal stability.
Insulators, substrates, and components in microelectronic devices such as semiconductors, chips, and capacitors.
Leveraging advanced ceramics for biocompatibility used in dental and orthopedic implants.
Ceramics are integral in high-performance brake systems, various sensor technologies, and engine components for high-performance vehicles.