Aerospace & Defense

Advanced ceramics combine electrical insulation, mechanical strength, thermal stability, and resistance to harsh operating environments. These properties make them well suited for applications where long-term reliability is essential.

SCT develops customized ceramic-to-metal assemblies designed to perform in demanding aerospace and defense applications, supporting customers from development through long-term production.

Hermetic feedthroughs allow electrical signals and power to pass through sealed enclosures while protecting sensitive electronics from moisture, pressure variations, and harsh environmental conditions.

SCT develops customized hermetic feedthroughs tailored to each application’s electrical, mechanical, and environmental requirements, helping customers achieve reliable long-term performance.

Many aerospace and defense systems operate under extreme thermal conditions where conventional insulating materials may reach their limits. Advanced ceramics retain their electrical and mechanical properties over a wide temperature range, making them suitable for demanding engine, sensing, and propulsion applications.

SCT works with customers to select the appropriate ceramic materials and ceramic-to-metal assembly technologies according to the thermal and environmental requirements of each project.

Aircraft engines rely on accurate temperature and condition monitoring to ensure safe and efficient operation. Ceramic components provide the electrical insulation and mechanical stability required for thermocouples and other sensing technologies operating in demanding environments.

With decades of experience supplying aerospace programs, SCT develops customized ceramic components and assemblies for engine monitoring and sensing applications.

Yes. Aerospace and defense platforms often remain in service for decades, requiring stable manufacturing processes, product consistency, documentation, and reliable long-term supply.

SCT supports customers throughout the product lifecycle—from co-development and industrialization to long-term production—helping ensure continuity over the life of the program.

Every aerospace and defense program has its own technical, documentation, inspection, and qualification requirements. Qualification activities are defined by the application, customer specifications, and applicable industry standards.

As an EN 9100 certified manufacturer, SCT works closely with customers to deliver the traceability, manufacturing consistency, and quality support required for mission-critical applications.

Yes. Every aerospace and defense application presents unique technical and environmental challenges.

SCT partners with customers to co-develop customized ceramic-to-metal solutions, selecting the appropriate materials, manufacturing processes, and inspection methods to meet the specific requirements of each program.

Ceramic-to-metal brazing combines the electrical insulation of advanced ceramics with the mechanical strength of metallic components, creating robust assemblies capable of operating in demanding environments.

Drawing on more than five decades of ceramic-to-metal brazing expertise, SCT develops customized assemblies designed to deliver long-term reliability in mission-critical aerospace and defense systems.