Aerospace

Thermocouple housings are constructed from a variety of metal components and high purity Alumina (Al203) ceramic. These corrosion resistant materials and MTC Alberox's manufacturing processes yield stable hermeticity in severe environments. Component durability is tested by subjecting ceramic-to-metal assemblies to thermal cycling from -55°F to 700°F, as well as extended periods at elevated temperatures up to 1000°F.

Featuring robust designs, the thermocouple housings are resistant to vibration and mechanical shock failure, making them ideal for aircraft engine applications. Manufactured using high temperature braze materials, all thermocouple housings are 100% leak-tested with helium, ensuring reliability and an exceptional seal. Also, all thermocouple housings have high terminal torque ratings that increase component reliability. With minimal tooling costs, the ceramic-to-metal design allows for cost-competitive manufacturing.

Designed with flexibility in mind, easily welded 300 series SST housings are available for broader component applications. Single, dual or multiple contacts are also available in a variety of thermocouple materials offering greater design flexibility.

Along with thermocouple housings, MTC Alberox also supplies a line of fire detection feedthroughs for Aerospace applications. Utilizing its application engineering expertise, MTC Alberox produces fire detection components that can handle the most extreme conditions while remaining specialized for individual tasks.

Fire detection feedthroughs are constructed from a variety of metal components and high purity Alumina.