INDUSTRIES & APPLICATIONS

Space Applications

ENABLING DISCOVERY

FROM PROPULSION
THROUGH OBSERVATION &
RE-ENTRY

Operational in the Harshest Conditions of Space

Ceramics, glass, and sapphire are integral to space technologies, each offering essential properties such as thermal resistance, optical clarity, and mechanical strength. These material characteristics are crucial for missions facing challenges such as radiation, vacuum, and temperature fluctuations. McDanel is a NASA preferred supplier of critical materials and components.

Space APPLICATIONS

Space Crew capsule sight window & camera windows

McDanel precision-engineered glass and sapphire used in space crew capsule sight windows withstands extreme thermal shock, pressure differentials, and micrometeoroid impacts while maintaining optical clarity. Our advanced glass solutions are also used in spacecraft camera windows, providing high-transmission, radiation-resistant viewing ports that protect imaging systems during launch, reentry, and on-orbit operations.

RELATED PRODUCTS:      Aerospace Windows

R&D and test furnaces

McDanel manufactures high-purity alumina components for space-related R&D and test furnaces, including durable sight window frames, furnace tubes, thermocouple protection parts, and crucibles designed to withstand extreme temperatures, vacuum environments, and aggressive atmospheres. Our alumina materials provide exceptional thermal stability, electrical insulation, and chemical resistance, ensuring reliable performance and accurate materials testing for research and qualification programs.

RELATED PRODUCTS:      Sight Windows      Thermocouple Parts
Furnace Tubes      Crucibles

R&D and test furnace windows

McDanel advanced glass and sapphire solutions tolerate extreme heat, rapid thermal cycling, vacuum or controlled atmospheres, and corrosive process gases, delivering high optical transmission and thermal shock resistance for clear process observation.

RELATED PRODUCTS:      Sight Windows

Sensor assemblies

McDanel high-purity alumina ceramic insulators, isolators, and precision components withstand high temperatures, voltage, and harsh chemical environments.They deliver excellent dielectric strength, mechanical durability and thermal stability, ensuring accurate signal transmission and long-term reliability in critical space-related sensing applications.

RELATED PRODUCTS:      Ceramic Insulators, Isolators, & Other Components

QUALITY, SERVICE & TECHNOLOGY

The McDanel Difference

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001

Ceramic and sapphire applications enable parts to withstand extreme temperatures better than traditional materials. McDanel insulators are trusted to be used in a wide range of onboard sensors and cameras and have been integral components in sensors used in space exploration. 

Thermal Stability

002

Advanced ceramics and glass contribute to weight reduction initiatives, thereby enabling the development of more efficient and agile aviation systems.

Lightweight

003

Built clear and engineered solid, McDanel glass and sapphire optics and windows provide the utmost in optical clarity, which ensures that pilots, passengers, and onboard systems have an unobstructed view, which is critical for safety and navigation. 

TRANSPARENT & CLEAR

004

Ceramics, glass, and sapphire are some of the world’s hardest materials. Extremely hard and strong, they maintain their integrity in the harshest, most demanding environments. 

PRESSURE, IMPACT & SCRATCH RESISTANT

005

Aerospace components such as bearings, seals, and coatings depend on advanced ceramics to prolong their service life and reduce the need for maintenance.

Corrosion & Wear Resistance