Space Exploration
Superalloys boost engines, rockets, and satellites with strength, oxidation resistance, and lightweight performance.
Reaching Beyond Earth
Purity and performance define success in orbit and beyond. Our high-performance superalloys enable spacecraft engines and systems run hotter, longer, and more efficiently in the harsh vacuum, extreme temperatures, and radiation of space. From heavy-lift launch vehicles to reusable orbital engines and satellite platforms, we work with innovators to engineer alloys that deliver reliability when every gram, every cycle, and every degree of performance counts.
Delivering Exceptional Alloys for Space Missions
Our superalloy capabilities support:
- High-strength turbine and propulsion components
- Combustion, thermal-management, and exhaust parts
- Rotating disks, shafts, and other structural elements
- Additive manufacturing and near-net-shape hardware
- Proprietary and standard chemistries tailored for spaceflight
Our materials provide:
- Outstanding high-temperature strength and creep resistance
- Superior oxidation, corrosion, and radiation tolerance
- Precise compositional control and full lot traceability
- Consistent quality for mission-critical spacecraft systems
Your Partner for Space Innovation
As missions venture farther and engines face unprecedented thermal loads, material integrity is mission critical. Our alloys empower pioneers to push boundaries from first-stage boosters to deep-space probes, delivering the durability and reliability that propel space exploration forward.
