Aerospace
Superalloys enable engine turbine blades run hotter and longer, elevating efficiency and reliability.
Pushing Turbine Blade Performance
At the edge of altitude and speed, turbine blades face searing temperatures, immense centrifugal forces, and corrosive exhaust. Our high-performance superalloys help aerospace engines run hotter, longer, and more efficiently, giving designers the freedom to reach new efficiency and emissions goals while preserving safety margins.
Providing an Exceptional Alloy
Our superalloy capabilities support:
- High-strength turbine blades and vanes for hot and cold sections
- Combustor liners, nozzles, and transition pieces
- Rotating disks, shafts, and other structural components
- Additive manufacturing and near-net-shape parts for weight and cost reductions
- Proprietary and standard alloy chemistries tuned for aerospace thermal envelopes
Our materials provide:
- Exceptional high-temperature strength and creep resistance
- Superior oxidation, hot-corrosion, and erosion protection
- Precise compositional control and full lot traceability
- Consistent quality for mission-critical, long-life components
Partner in Innovation
Whether propelling narrow-body fleets across the globe or lifting reusable launch vehicles beyond the atmosphere, our alloys give aerospace pioneers the metallurgical edge to push turbine blade technology further with confidence.
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