Military Jets
Built for an Unfair Advantage.
Military aircraft ask materials to do competing things at once: cut weight, carry tremendous loads, withstand extreme heat and deliver dependable performance under demanding conditions. ATI produces the titanium, nickel superalloys, specialty steels and other advanced materials that help turn next-generation aircraft designs into real-world capability.
Materials: Lighter. Stronger. Farther.
Every pound removed from an aircraft can create room for something more valuable: fuel, payload, range or performance. ATI produces advanced titanium, specialty steels, nickel superalloys and refractory alloys engineered to deliver extraordinary performance where weight, strength and temperature matter most.
Engines: Made for the Heat of the Fight.
Military jet engines push materials through extreme heat, speed and rotational force. ATI produces advanced nickel and cobalt superalloys and titanium for critical engine applications, backed by deep expertise in melting, powder metallurgy and forging.
Manufacturing: More of the Process. More Control.
Advanced materials only create an advantage if they can be produced reliably and at scale. ATI controls critical capabilities from melting through forging, rolling, machining and finishing, reducing handoffs and bringing greater control to quality, flow and supply.
From Airframe to Landing Gear
Landing Gear | Structural Components | Control Surfaces | Mechanical Components | Fasteners & Other Structural Hardware
Strength throughout the aircraft.
Every Pound has a Mission
Military aircraft need structural strength for high-G maneuvering, demanding landings and heavy payloads, but added weight competes directly with fuel, range and mission capability. The material has to carry extraordinary loads without becoming one itself.
Put the Strength Where it Counts.
ATI produces titanium, specialty steels and other advanced structural materials in plate, billet, forgings and other forms for critical military aircraft applications. Our materials combine high strength-to-weight, toughness and fatigue performance for structures designed to perform under demanding loads.
At the Heart of the Aircraft: Propulsion
Rotating Engine Components | Engine Structural Components | Other Proprietary Engine Applications
The performance behind the performance.
A military aircraft can only do what its engine makes possible. Deep inside the engine, rotating components operate under tremendous heat, force and speed, putting extraordinary demands on the materials from which they're made.
More thrust raises the material bar.
Higher-performance engines push temperature, rotational forces and durability requirements further. Materials must maintain strength and resist fatigue and creep while performing repeatedly under demanding operating conditions.
Start with extraordinary material.
ATI produces advanced nickel superalloys and titanium for critical military jet-engine applications, with integrated capabilities spanning high-purity melting, powder metallurgy and advanced forging. It’s materials expertise built for the places inside an engine where performance gets serious.
