Stronger, Tougher, More Powerful Metallurgy for the Warfighter
Defense OEM’s trust our metallurgical experts to develop and deliver tougher, stronger, more powerful, and corrosion-resistant materials for combat vehicles that enable affordable speed, reach, lethality, and survivability. We have been providing specialty metals innovation to the warfighter from world-class domestic specialty metals mills for over 100 years.
For demanding applications such as torsion bars, small fixed craft landing gears, or components requiring high temperature resistance, we offer metallurgical innovations for high-strength, toughness, and fatigue in extreme environments.
A modified 4340 steel possessing high hardenability and impact strength while being lightweight
Low alloy, nickel-chromium-molybdenum steel with ductility and toughness, capable of being heat treated to high strength levels
Best-in-class high-strength stainless steel with improved notch tensile strength, fracture toughness, and fabricability with excellent resistance to stress corrosion cracking
High hardness and strength combined with exceptional ductility, high fracture toughness, and exceptional stress corrosion cracking resistance
High-strength steel with good toughness and high temperature resistance, high yield strength to tensile strength ratio, and good ductility
High-performance materials enable the design of smaller, lightweight motors and lightweight instrumentation without compromising on performance. Our materials enable the most power-dense, smallest, and lightest generators and APUs.
Highest magnetic saturation with low coercivity and the lowest losses and mechanical properties that can optimize power dense motors and generators
Highest magnetic induction and low losses with mechanical properties that can meet both stator and rotor application needs
Highest magnetic saturation with high yield strength and moderate core loss and mechanical properties that can optimize power-dense motors
Combination of high magnetic induction and low losses for higher continuous power with low cobalt composition and low coercivity
We develop new materials that can meet or exceed your design parameters and help you achieve performance breakthroughs. This allows you to design smaller and/or lighter parts with materials that avoid fatigue or fracture. These lighter components can improve performance, increase operating hours and reduce field failures.
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