Stronger, Tougher, More Powerful Metallurgy for Down Range.
We are the trusted partner for stronger, tougher, more powerful metallurgy for missile, ordinance, and weapon system engineers. Our specialty alloy solutions enable velocity, range, accuracy, and impact backed up by world-class U.S. production assets.
The aerodynamic loads and service temperature of hypersonic systems require material innovation to make affordable, reliable engines and cases on an industrial scale.
Ultra high strength for next generation applications at high temperatures in short duration
Our materials provide the weldability and machinability that complex structural solutions missile cases require. The consistent performance and strength give missile casings improved structural integrity at greater velocities and kinetic impacts.
High impact strength with consistent performance while being lightweight
Ultra high strength for next-generation applications at high temperatures in short duration
High-strength steel with good toughness and high temperature resistance, high yield strength to tensile strength ratio, and good ductility
Defense structures must endure extreme loads and fatigue in the most mass-efficient manner possible, in applications from the bottom of the sea to space. We provide the strength needed in critical applications.
A modified 4340 steel possessing high hardenability and strength with good ductility and toughness in heavy sections
High-strength steel with good toughness and high temperature resistance, high yield strength to tensile strength ratio, and good ductility
High-strength steel with an elevated nickel and cobalt content for superior toughness, high hardenability, good weldability, and superior tempering resistance
High hardness and strength combined with exceptional ductility, high fracture toughness, and exceptional stress corrosion cracking resistance
Our soft magnetic alloys solve the space, weight, and power challenges of today's military engineers in applications from APUs to final drives.
Highest magnetic induction available in a high-strength formulation
Combination of high induction, 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.
Customers call on us when they need to rethink the boundaries of specialty alloys
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