Modern combat vehicles require massive torque and power density. Our carburizing steels and high-strength alloys allow for smaller, lighter gears and shafts that can handle increased horsepower without compromising reliability.
A carburizing steel providing high case hardness and superior core toughness, ideal for heavy-duty gears.
Provides high core strength and high fatigue resistance for increased power density in transmission systems.
To maintain off-road mobility under heavy armor loads, suspension components must withstand immense shock and fatigue. Our alloys are designed to resist the "bottoming out" forces and environmental corrosion found in desert and arctic theaters.
The industry benchmark for combining ultra-high strength with exceptional fracture toughness for load-bearing pins and struts.
A premier high-strength stainless steel that eliminates the need for cadmium plating in corrosive environments.
As threats evolve, so must vehicle architecture. We provide specialized steels that serve as the backbone of blast-resistant hulls and modular armor frames, offering high ballistic resistance and structural stability.
Silicon steels used in specialized electromagnetic shielding and structural applications.
Optimized for weldability and impact resistance in vehicle frames.
The transition to "silent watch" and hybrid-electric drive requires specialized magnetic materials. Our soft magnetic alloys enable high-efficiency motors that generate more power in a smaller footprint.
Offers the highest magnetic saturation of any commercial alloy, maximizing motor torque and reducing heat.
Soft magnetic ferritic steels that provide excellent corrosion resistance for outdoor and high-humidity operation.
In an IED or mine blast, the fasteners holding the vehicle together are the last line of defense. We provide ultra-high-strength fasteners that resist shearing and maintain joint integrity under extreme impulse loading.
