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High-fatigue materials for blades, discs, and drive shafts that handle massive transient loads and high-temperature oxidation.
High-yield, creep-rupture properties up to 1300°F (704°C) with excellent weldability.
Superior strength and fracture toughness; ideal for blowout preventer shear ram blades.
Ultra-high tensile strength; virtually immune to crevice corrosion in seawater.
Nickel-base alloy optimized for hydrogen embrittlement resistance in oilfield use.
Every component from seafloor to surface must meet the highest standards. Our alloys enable operators to drill with confidence in high-pressure, subsea environments.
Superior strength and fracture toughness; ideal for blowout preventer shear ram blades.
Ultra-high tensile strength; virtually immune to crevice corrosion in seawater.
Nickel-base alloy optimized for hydrogen embrittlement resistance in oilfield use.
Proprietary non-magnetic grades for corrosive, highly stressed directional drilling environments.
Low-carbon austenitic stainless for improved resistance to intergranular SCC.
High fatigue life and low magnetic permeability for aggressive drilling brines.
Nitrogen-strengthened steel providing 140 ksi minimum yield strength.
Enable higher power density and compact motor designs for rigless deployment and reduced workover costs.
Soft magnetic alloy that reduces operating temperatures and increases motor torque.
Cold-worked-and-aged condition for superior strength and corrosion resistance.
Improved pitting and hydrogen stress cracking resistance for chloride solutions.
