Metal Powders and Solutions for AM
Our team of experts ensures success and adds value throughout the additive manufacturing (AM) process. We specialize in manufacturing standard and custom powders, and also produce hardware for powder management. With a focus on quality and innovation, we offer comprehensive solutions tailored to meet the unique needs of our customers.
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Extensive selection of off-the-shelf alloy powders for metal additive manufacturing.
Our quality metal powders are optimized for additive manufacturing. We are a sustainable partner offering rapid order turnaround and delivery.
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Manage risk, enhance safety and optimize economics with hardware and lab testing services.
Closed-loop powder handling to reduce powder contamination and avoid exposure to safety and environmental hazards.
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Metal powders designed to deliver the precise mechanical properties your application demands.
For many alloys, Carpenter Additive are able to offer different products of the same composition, optimized for your particular application.
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Additively manufactured aerospace brackets are developed to maximize performance while reducing weight through geometry optimization and high-strength materials.
Aluminum alloy with exceptionally high fatigue properties, weldability, strength, and ductility with excellent corrosion resistance and a low thermal expansion coefficient
Martensitic, age-hardenable, stainless steel alloy designed to have excellent notch tensile strength and fracture toughness capable of ultimate tensile strength in excess of 250 ksi (1750 MPa)
Martensitic precipitation, age-hardenable stainless alloy offering high strength and hardness, and excellent corrosion resistance
Stainless steel with corrosion resistance, as well as high tensile and creep strength. Low-carbon version of conventional, austenitic 316
Cross over pipe for Transportation exhaust systems and high-performance racing vehicles.
Stainless steel for additive manufacturing, a low carbon, non-magnetic, austenitic stainless steel that exhibits moderate to good strength, good fracture toughness, and good corrosion resistance
Low-carbon, maraging nickel steel attaining ultra-high tensile strength that is readily weldable and has excellent notch ductility
Nickel-base age hardenable alloy with excellent corrosion resistance excellent mechanical property preservation up to 1200°F (650°C)
Readily fabricated, crack-free turbine blades additively manufactured in a range of superalloys with elevated temperature stability. These alloys are designed for hot gas path components to take advantage of 3D design freedom which can improve turbine efficiency by leveraging advanced cooling airflow architecture.
Nickel-base age hardenable alloy with excellent corrosion resistance and excellent mechanical property preservation up to 1200°F (650°C)
Precipitation hardenable nickel-base alloy with molybdenum and niobium with excellent corrosion and oxidation resistance over a range of temperatures
Medical implants that take advantage of additive manufacturing for complex component design, efficient control of porous morphology, weight, and adoption of suitable biocompatible alloys. Additively manufactured interbody cages allow for superior osseointegration, improving patient outcomes.
Ti64 Grade 23+ combines controlled powder chemistry with lower oxygen content and optimized print parameters to provide 15-20% improvement in mechanical properties
Extra-low interstitial ASTM B348 Grade 23 has superior damage tolerance and better mechanical properties at cryogenic temperatures
Titanium offers increased corrosion resistance and a high strength-to-weight ratio. Available in four commercially pure grades
An essentially nickel-free austenitic stainless alloy with a high nitrogen content to maintain its austenitic structure with superior tensile and fatigue strength
Orthopedic implants, such as hip and tibial knee components, fabricated by AM take advantage of design flexibility and efficient control of porous morphology, enabling superior osseointegration.
Ti64 Grade 23+ combines controlled powder chemistry with lower oxygen content and optimized print parameters to provide 15-20% improvement in mechanical properties
Extra-low interstitial ASTM B348 Grade 23 has superior damage tolerance and better mechanical properties at cryogenic temperatures
FDA-approved essentially nickel and cobalt free austenitic stainless with exceptionally high tensile and fatigue strength
Advanced soft-magnetic alloys are transforming the profiles and capabilities of torque-dense electromagnetic devices. We print to net shape for high-magnetic induction in small volumes.
High-induction, high permeability soft magnetic alloy to improve magnetic flux density, allowing 10-15% higher force and 10-15% higher power savings
Browse our additive experts' library of resources including white papers, product brochures, technical datasheets, webinars, and more.
