Iron-based alloys with carbon and other elements

Lightweight alloys based on aluminum

Non-crystalline metallic alloys with unique physical and magnetic properties

Specialized alloys designed for the extreme conditions found in nuclear reactors and related applications

Specialized alloys that can "remember" and return to their original shape after deformation when heated

Advanced multi-principal element alloys with 5 or more elements in near-equal proportions exhibiting unique properties

Advanced high-performance alloys designed for excellent mechanical strength, surface stability, and corrosion resistance at high temperatures

Low-melting-point alloys used to join electrical components and create permanent bonds between metals

Iron-carbon alloys with carbon content higher than 2%, offering excellent castability and specific properties based on microstructure

Specialized alloys engineered for specific magnetic properties, from soft magnetic materials to permanent magnets

Specialized alloys designed for compatibility with the human body for medical implants and devices

Specialized alloys designed for joining metals through various welding processes

Specialized alloys designed for electronic applications, including connections, resistors, and conductors

Metal alloys specifically formulated or adapted for additive manufacturing processes including powder bed fusion and direct energy deposition

Iron-based alloys including steels and cast irons