Products in Alloys: High Flowability

Valimet AM 6061 is specifically designed for additive manufacturing. This powder is sized to eliminate fines and enhance flowability after atomization via inert gas for spherical morphology. Its particle size distributions are tailored to maximize density, improve mechanical properties and optimize printing performance while meeting stringent OEM specifications.

Valimet AM 7075 is specifically designed for additive manufacturing. This powder is sized to eliminate fines and enhance flowability after atomization via inert gas for spherical morphology. Its particle size distributions are tailored to maximize density, improve mechanical properties and optimize printing performance while meeting stringent OEM specifications.

VDM® Powder 718 is the powder variant of an age-hardenable nickel-chrome-iron-molybdenum alloy for use in powder based processes such as additive manufacturing, HIP or overlay welding. Hardenability is achieved by specific additions of niobium, titanium and aluminum.

VDM® Powder 738LC is the low carbon powder variant of a precipitation hardenable nickel-base alloy for use in additive manufacturing. The alloy is strengthened mainly through the precipitation of ’-phase with Ni3(Al, Ti).

Valimet AM 357 is specifically designed for additive manufacturing. This powder is sized to eliminate fines and enhance flowability after atomization via inert gas for spherical morphology. Its particle size distributions are tailored to maximize density, improve mechanical properties and optimize printing performance while meeting stringent OEM specifications.

Valimet AM 2024 is specifically designed for additive manufacturing. This powder is sized to eliminate fines and enhance flowability after atomization via inert gas for spherical morphology. Its particle size distributions are tailored to maximize density, improve mechanical properties and optimize printing performance while meeting stringent OEM specifications.