Description
Key characteristics of metal powders used for additive manufacturing:
Particle shape: as close to spherical as possible
Particle sizes: 4 μm through 150 μm
Good powder homogeneity in terms of chemical composition and particle size distribution
Good flowability (essential for a number of 3D printer manufacturers)
Good as-poured density
List of alloys used for the production of metal powders
Nickel alloys designed for use at high temperatures and in harsh environments
High-purity titanium alloys
High-purity cobalt alloys designed for use in medical implants
Corrosion-resistant alloys designed for general-purpose applications
Application areas
Aerospace industry
Automotive industry
Mechanical engineering
Power engineering
Medical implants and dentures
Medical equipment
Oil and gas industry
Electronics
Food industry
Design bureaus, universities and research centers established for the development of new types of tech products
Particle shape: as close to spherical as possible
Particle sizes: 4 μm through 150 μm
Good powder homogeneity in terms of chemical composition and particle size distribution
Good flowability (essential for a number of 3D printer manufacturers)
Good as-poured density
List of alloys used for the production of metal powders
Nickel alloys designed for use at high temperatures and in harsh environments
High-purity titanium alloys
High-purity cobalt alloys designed for use in medical implants
Corrosion-resistant alloys designed for general-purpose applications
Application areas
Aerospace industry
Automotive industry
Mechanical engineering
Power engineering
Medical implants and dentures
Medical equipment
Oil and gas industry
Electronics
Food industry
Design bureaus, universities and research centers established for the development of new types of tech products