Material route for application and process review.
Engineered for powder bed fusion processes, this high-purity (exceeding 99%) nickel powder delivers superior mechanical properties and reliability. Produced through gas atomization, the powder features a precise particle size distribution and high sphericity. This ensures consistent, high-density prints and uniform build rates, enabling the creation of defined components with complex geometries. The material's key differentiator is its combination of high strength and inherent resistance to oxidation, even in demanding thermal environments.
Nickel-based components printed with this powder exhibit high tensile and fatigue strength, resulting in defined, long-lasting parts suitable for end-use applications. This makes the material reliable for components that undergo significant mechanical stress.
The material maintains its mechanical integrity at elevated temperatures and offers excellent resistance to oxidation and corrosion. This performance ensures the longevity and reliability of printed parts, even when operating in harsh chemical or high-temperature environments.
This powder is optimized for use in powder bed fusion (PBF) additive manufacturing systems. Optimal print parameters have been developed to ensure as-printed material performance meets final part specifications. Due to the specified nature of the material, standard metal post-processing techniques, such as heat treatment or surface finishing, may be required to achieve desired final properties.
With its consistent quality and defined performance characteristics, Nickel Metal Powder is suitable for the entire product lifecycle. It is ideal for producing functional prototypes, manufacturing tooling, and direct-to-production of end-use parts where strength and environmental resistance are critical.
