GMP® EUROFER97™ from Globus Metal Powders is a ferritic-martensitic steel powder optimised for high-temperature strength, thermal stability, and radiation resistance. Produced via argon inert gas atomisation, this powder features ultra-low oxygen content, tightly controlled minor elements, and optimised spherical particle morphology, making it suitable for PM-HIP, additive manufacturing (AM), metal injection moulding (MIM), and thermal spray applications.
EUROFER97™ is specifically developed for nuclear energy applications, including fusion reactor components and high-temperature structural assemblies, where mechanical integrity, irradiation stability, and long-term thermal performance are essential. Tight control of residual elements reduces activation under neutron loading, allowing the material to be disposed of as low-level waste in a reasonable amount of time after decommission.
Across the Globus portfolio:
GMP® ultra-low oxygen powders with tightly controlled minor elements reduce oxide inclusions and microstructural defects, critical for consistent PM-HIP densification and additive manufacturing. The spherical particle morphology and optimised particle size distribution (PSD) ensures predictable flow, uniform packing, and defect-free layer deposition.
Whether you require ultra-low oxygen grades, bespoke particle size distributions or high-volume supply, our team is ready to support your requirements.
Speak to our specialists today to discuss your application or request a quotation.
