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AMEN Presents Cutting-Edge Magnet Technology Developments at the Hellenic Metallurgical Society Conference 2025

Thessaloniki, Greece — 4 November 2025 AMEN New Technologies announces the successful participation of its R&D team represented by Dr. Dimitrios Niarchos , Dr. Dimitrios Anyfantis , and Mrs. Evangelia Dimeli  in the 9th Triannual Meeting of the Hellenic Metallurgical Society , held in Thessaloniki on 3–4 November 2025 . The conference gathered leading researchers and industry stakeholders to discuss advances in metallurgy and strategic materials. AMEN delivered three presentations showcasing recent progress in sustainable permanent magnet technologies : Dr. D. Niarchos  presented the role of powder metallurgy  as a strategic platform for permanent magnet production, highlighting its ability to control microstructure, enhance coercivity, and reduce critical material usage while supporting efficient and scalable manufacturing.  Dr. D. Anyfantis  presented research on rare-earth-free Fe₂P-based alloys , demonstrating how Co and Si substitutions  improve magnetic properties and stability, positioning these materials as promising candidates for future permanent magnet applications. Mrs. E. Dimeli  presented AMEN’s advancements in axially compressed bonded magnets  based on (NdPr)-(LaCe)FeB High Entropy Intermetallic Compounds , achieving up to 80% substitution of Nd/Pr with La/Ce  while maintaining competitive magnetic performance and enabling cost-effective fabrication. All presentations were well received , generating strong interest in AMEN’s approach to reducing reliance on critical raw materials , enhancing European supply-chain resilience , and supporting energy-efficient technologies  such as electric mobility and renewable power systems. AMEN New Technologies remains committed to advancing next-generation magnetic materials  and strengthening industrial innovation in Greece and Europe. For further information: AMEN New Technologies — info@amen-technologies.com

AMEN Presents Cutting-Edge Magnet Technology Developments at the Hellenic Metallurgical Society Conference 2025
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