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AMEN New Technologies has been honoured with an award from the Ministry of Environment as part of the Climate Neutral Cities Challenge 2025 , in recognition of its innovative contribution to sustainable and climate-neutral urban development. The award highlights AMEN New Technologies’ commitment to designing and implementing solutions that reduce environmental impact, enhance energy efficiency and support cities in their transition toward climate neutrality. Through innovation, research and collaboration with public and private stakeholders, the company continues to play an active role in shaping resilient, future-ready cities. This recognition further reinforces AMEN New Technologies’ mission to place sustainability at the core of technological progress, contributing to a greener, more sustainable urban future.

AMEN New Technologies has been highlighted on the European Commission’s Innovation Radar for its work on an innovative process to produce magnetic materials with reduced temperature and time for the synthesis of Fe₂P via nanostructuring , developed under the Horizon Europe project CoCoMag . The Innovation Radar platform identifies high-potential innovations and key innovators emerging from EU-funded research and innovation projects, offering visibility to projects with strong future market and sustainability impact. The recognised innovation, currently classified in the “Exploring” maturity category, focuses on advanced compositionally complex alloys that support the development of magnets free from critical rare-earth elements — a major step towards more sustainable energy solutions and reduced reliance on critical raw materials. This technology aligns with key UN Sustainable Development Goals , including sustainable energy access and resilient industrialization. AMEN New Technologies, based in Athens, is listed as a key innovator behind this innovation, reflecting its growing role in European materials research. The company’s contributions to CoCoMag are part of broader efforts to enable cleaner, more efficient technologies for sectors such as e-mobility and energy systems, where advanced magnetic materials are crucial. Being featured on the Innovation Radar enhances AMEN’s visibility among investors, industry partners and innovation stakeholders across Europe, reinforcing its commitment to sustainable technology development and market-relevant research.  Read more here: https://innovation-radar.ec.europa.eu/innovation/63922

AMEN New Technologies is pleased to announce a major milestone achieved within the framework of the BEETHOVEN Horizon Europe project , which recently marked 18 months of successful progress . As part of BEETHOVEN’s objective to develop sustainable, rare-earth-reduced permanent magnet technologies , AMEN has successfully produced the first large-scale batches of axially compressed bonded permanent magnets , demonstrating both technological maturity and industrial scalability . The milestone reflects the strong collaboration across the BEETHOVEN consortium and AMEN’s role in translating advanced magnetic materials into manufacturable solutions. Read more here:

Athens, Greece — November–December 2025. AMEN New Technologies I.K.E. hosted three international researchers— József Sándor Pap , Tímea Benkó , and Irfan Khan —as part of the EU-funded HORIZON-MSCA PacemCAT  project (Grant No. 101183082). Their secondments strengthened scientific collaboration between AMEN, the HUN-REN Centre for Energy Research, and partner institutions across Europe, supporting the development of next-generation catalysts for solar hydrogen production. During his stay, Dr. József S. Pap  advanced the selection and design of mixed-metal oxide catalysts, co-authored a joint scientific manuscript with AMEN researchers, and delivered a seminar on innovative strategies for (photo)electrocatalytic surface activation. Tímea Benkó  received specialized training in microwave-assisted synthesis and ball-milling techniques, gaining hands-on experience with nanostructured semiconductors, high-entropy oxides, and emerging 2D layered materials. Her work deepened the scientific exchange between AMEN and the HUN-REN Centre. Irfan Khan  contributed to the characterization of hybrid semiconductor–molecular catalyst systems, performing X-ray diffraction, spectroscopic, and microscopy studies, while also learning advanced ball-milling protocols. His research supported the assessment of catalytic efficiency and electrode surface properties. These visits highlight PacemCAT’s mission to foster interdisciplinary collaboration and accelerate breakthroughs in renewable hydrogen technologies. AMEN New Technologies remains committed to driving innovation in sustainable energy through strong international partnerships. For further information: AMEN New Technologies Email: info@amen-technologies.com In collaboration with:

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

Florence, Italy — 30 October 2025 AMEN New Technologies proudly announces the participation members of its R&D team, represented by Dr. Dimitrios Niarchos  (R&D Director) and Mrs. Evangelia Dimeli  (Research Associate), in the 18th Progress Meeting of the BEETHOVEN Project , held in Florence, Italy, on 29–30 October 2025 . The meeting brought together more than 30 leading researchers, industry partners, and innovation stakeholders  from across Europe to review ongoing scientific and technological results in the field of next-generation permanent magnets and sustainable materials. During the meeting, the AMEN team presented significant advances in the development of axially compressed permanent magnets  based on High Entropy Intermetallic Compounds (HEICs)  derived from (NdPr)-(LaCe)FeB alloy systems . These materials are strategically important, as they aim to reduce dependence on critical and high-cost rare-earth elements , while maintaining high magnetic performance. A major highlight of AMEN’s contribution was the demonstration of fully processed, application-relevant magnet samples , with dimensions of: 20 × 20 × 20 mm³ 20 × 40 × 20 mm³ These magnets were successfully fabricated with up to 80% substitution of the expensive heavy rare-earth components (Nd, Pr)  by more abundant and lower-cost elements (La, Ce) — without compromising magnetic performance . This marks a breakthrough toward economically viable and resource-resilient magnet manufacturing , fully aligned with the BEETHOVEN project’s objectives and the broader strategic priorities of the European Union for sustainable advanced materials and clean-energy technologies. The results presented by AMEN demonstrate: Successful alloy composition optimization using High Entropy Intermetallic design principles. Controlled microstructure engineering enabling high coercivity and remanence  despite reduced Nd/Pr content. Reliable fabrication of bulk-sized permanent magnets suitable for industrial demonstration and scale-up . These achievements reinforce AMEN New Technologies’ role as a key industrial innovator within the BEETHOVEN consortium and contribute to Europe’s effort to secure strategic autonomy in advanced magnetics and the electrification supply chain . The company extends its appreciation to the meeting hosts and partners for their constructive collaboration and looks forward to continued progress as the BEETHOVEN project advances to its next phases. For further information: AMEN New Technologies Email: info@amen-technologies.com

Athens, Greece — October 24, 2025 AMEN New Technologies is proud to announce the election of its R&D Director, Dr. Dimitrios Niarchos , as the A’ Vice President of the Hellenic Physical Society (Ελληνική Εταιρεία Φυσικής)  for the new governing term. The Hellenic Physical Society (HPS), one of Greece’s oldest scientific organizations dedicated to the advancement of physics research and education, officially announced the results on its website: www.eef.gr . Dr. Niarchos’ election reflects his longstanding contribution to Materials Science, Magnetism, Nanotechnology, and Research & Innovation Policy  in Greece and internationally. His appointment strengthens the strategic link between high-level research, academic excellence, and industrial technological development  at national and European level. About Dr. Dimitrios Niarchos Dr. Dimitrios Niarchos  is R&D Director of AMEN New Technologies  and Emeritus Researcher  of the Institute of Nanoscience and Nanotechnology (INN) at NCSR “Demokritos” . He received his Ph.D. in Materials Science  from the University of Athens and an MBA in R&D Management  from Loyola University (USA). He has served in major academic and national leadership roles, including: Director of the Institute of Materials Science  at NCSR “Demokritos” (1994–1999) Vice President  of NCSR “Demokritos” (1996–1999) President and Director General  of NCSR “Demokritos” (2005–2010) Dr. Niarchos has authored over 500 scientific publications , with >10500 citations  (h-index 48 and holds 7 patents . He has coordinated more than 35 national and European research projects , trained 23 PhD researchers , and served as advisor to the European Commission, NATO, and the Greek State  on research and innovation policy. His scientific contributions include: Development of bulk and thin-film magnetic and superconducting materials Leadership in high-entropy alloy research for next-generation permanent magnets Establishment of the Science & Technology Park “Lefkippos” , advancing innovation and entrepreneurship in Greece. Statement from AMEN New Technologies “We extend our warmest congratulations to Dr. Niarchos. His election is a recognition of his scientific leadership, integrity, and lasting contribution to the national and international research community. His new role will further reinforce the dialogue between academia, research centers, and innovative industry in Greece.” Contact Information AMEN New Technologies Email: info@amen-technologies.com

We are proud to announce that Antonis Bogdanos , Filotas Niarchos , and Artemis Niarchou , members of our Amen New Technologies team, have been selected among Greece’s most promising young leaders and innovators in the “40 UNDER 40 2025: The Rising Business Stars of the Year” list by Fortune Greece . Read the feature on Fortune Greece This distinction highlights the team’s continued commitment to innovation, entrepreneurship and social impact — core values that define Amen New Technology’s mission. Being recognized among Greece’s top young professionals is both an honor and a motivation to keep pushing boundaries and creating meaningful change. At Amen New Technologies , we are dedicated to leveraging cutting-edge technologies and international best practices to deliver sustainable, high-impact solutions that shape the future of business and society. Inclusion in the Fortune Greece 40 Under 40 list is a powerful acknowledgment of this effort — and an inspiration for the journey ahead. Thank you for your trust — we continue to grow, innovate, and make an impact together.

Athens, Greece 11 September 2025 AMEN was honored to host Professor George Hadjipanayis, a world-leading authority in magnetic materials and one of the co-inventors of the NdFeB permanent magnet in 1983–1984 , for in-depth discussions on advancing permanent magnet technologies. The meeting focused on the next challenges in magnet design , including: Achieving enhanced coercivity via nanostructuring of Fe₂₋ₓCoₓP₁₋ᵧSiᵧ-type magnets. Increasing the energy product of axially compressed bonded magnets based on AMEN’s high-entropy doped (Nd-Pr)-(La-Ce)FeB compounds . Outlining requirements for the next generation of magnetic alloys , targeting permanent magnets with energy products above 520 kJ/m³ , well beyond the performance of current Nd-Dy-Fe-B magnets. Prof. Hadjipanayis expressed strong enthusiasm for AMEN’s achievements and noted the state-of-the-art experimental infrastructure now in place. Over the past year, AMEN has acquired advanced equipment including a Rigaku MiniFlex XRD system , an automatic hysteriograph magnetometer , a 1400 °C box furnace, a turbopump vacuum system , SPEX8000 high-energy ball milling , and a complete electrical resistivity system . Combined with established arc-melting and powder sintering facilities , these resources enable AMEN to cover the entire innovation chain: from conceptual design and alloy fabrication to structural/magnetic characterization and prototype device development. To commemorate Prof. Hadjipanayis’s visit and highlight AMEN’s commitment to social governance and environmental stewardship , the company planted young trees on the land surrounding its headquarters — a symbolic act reinforcing AMEN’s responsibility toward the community and the environment. This integrated approach makes AMEN a unique hub for magnetic materials research in Greece and Southeastern Europe, bridging fundamental science with applied technology. About AMEN AMEN is dedicated to developing next-generation permanent magnets through innovative alloy design, nanostructuring, and entropy-driven stabilization. Its mission is to accelerate the transition toward sustainable energy and advanced technologies by delivering high-performance magnetic solutions while adhering to the highest social and environmental standards. Media Contact: Filotas Niarchos COO and Production line manager f.niarchos@amen-tech.com  | +30 2106000278

Image by Rigaku ( https://rigaku.com/products/x-ray-diffraction-and-scattering/xrd/miniflex ) We are pleased to share that AMEN NEW TECHNOLOGIES has recently participated in the Rigaku MiniFlex Training in Germany, further reinforcing our commitment to technical proficiency and continuous professional development. The training provided us with a deep dive into the latest advancements in XRD technology, covering both theoretical principles and hands-on sessions with the latest MiniFlex instruments.The specialized training program focused on the operation, maintenance, and advanced applications of the MiniFlex benchtop X-ray diffraction (XRD) system, a key technology for materials characterization and quality control. Rigaku’s expert instructors shared valuable knowledge into optimizing measurement techniques, data interpretation, and troubleshooting, helping ensure we can maximize the accuracy and efficiency of our analyses. We would like to extend our sincere thanks to Rigaku for their comprehensive training and professional guidance. Looking ahead, we are eager to apply this expertise to support ongoing and future R&D projects, further optimize our analytical capabilities, and contribute to the development of innovative, sustainable solutions for complex material challenges.

With great pleasure, AMEN Technologies participated in the 1st meeting of the PacemCAT program, which brings together leading scientists and industry professionals with the goal of developing innovative technologies. Dr. Dimitris Niarchos, R&D Director of AMEN Technologies, represented the company, contributing his scientific and technological expertise to the discussions and strategic planning of the program. Our participation in PacemCAT strengthens our commitment to innovation and collaboration with international partners. We wish all participants a productive and successful journey within PacemCAT and look forward to the next phases of the program! ------------ Με μεγάλη χαρά, η ΑΜΕΝ Τεχνολογίες συμμετείχε στο 1ο meeting του προγράμματος PacemCAT , το οποίο φέρνει κοντά κορυφαίους επιστήμονες και επαγγελματίες του κλάδου με στόχο την ανάπτυξη καινοτόμων τεχνολογιών. Ο Dr. Dimitris Niarchos , R&D Director της ΑΜΕΝ Τεχνολογίες, εκπροσώπησε την εταιρεία, συμβάλλοντας με το δικό του επιστημονικό και τεχνολογικό input στις συζητήσεις και τη στρατηγική του προγράμματος. Η παρουσία μας στο PacemCAT ενισχύει τη δέσμευσή μας στην καινοτομία και τη συνεργασία με διεθνείς εταίρους. Ευχόμαστε σε όλους τους συμμετέχοντες μια παραγωγική και επιτυχημένη πορεία στο πλαίσιο του PacemCAT και ανυπομονούμε για τις επόμενες φάσεις του προγράμματος!

We are proud to announce that AMEN NEW TECHNOLOGIES  has been recognized as a 'key innovator'  for its groundbreaking work in the EU-funded Research & Innovation project, CoCoMag . This prestigious acknowledgment comes from the Innovation Radar , which highlights high-potential innovations developed through EU-funded projects. Our Innovation: Compositionally Complex Alloys for RE-free permanent magnets applications The recognized innovation addresses a critical challenge in materials science: reducing dependency on rare earth elements. This breakthrough introduces advanced alloys that offer sustainable, high-performance alternatives for permanent magnet applications, contributing to environmentally friendly and cost-effective solutions across industries. Recognition on the Innovation Radar Being featured on the Innovation Radar’s public platform  underscores the significance of our work and its potential to drive positive change. The Innovation Radar, an initiative by the European Commission, shines a spotlight on key players and projects that are shaping the future of technology and innovation across Europe. Gratitude and Commitment We extend our heartfelt thanks to the European Commission and the entire CoCoMag consortium for their support and collaboration. This recognition is a testament to the hard work and dedication of our team and partners. We remain committed to advancing sustainable innovation and look forward to contributing to more impactful projects in the future. Explore More Learn more about the Innovation Radar and our recognized innovation by visiting the Innovation Radar websit e.