Scandium Canada and ALPOMET Partner to Develop Scandium-Based Advanced Materials for Hydrogen and Additive Manufacturing

Scandium Canada Ltd. and ALPOMET have signed an agreement to collaborate on developing scandium-based alloys for hydrogen storage, additive manufacturing, and aerospace applications, leveraging complementary expertise in computational alloy design and powder production.

Houston Metrowire Staff
••Manufacturing
Scandium Canada and ALPOMET Partner to Develop Scandium-Based Advanced Materials for Hydrogen and Additive Manufacturing

Scandium Canada Ltd. (TSX-V: SCD) announced on May 19, 2026, that it has signed an agreement with ALPOMET, a Turkish advanced materials engineering company, to establish a strategic collaboration framework for developing scandium-based advanced materials. The partnership focuses on aluminum-scandium (Al-Sc) alloys for applications including hydrogen technologies, additive manufacturing, and aerospace.

The collaboration combines Scandium Canada's downstream Scandium+ division capabilities in Al-Sc alloys with ALPOMET's expertise in advanced materials engineering. Under the agreement, the parties plan to evaluate joint research and development activities in several areas: metal powder production through gas and ultrasonic atomization technologies, Al-Sc alloy design supported by Integrated Computational Materials Engineering (ICME), additive manufacturing and advanced production processes, hydrogen storage and hydrogen-related material applications, and material characterization with development of comprehensive technical data sheets.

"This collaboration reflects the growing international interest in a secure scandium supply and in the advanced materials it makes possible," said Guy Bourassa, CEO of Scandium Canada. "Working alongside a capable engineering team with access to European end users is another step in building the network of partners that a young and promising scandium market needs."

Luc Duchesne, Ph.D., Chief Science Officer of Scandium Canada and Head of Scandium+, emphasized the complementarity: "Combining computational alloy design, powder atomization and rigorous material characterization adds capability to validate Al-Sc alloys for demanding industrial applications."

ALPOMET brings experience in ICME-based alloy design and powder production through gas and ultrasonic atomization, including work on high-strength aluminum alloys for additive manufacturing supported by the pan-European Eureka network (2024 and 2025 Lightweighting Call). These capabilities complement the alloy development work by Scandium+. The collaboration aims to provide Scandium+ with an alloy formulation and production alternative for qualifying metal powders.

These workstreams target high-value applications where Al-Sc alloys offer a decisive advantage, including aerospace structural components and electric motor systems, where reduced weight combined with increased strength is key. For Al-Sc alloys to reach their potential in laser powder bed fusion (L-PBF), they must be converted into high-quality and cost-effective metal powders.

Yagız Akyildiz, Co-Founder and General Manager of ALPOMET, stated: "ALPOMET and Scandium Canada bring together complementary strengths in advanced materials, additive manufacturing and hydrogen technologies. We see this collaboration as a structured framework for shaping the engineering materials of the future."

Based in Kocaeli, Turkiye, ALPOMET adds to Scandium Canada's European collaboration network. The agreement establishes confidentiality terms and provides a basis to explore the collaboration. Scandium Canada (TSX-V: SCD) is a public company aiming to bring the world's leading primary source of scandium into production, enabling development and commercialization of Al-Sc alloys through its Scandium+ division and Crater Lake mining project. More information is available at www.scandium-canada.com.

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