MaterialsMontreal, CanadaFounded 2006· One of 955 Materials companies tracked by AMPulse
Develops aluminum-scandium alloy powders for metal additive manufacturing, eliminating hot cracking in high-strength aluminum alloys to enable lightweight, high-performance parts.
Proprietary scandium-enhanced aluminum alloys with 99.5% purity scandium oxide; protected by US provisional patent; exclusive access to scandium from Crater Lake project.
Differentiation
Value Proposition
Enables reliable 3D printing of high-strength aluminum alloys (AA7075, A535) without cracking, reducing material waste and post-processing costs while achieving superior strength-to-weight ratios.
How They Differentiate
Unlike standard aluminum powders, their Al-Sc alloys eliminate hot cracking in high-strength alloys like AA7075, enabling AM of aerospace-grade parts; proprietary scandium supply from Crater Lake ensures consistent quality and cost advantage.
Market & Competition
Target Customers
Aerospace and automotive manufacturers for structural components
Revenue: CAD 413,010 TTM; pre-commercial; advancing Crater Lake project towards feasibility study by 2027.
Major Milestones
Filed US provisional patent for Al-Sc powders (Sept 2024); Signed MoU with Gränges Powder Metallurgy; Secured up to $6.9M federal support for Crater Lake; Completed 500kg metallurgical pilot test
Scandium Canada develops aluminum-scandium alloy powders for metal additive manufacturing, addressing a persistent metallurgical challenge: hot cracking in high-strength aluminum alloys during laser powder bed fusion. Standard alloys such as AA7075 are prone to solidification cracking, limiting their use in AM. By adding scandium, the company's powders enable reliable printing of these grades without cracking, reducing material waste and post-processing costs while preserving strength-to-weight ratios.
The company's product line includes A535 Al-Sc and AA7075 Al-Sc alloy powders. A US provisional patent application filed in September 2024 covers the alloy compositions and production methods. Scandium Canada is also advancing the Crater Lake project in Quebec, positioning itself as the first primary scandium producer in North America, which would provide a captive supply of high-purity scandium oxide (99.5%) for consistent powder quality and cost control.
Target customers are aerospace and automotive manufacturers seeking lightweight structural components. The company has signed a memorandum of understanding with Gränges Powder Metallurgy and collaborates with the National Research Council of Canada, Productique Québec, and Canada's IRAP. A 500 kg metallurgical pilot test has been completed, and the Crater Lake project is moving toward a feasibility study by 2027.
Scandium Canada competes with established metal powder producers such as AP&C (GE Additive), Höganäs, and Sandvik Additive Manufacturing. Its differentiation rests on the combination of proprietary Al-Sc alloys that eliminate hot cracking and a vertically integrated scandium supply chain. The company is pre-revenue with CAD 413,010 in trailing twelve-month revenue and has raised CAD 20.3 million from Investissement Québec. Key risks include scaling scandium production and demonstrating commercial viability against incumbent aluminum powder suppliers.
Competitive Intelligence
Competitors, SWOT analysis, and investment insights