Temas Resources Confirms Extensive High-Grade Mineralisation and Multiple Critical Mineral Credits at La Blache

About this update from Temas Resources Corp.

Historic Hervieux West Re-Assay Program Validates High Grade Ti-V Mineralisation, Confirms Gallium, Scandium and Chromium Potential, and Advances Future Resource Growth Highlights Initial results from Temas' systematic re-assay program at the Hervieux West deposit confirm extensive high-grade titanium-vanadium mineralisation and validate the continuity of the mineralised system across the expanded La Blache Project. Material grades of six critical and strategic metals at La Blache will inform the next phase of extractive‑metallurgy development using Temas' proprietary Regenerative Chloride Leach (RCL) Platform Technology. Re-assays using Temas' preferred fused-bead analytical methodology provide enhanced analytical consistency while confirming valuable concentrations of titanium, vanadium, iron, gallium, scandium and chromium within the mineralised zones. Results highlight the large scale and thickness of the Hervieux West mineralized body, underpinning confidence in future geological modelling and resource development. The successful recovery of more than 36 kilometres of historic drill core is expected to accelerate future technical studies and substantially reduce the time and cost required to advance the expanded La Blache Project. The current program represents the first phase of a broader re-assay initiative, with additional Hervieux West results expected shortly, followed by the commencement of the Hervieux East re-assay program. The expanded analytical dataset will support geological modelling, resource updates and engineering studies across the Company's flagship titanium-vanadium project in Québec. Why this Matters to Investors Confirms the continuity and scale of high-grade titanium-vanadium mineralisation across the expanded La Blache Project. Accelerates future resource estimation and development studies by leveraging recovered historic drill core rather than undertaking extensive replacement drilling. Enhances project value through confirmation of additional critical minerals including gallium, scandium and chromium, with potential to provide incremental economic upside. Creates a pipeline of near-term catalysts as additional re-assay results, geological modelling and updated resource work are delivered. Aligns metallurgy with geology, with the expanded critical‑metals dataset guiding the geometallurgical application of Temas' proprietary RC...

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