Temas Resources Confirms Higher Critical Metal Grades in La Blache Re-Assays

Re-Assays Deliver Material Grade Improvements at Farrell-Taylor

Temas Resources Corp (ASX:TIO) has unveiled a significant upgrade to the critical metal profile of its La Blache Project in Québec, Canada, following a comprehensive 2026 re-assay of 648 original 2022 drill pulps. Using a preferred fused-bead assay method, the company reports notable uplifts in vanadium pentoxide (V₂O₅), chromium, gallium, and scandium grades within the Farrell-Taylor deposit’s Fe-Ti-V oxide system.

Key intercepts include LB-22-07 with 88.1 metres at 0.40% V₂O₅, 60 g/t gallium, 18 ppm scandium, and 1,275 ppm chromium, and LB-22-09 delivering 83 metres at 0.46% V₂O₅, 62 g/t gallium, 19 ppm scandium, and 1,569 ppm chromium. These intervals sit within broad, high-grade iron and titanium oxide mineralisation exceeding 85% Fe₂O₃ + TiO₂.

Improved Assay Protocols Yield Enhanced Critical Metal Quantification

Comparing matched samples from the original 2022 assays with the 2026 re-assays, Temas observed average increases of approximately 24% in vanadium pentoxide, 48% in chromium, 12% in gallium, and 10% in scandium. Notably, the major oxides of iron and titanium remained broadly consistent, underscoring the reliability of the re-assay methodology.

This uplift is attributed to the switch from a 4-acid digestion method used in 2022 to a near-complete fused-bead digestion protocol in 2026, which provides a more thorough extraction of accessory critical metals. The company considers this dataset a stronger and internally consistent foundation for advancing resource estimation and metallurgical development at La Blache.

Supporting Future Resource and RCL Technology Development

Temas’ CEO Tim Fernback highlighted the importance of these results for the company’s proprietary Regenerative Chloride Leach (RCL) technology, which aims to revolutionise metal extraction with significantly lower costs and environmental impact. The improved geochemical data will inform targeted RCL testwork focusing on vanadium, gallium, and scandium recovery from La Blache mineralisation.

RCL technology has previously demonstrated over 65% cost reductions in titanium dioxide processing, validated through pilot testing and independent evaluation. The company’s integrated model combines resource ownership with technology licensing, positioning Temas to capitalise on growing demand for critical minerals.

Broader Strategic Moves and Reporting Updates

Alongside the assay results, Temas announced the engagement of GRA Enterprises LLC, operating as the National Inflation Association, to enhance investor relations and strategic communications, particularly in North America. This move complements its ongoing partnership with VECTOR Advisors, which was recently appointed to bolster communication efforts during the expansion of RCL technology and mineral projects. These engagements reflect Temas’ push to raise its profile amid active development phases and funding rounds.

Moreover, Temas confirmed a return to quarterly financial reporting obligations in Canada, aligning with regulatory requirements following its ASX listing. This shift may provide investors with more frequent insights into operational progress and financial health.

Next Steps in Exploration and Development

The company is designing a drill program to test the western extension of the Farrell-Taylor deposit toward the Schmoo Zone, aiming to expand the known mineralisation footprint. Meanwhile, integration of the 2026 re-assay data with historical and recent drilling datasets will continue to refine geological models and support upcoming resource estimates.

Given the enhanced critical metal grades and ongoing metallurgical validation, Temas is well positioned to advance both its resource base and the commercialisation of its RCL platform, a combination that could reshape critical mineral supply chains in Québec and beyond.

These developments build on Temas’ recent funding successes and strategic hires, including the appointment of technical experts to its advisory board, underscoring its commitment to scaling the RCL technology and mineral projects simultaneously.

Investors should watch for forthcoming drill results from the western extension program and updates on RCL testwork outcomes, which will be pivotal in assessing the economic potential of the La Blache deposit and the broader viability of Temas’ technology-driven business model.

Temas’ approach aligns with a growing industry focus on sustainable and cost-effective extraction methods for critical minerals, a sector increasingly scrutinised for environmental impact and supply security.

As the company moves forward, the interplay between improved resource data and proprietary processing innovation will be key to unlocking value and attracting strategic partnerships in a competitive market.

Temas’ recent moves also echo trends seen in the critical minerals sector where companies are pairing resource development with processing technology to capture more of the value chain, a strategy that may become increasingly important as global demand for vanadium, gallium, and scandium intensifies.

It remains to be seen how these assay improvements will translate into updated resource classifications and project economics, but the groundwork is clearly laid for a more robust technical and commercial case at La Blache.

Temas Resources’ trajectory will be one to follow closely as it seeks to leverage these technical advances into tangible shareholder returns amid shifting market dynamics.

These assay results and strategic initiatives come on the heels of Temas’ recent capital raises and advisory appointments, including the VECTOR Advisors engagement and funding boosts from Canadian investors, which have underpinned its exploration and technology programs. The company’s dual focus on mineral resource development and RCL technology commercialisation is a hallmark of its evolving growth strategy, recently reinforced by a $1.5 million flow-through placement aimed at accelerating Quebec projects and metallurgical testwork.