공지 • Mar 15
Temas Resources Corp Announces Significant Gallium and Scandium Results At La Blache Project
Temas Resources Corp. has received assay results for all HQ diamond drill holes completed in November 2025 on the La Blache Project, confirming consistent, high-grade zones of gallium (Ga), scandium (Sc), chromium (Cr), coincident with vanadium (V), titanium (Ti), and iron (Fe) in the massive-oxide (MO) zone. Highlights include: FT-25-07 with 73m @ 83.7% Fe2O3 + TiO2, 0.46% V2O5 and 56 ppm Ga, 19 ppm Sc and 1,240 ppm Cr from 110m; FT-25-04 with 75m @ 79.8% Fe2O3 + TiO2, 0.43% V2O5 and 57 ppm Ga, 17 ppm Sc and 1,463 ppm Cr from 204m; FT-25-06 with 40m @ 75.6% Fe2O3 + TiO2, 0.39% V2O5 and 59 ppm Ga, 17 ppm Sc and 1,110 ppm Cr from 145m; FT-25-03 with 30m @ 78.7% Fe2O3 + TiO2, 0.39% V2O5 and 53 ppm Ga, 16 ppm Sc and 1,294 ppm Cr from 214m; FT-25-05 with 26m @ 86.6% Fe2O3 + TiO2, 0.45% V2O5 and 60 ppm Ga, 19 ppm Sc and 1,309 ppm Cr from 210m; FT-25-08 with 26m @ 84.6% Fe2O3 + TiO2, 0.43% V2O5 and 58 ppm Ga, 19 ppm Sc and 1,258 ppm Cr from 108m; FT-25-09 with 24m @ 83.3% Fe2O3 + TiO2, 0.45% V2O5 and 57 ppm Ga, 18 ppm Sc and 1,133 ppm Cr from 123m. Holes FT-25-06 to FT-25-09 confirm mineralisation extension up to 150m from the west of the historical drilling, where it shallows toward the outcropping mineralized Schmoo Zone. Mineralisation is thickening and remains open towards surface outcrops 500m to the west. Temas’ Regenerative Chloride Leach (“RCL”) technology platform is ideally placed to process this multi-element mineralisation, with the accessory Ga, Sc and Cr potentially recoverable alongside Ti, V and Fe, adding significantly to the projects economics. Temas' Fused Bead Assay Digestion Protocol for the 2025 samples has proven highly effective and is now being extended to all historic core. Historic core has been fully recovered in preparation for re-assay, with 748 samples from Temas' 2022 drilling already dispatched for re-assay under the new protocol in February 2026. The 2025 drill program commenced on 24 October 2025, and ran for approximately 30 days, totaling 2,304 m of HQ over nine (9) holes. Temas utilised existing sites to construct drill platforms, capable of supporting multiple holes at varied angles and azimuths, with nine holes drilled from four platform areas. The La Blache deposits are large lenticular bodies of massive Fe/Ti oxides hosted within the La Blache Anorthosite complex in the Grenville Province of Quebec. This geologic terrain is one of the most studied in the world, and is the host for Rio Tinto's world class Lac Tio deposit which has been in production since the 1950's. The deposits on Temas' land package were first discovered at about the same time as Lac Tio, and historic work including Temas 2022 Scoping study have demonstrated hundreds of millions of tonnes of high-grade massive oxide mineralisation. Next Steps; Continued negotiations with potential RCL technology partners to advance the commercial application of Temas' proprietary progressing technology for La Blache and other suitable feedstocks. Temas expects assay results from the 748 pulp samples recently re-assayed from the 2022 NQ drill campaign. These results will bring all prior Temas drilling onto the same high assay standard and help quantify the difference between the historical and fused assay digestion methods. Temas is completing the relogging and sampling of the 20,294m of NQ core recently recovered from the field and transported to its secure facility in La Baie, Quebec. Samples of the mineralisation and adjacent rocks have been cut from the retained half core and will be assayed by ALS Chemex using Temas' standard fusion protocol, with results will be released as they come available over the coming months. Temas' geologic team in Quebec is in the final stages of processing 9,358m of historic core from the Hervieux West resource area. This work commenced on 22 January 2026 and is intended to bring the dataset up to Temas' fusion protocol standard at a fraction of the cost of redrilling. Following the completion of the Hervieux West program, Temas plans to commence processing the additional 10,936m of historic core from Hervieux East from mid-March, with assay results to follow.