Critical Metals Corp. Proudly Announces the Highest Re-Assay TREO Results From Inception From (33) Drill Holes Results

Core Insights - Critical Metals Corp announced strong REE assay results from the Hill Deposit at the Tanbreez Heavy REE Project, with grades reaching up to 0.94% TREO, reinforcing the asset's world-class status and validating the company's development strategy [1][4]. Exploration Results - The announcement reports assay results from 33 drill holes, with a weighted average TREO+Y of 0.44% and grades ranging from 0.31% to 0.94%, including an average of 24.1% heavy rare earth oxides (HREO) [6][18]. - Gallium Oxide assays ranged from 87 ppm to 117 ppm, while Zirconium oxide assays varied from 1.04% to 3.81% [6][18]. - The results demonstrate strong correlation and consistency of high-grade REE mineralization within the existing Hill Deposit [6][18]. QA/QC and Methodology - A rigorous QA/QC review was conducted to verify the reliability of historical drilling and enhance geological understanding, confirming TREO grades within a tight 2–5% precision range [5][18]. - The resampling program involved 1,014 pulp samples from the 2010 drilling campaign, aimed at verifying the historical dataset and establishing a consistent analytical methodology [14][17]. Future Plans - The company plans priority infill resource drilling for the 2026 field season to convert inferred and indicated resources into measured resources [21][19]. - Ongoing metallurgical and environmental studies are being conducted to advance project permitting and feasibility [6][19]. - Active engagement with strategic partners and capital markets is underway to accelerate development [6][19]. Strategic Positioning - Critical Metals Corp aims to become a leading supplier of critical heavy rare earths, capitalizing on the growing global demand for these materials used in magnets, electric vehicles, defense, and advanced technologies [6][1]. - The Tanbreez project is strategically located in Southern Greenland, with year-round shipping access via deep water fjords, enhancing its logistical advantages [27][24].