Eloro Resources Reports the Longest and Highest-Grade Tin Intersection Obtained thus far in Drilling at its Iska Iska Project, Potosí Department, Bolivia with 213.00 Metres Grading 0.51% Tin (Sn)

Core Insights - Eloro Resources Ltd. has reported further assay results from its definition drill program at the Iska Iska project, indicating an expansion of the hydrothermal system's footprint to approximately 800m by 500m by 500m deep, with dimensions increased by 100m along and across strike compared to previous reports [3][5][6] - The drilling program has completed a total of 6,242m in twelve holes, with significant results from five holes reported, including high-grade intersections of tin and silver [3][5][6] - The Santa Barbara Zone remains open laterally and downdip, presenting opportunities for further drilling to expand and upgrade mineral resources for the planned Preliminary Economic Assessment (PEA) [5][6] Drill Results - Hole DSB-87 intersected 213.00m grading 0.51% tin and 25.46 g/t silver, marking the longest and highest-grade tin intersection obtained so far at Iska Iska [6][10] - Hole DSB-86 intersected a long interval of zinc and lead grading 0.81% Zn and 0.80% Pb over 241.50m, including a higher section grading 1.56% Zn and 0.98% Pb over 100.50m [9][10] - DSB-80 and DSB-84 also reported several higher-grade intervals of silver, tin, and zinc, with notable grades such as 53.10 g/t Ag over 15.00m and 31.62 g/t Ag over 16.50m respectively [6][9][10] Geological Context - The Iska Iska project is characterized as a major silver-tin polymetallic porphyry-epithermal complex, associated with a Miocene caldera, and is located in a region known for significant mineral deposits [22][23] - The hydrothermal system at Iska Iska shows strong scale and complexity, with indications of significant tin-polymetallic endowment based on the dynamic nature of hydrothermal events observed in drill cores [5][6][23] Future Prospects - The ongoing drilling program aims to further delineate the mineralized zones and confirm larger extensions of both tin and polymetallic systems at Iska Iska, with the potential for significant resource upgrades [5][6][10] - The results from the current drilling phase are expected to unlock additional value for shareholders and enhance the project's viability for future development [5][6]