Eloro Resources Intersects 66.90g Ag/t, 0.63% Zn, 0.42% Pb and 0.11% Sn (111.14g Ag eq/t) over 289.13m in First Hole of Definition Drilling at the Iska Iska Project, Potosi Department, Southwestern Bolivia
Intersection in hole DSB-68 above also includes higher grade intervals of: 126.10g Ag/t, 0.55% Zn, 0.60% Pb and 0.09% Sn (160.72g Ag eq/t) over 122.03m, 47.61g Ag/t, 0.22% Zn, 0.40% Pb and 0.45% Sn (146.06g Ag eq/t) over 16.51m, and 25.52g Ag/t, 2.19% Zn, 0.65% Pb and 0.10% Sn (129.60g Ag eq/t) over 7.46m The high grade mineralization is associated with a prominent intrusion breccia body that is widening at depth over a vertical interval of over 500m and likely extends much further to the south. This breccia body is likely a major feeder for mineralization. Geophysical data indicates that there is a prominent northwest trending structural corridor 500m wide that extends from the Santa Barbara area southeastwards for at least 2km. Within the Santa Barbara High Grade Corridor, a strong spatial correlation is evident between the high-grade intersections in the intrusion breccia and areas of higher chargeability. This hole is the first of a strategic infill program in the potential starter pit area at Santa Barbara to better define the vertical and lateral extent of high-grade Ag mineralization; fill-in gaps that are presently categorized as low-grade or waste in the mineral resource model but are very likely mineralized; expand the higher-grade Sn mineralization to the west; and complete two large size PQ holes for further metallurgical testing (see Eloro press release of September 4, 2024).
Eloro Resources Ltd. (TSX: ELO; OTCQX: ELRRF; FSE: P2QM) (“Eloro”, or the “Company”) is pleased to announce the initial assay results in its definition diamond drilling program in the potential Santa Barbara starter pit area in the Iska Iska silver-tin polymetallic project in the Potosi Department of southwestern Bolivia. To date 2,561.9m of diamond drilling have been completed in six (6) holes including two (2) holes in progress. PQ core size has been used for all holes in this program to obtain larger, more representative core samples.
