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Palamina Identifies Strong Copper Anomaly at the Galena Silver Copper Manganese Project
Toronto, Ontario--(Newsfile Corp. - December 1, 2025) - Palamina Corp. (TSXV: PA) (OTCQB: PLMNF)...
About this update from Palamina Corp.
[{"type":"text","content":"Palamina Identifies Strong Copper Anomaly at the Galena Silver Copper Manganese ProjectToronto, Ontario--(Newsfile Corp. - December 1, 2025) - Palamina Corp. (TSXV: PA) (OTCQB: PLMNF) has collected and analyzed an additional 920 soil and subcrop samples at its 100% owned Galena Silver Copper Manganese project in southeastern Peru. Samples were analyzed using a portable handheld X-ray Fluorescence (\"XRF\") unit. Highlights:920 additional soil samples collected and analysed (2,579 XRF samples completed to date)A strong new copper anomaly identified in the Azul zone Expansion of the manganese anomaly now outlines a 6 km x 6 km geochemical anomaly linking the Rosa, Gris, Verde and Azul zonesContinued evidence supports the interpretation of a large CRD system similar to the historical Santa Barbara and Berenguela deposits on trend to the northeast Andrew Thomson, President of Palamina commented, \"Our most recent XRF sampling results further strengthen our view that Galena has the potential to host a district-scale hydrothermal and CRD silver copper manganese system. The newly defined copper anomaly in the Azul zone significantly expands the anomalous mineralization at surface and points to a strong mineralizing system beneath the Tacaza volcanics in the limestones. Palamina will continue to carry out XRF sampling in order to integrate these results with the planned gravity survey to prioritize drill targets at Galena.\"The Galena project has never been drill tested, where a large gravity geophysical survey is planned to better define the depth and geometry of the underlying limestone contact considered to be the primary carbonate replacement deposit (\"CRD') host unit.The newly identified copper anomaly in the Azul zone is characterized by elevated XRF copper values occurring along a structural corridor trending northwest-southeast consistent with the dominant regional structural corridor in the Eocene-Oligocene Las Bambas-Tintaya trend, one of the world's most prolific metallogenic belts. This anomaly coincides with a strong manganese signature identified by a remote sensing hyperspectral survey carried out in 2024 and represents a compelling new area for follow-up mapping and sampling. The Azul zone hosts small historical workings with silver and copper oxide mineralization where further sampling is being carried out with a view ...