Strathmore Increases Uranium Mineralization at Agate by 1,200-Feet

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[{"type":"text","content":"Kelowna, British Columbia--(Newsfile Corp. - August 20, 2025) - Strathmore Plus Uranium Corporation (CSE: SUU) (OTCQB: SUUFF) ("Strathmore" or "the Company") is pleased to share results from the Phase 1 drilling for the 2025 exploration season at the Agate, focusing on the extension of the Lower sand's northern trend by 1,200 feet east to over 4,900 feet in length. Highlight for the drilling along this trend includes hole AG-205-25 (15.5 feet of 0.045% eU3O8 from 78.5-94.0 ft., including an intercept of 10 ft. with 0.061% eU3O8).","length":559,"tagName":"p"},{"type":"text","content":"Phase 1 of the 2025 drilling is exploring the Eocene Wind River Formation, an arkosic-rich sandstone which is noted for its high porosity and permeability, and high groundwater transmissivity. In addition to continued exploration of the Lower sand, the drilling will target the discovered shallow mineralization within the Middle sand. This area is thicker than the underlying Lower sand and historically has produced most of the uranium in the Shirley Basin district.","length":468,"tagName":"p"},{"type":"text","content":"Terrence Osier, VP Exploration of Strathmore, stated:"The objective of our Phase 1 program is to extend and delineate the limits of mineralization along the northern trend. Recent drilling extended the northern trend 1,200 feet east, giving it a strike length of nearly one mile We will also test an area one mile south, where shallow mineralization was identified in 2024.The mineralization intersected to date occurs within the tails and interface of the interpreted roll-front system, suggesting proximity to the main body of the deposit. Additional in-fill drilling is planned to refine continuity and thickness across the trend.","length":639,"tagName":"p"},{"type":"text","content":""We plan to core five holes adjacent to the monitor wells installed in 2024. These cores will be used by the Company for chemical assays and equilibrium studies to compare uranium grades with gamma probe results, and by the University of Wyoming for their ongoing research on the Project. Above-background gamma radiation has been recorded in the middle sand overlying this area, representing an additional target for stacked roll-front deposits. Results from Phase 1 will guide Phase 2 drilling scheduled for later this autumn. We ...

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