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F3 - Extends Mineralization with 67.0m of Radioactivity at Tetra Zone
Largest Radioactive Intervals to Date on Project Kelowna, British Columbia--(Newsfile Corp. - Au...
About this update from F3 Uranium Corp
[{"type":"text","content":"F3 - Extends Mineralization with 67.0m of Radioactivity at Tetra ZoneLargest Radioactive Intervals to Date on ProjectKelowna, British Columbia--(Newsfile Corp. - August 5, 2025) - F3 Uranium Corp (TSXV: FUU) (OTCQB: FUUFF) (\"F3\" or \"the Company\") is pleased to announce hand-held scintillometer results at Tetra Zone, where the widest intervals of radioactivity to date on the Patterson Lake North Project have been intersected with PLN25-217, which intersected a total of 67.0m composite radioactivity between 299.5m and 414.5m, including 49.0m of continuous radioactivity between 347.5m and 396.5m. Additionally, PLN25-212, approximately 23m up-dip of PLN25-217 and 31m along strike from the discovery hole PLN25-205, intersected the second widest interval to date with 39.5m composite radioactivity between 330.0m and 409.5m, including 27.5m of continuous radioactivity between 360.5m and 396.5m.2025 Handheld Spectrometer Highlights: Tetra ZonePLN25-217 (line 11280S):0.5m interval with radioactivity between 299.5m and 300.0m, and0.5m interval with radioactivity between 315.5m and 316.0m, and7.5m interval with radioactivity between 336.5m and 344.0m, and49.0m interval with radioactivity between 347.5m and 396.5m, and 9.0m interval with radioactivity between 399.5m and 408.5m, and0.5m interval with radioactivity between 414.0m and 414.5m.PLN25-212 (line 11310S):2.5m interval with radioactivity between 330.0m and 332.5m, and0.5m interval with radioactivity between 346.5m and 347.0m, and0.5m interval with radioactivity between 354.0m and 354.5m, and27.5m interval with radioactivity between 360.5m and 388.0m, and6.0m interval with radioactivity between 394.0m and 400.0m, and2.5m interval with radioactivity between 407.0m and 409.5m.Sam Hartmann, Vice President Exploration, commented: \"The substantial radioactive widths intersected in these drill holes were truly unexpected and highlight the significant potential we see at the Tetra Zone. Despite challenging drilling conditions and the non-traditional style of mineralization, each hole provides valuable insights into deposit model generation and drill plan adaptations. Notably, PLN25-217 confirms a theorized strike direction deviating from the current conductor model, and we will continue to explore this trend. To improve our conductor modeling around the Tetra Zone area, we are planning a...