Latest Fluorspar Mineralisation News

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OD6 Metals has secured a strategic foothold in the US critical minerals market by acquiring the Quinn Fluorspar Project in Nevada, delivering ultra-high-grade assay results and commencing systematic exploration. Meanwhile, metallurgical progress at its Splinter Rock rare earths project and new copper targets at Gulf Creek underpin a diversified critical minerals portfolio.
Maxwell Dee
Maxwell Dee
21 Apr 2026
OD6 Metals has revealed exceptional channel sampling results from its Horseshoe Prospect within the Quinn Fluorspar Project, confirming extensive ultra-high-grade fluorspar mineralisation with grades peaking at 82% CaF2. These findings underscore the project's potential for direct shipping ore and acid-grade fluorspar production.
Maxwell Dee
Maxwell Dee
15 Apr 2026
OD6 Metals has announced continuous and high-grade fluorspar mineralisation at its Quinn Fluorspar Project in Nevada, with channel sampling returning 12 metres at an average grade of 40.8% CaF2, including a peak of 54.0% CaF2. These results validate historic data and indicate a large-scale breccia replacement system with significant untested potential.
Maxwell Dee
Maxwell Dee
9 Apr 2026
OD6 Metals has reported exceptional assay results from the Mammoth prospect within its Quinn Fluorspar Project in Nevada, confirming high-grade fluorspar mineralisation up to 53.2% CaF2 and indicating potential for a broader mineralised system.
Maxwell Dee
Maxwell Dee
7 Apr 2026
OD6 Metals has launched its first systematic exploration in six decades at the Quinn Fluorspar Project in Nevada, targeting historically high-grade deposits and expansive alteration zones. The program aims to unlock new fluorspar discoveries critical to advanced technologies.
Maxwell Dee
Maxwell Dee
1 Apr 2026
OD6 Metals has revealed an extensive 8-kilometre epithermal alteration system at its Quinn Fluorspar Project in Nevada, signalling potential for a major fluorspar discovery beyond historic sites. Advanced satellite and airborne hyperspectral analysis underpin this breakthrough.
Maxwell Dee
Maxwell Dee
25 Mar 2026

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