battery metals investing Video - CEO Clips: Q2 Metals Advances the Cisco Lithium Discovery in Quebec, Canada, Toward Its Maiden Mineral Resource Estimate
battery metals investing Q2 Metals Announces Multiple 200+ Metre Intervals of Continuous Spodumene Pegmatite and Provides an Update on the Inaugural Mineral Resource Estimate at the Cisco Lithium Project, Quebec, Canada
battery metals investing Q2 Metals Discovers High Grade Zone with 170.2 Metre Intercept of 1.99% Li?O, Including 40.1 m of 2.89% Li?O at the Cisco Lithium Project
battery metals investing Q2 Metals Appoints Keith Phillips as Executive Chair of the Board of Directors
battery metals investing Q2 Metals Extends Known Mineralized Zone with 179.2 Metre Intercept of 1.24% Li?O at the Cisco Lithium Project
battery metals investing Q2 Metals Intercepts 457.4 metres of 1.65% Li?O in Drill Hole 44 at the Cisco Lithium Project
battery metals investing Q2 Metals Reports Multiple Wide, Mineralized Intercepts from Infill Drilling at the Cisco Lithium Project, Including 95.1 m and 81.9 m each Grading 1.56% Li?O
battery metals investing Q2 Metals Intercepts 179 Metres of Continuous Spodumene Pegmatite North of the Mineralized Zone at the Cisco Lithium Project in Quebec, Canada
battery metals investing Q2 Metals Appoints Simon Gaivin as Vice President - ESG, Cisco Lithium Project Named as Finalist for Discovery of the Year by AEMQ
battery metals investing Q2 Metals Reports Multiple Wide, Mineralized Intercepts at the Cisco Lithium Project, Including 272.5 Metres at 1.61% Li20
battery metals investing Q2 Metals Clarifies Technical Disclosure on Initial Exploration Target at the Cisco Lithium Project in James Bay, Quebec, Canada
battery metals investing Q2 Metals Drills 457 Metres of Continuous Spodumene Pegmatite, Widest Interval to Date at the Cisco Lithium Project in Quebec, Canada
battery metals investing Q2 Metals Increases Drill Activity and Provides Exploration Update on the Cisco Lithium Project in Quebec, Canada
Metalsource Mining Intersects 1.1kg/t AgEq over 3.1m, Continues Identifying Widespread Polymetallic Mineralization While Expanding the Dip Length of the System Approximately 260m from Surface
