Arbor Metals Completes Promising Phase 2 Drilling at Jarnet Lithium Project
Vancouver, Canada -- March 20, 2025 -- NewsGenie --Arbor Metals Corp. (TSXV: ABR, FWB: 432) has announced the completion of its 2025 phase 2 diamond drilling program at the wholly owned Jarnet Lithium Project, situated in the Corvette Lake Lithium Camp, Eeyou-Istchee Baie-James territory in Quebec North region.
The Phase 2 drilling campaign encompassed 16 NQ2 holes, totaling 3792 meters. The program focused on four distinct target areas identified from the 2024 drill program, with drilling depths ranging from 152m to 369m. Fusion drilling carried out all drilling activities. Approximately 1300 samples, including blanks and standards, have been sent for analysis to ensure lab quality.
Granitic pegmatites were observed and sampled in all 16 holes across all target areas. Molybdenite, associated with pegmatite, was noted in five drill holes across three separate target zones. The host rock for the pegmatites is quartz monzonite and/or greywacke.
Mark Ferguson, President of Arbor, expressed satisfaction with the completion of the drilling program, stating, "The results are promising, and we look forward to continuing our work in this highly prospective region as we move toward advancing the project." He added that the company remains focused on delivering shareholder value while adhering to best practices in sustainability and responsible exploration.
Arbor Metals is committed to environmental stewardship, adhering to industry guidelines to minimize its environmental footprint. The company also collaborates with local communities and indigenous groups to ensure their perspectives are integrated into the project’s development.
Martin Demers, PGeo, a consultant to Arbor, has reviewed and approved the technical contents of the news release.
Arbor Metals Corp. is focused on developing high-value, geographically significant mineral projects worldwide, including the Jarnet, Corvette Lake and St. Pierre lithium projects in Quebec, and the Kemlee Lake Lithium project.