Collective Metals Inc. is pleased to announce that its common shares are now eligible for electronic clearing and settlement in the United States through the Depository Trust Company . DTC Eligibility is expected to simplify the process of trading and enhance liquidity of Collective's shares in the United States. The DTC is a subsidiary of the [...]
Collective Metals Inc. is pleased to announce the appointment of Audrey Graham, P. Geo, as the Company's VP of Exploration. Ms. Graham will be an integral part of planning and deploying the drill program at the Princeton Project. Christopher Huggins, Chief Executive Officer of Collective, commented, "We are excited to welcome Ms. Audrey Graham to [...]
Highlights Rock samples from the Trojan MINFILE showing and the Eagle target ~650 m to the southeast yielded highly anomalous copper values of 518 and 5,350 ppm , respectively. These results confirm previous elevated to highly anomalous copper results from float samples and, together with available geophysics, confirm the Trojan-Condor Corridor as [...]
Collective Metals Inc. is pleased to announce the mobilization of an experienced field exploration crew from Bayside Geosciences of Thunder Bay, Ontario to its Whitemud Lake Lithium property . The Property is located in the emerging Lithium-Cesium-Tantalum pegmatite field east of Ear Falls in northwestern Ontario. The Property is hosted within the [...]
Collective Metals Inc. is pleased to announce that it has completed a comprehensive compilation and interpretation of modern and historical exploration data at its Landings Lake property located in an emerging Lithium-Cesium-Tantalum pegmatite field in northwestern Ontario. The Property is hosted within the LCT-prolific English River terrane, 53 km [...]
Collective Metals Inc. is pleased to announce it has received permission from the previous operator, Goldcliff Resource Corp., to examine their 2014 drill core, recovered from 4 holes completed within the Trojan-Condor Corridor at the Company's Princeton Project . The Company intends to re-log and further sample the available core. The core has [...]
Collective Metals Inc. is pleased to announce that it has received assay results for soil samples that were collected in "Phase One" of the Company's two-phase reconnaissance soil sampling program conducted in summer of 2023 on the Princeton Copper Project . The Program was designed to identify surface geochemical anomalies related to copper [...]
Collective Metals Inc. is pleased to announce that it has received assay results from its initial Rock Sampling Program that was completed as part of its due diligence evaluation of the Princeton Copper Project in Spring of 2023. The Program emphasized locating, examining, and, in most cases, sampling exposures, roadcuts, caved trenches or outcrops [...]
Highlights Mr. Bein worked for Hudbay Minerals for more than ten years; a company that recently acquired Copper Mountain for $439 million, which is neighbouring to the Company's flagship project, the Princeton Project. Mr. Bein led exploration for Rock Tech Lithium, which completed extensive drilling and field exploration programs in Ontario, where [...]
HIGHLIGHTS Many mineral occurrences have geological characteristics similar to the adjacent Copper Mountain Mine currently in production. Previous work identified copper, gold, silver, zinc and lead, many of which are interpreted to represent porphyry related copper-gold mineralization. Alkalic porphyry Cu-Au mineral occurrences have been [...]
Collective Metals Inc. is pleased to announce commencement of their Phase Two Exploration Program on its Princeton Copper Project . This Program is a regional reconnaissance soil program designed to evaluate 11 previously untested priority target areas across the Project. The smaller soil grids are intended as initial reconnaissance surveys [...]
Collective Metals Inc. is pleased to discuss geophysical results acquired by a previous operator and implications for its Princeton Project in southwest British Columbia . The exploration targets for the Project are multiple Alkalic Cu-Au porphyry associated with Triassic age diorite intrusions similar to that being currently mined at Copper [...]