Slave Lake Zinc Corp. is pleased to announce a private placement financing opportunity to accelerate the Company's exploration efforts at its flagship O'Connor Lake Project in the Northwest Territories. This private placement offers investors the chance to participate in the development of a project with significant large-scale multi-base and [...]
Slave Lake Zinc Corp. is pleased to announce that at its 2024 annual & special meeting of shareholders held on April 19, 2024, all items were approved. The number of directors was set at five; Jas Rai, Ritch Wigham, Glen Macdonald, Max Braden and Heath Ellingham were elected to Slave Lake's board of directors and SHIM & Associates LLP, Chartered [...]
Slave Lake Zinc Corp. is excited to introduce Heath Ellingham as a new Director and to assume the role of CFO. A new year moving forward for Slave Lake Zinc. We would like to thank Peter Cummings for his role as a founder and assuming the role of CFO of Slave Lake Zinc from inception of our project. Slave Lake Zinc is honoured to be able to [...]
Slave Lake Zinc Corp. recently acquired additional historical information dating from the 1950s on the Company's large-scale O'Connor Lake high-grade Critical Metals zinc-lead property. The Company continuously updates its database as new information becomes available. As a result, several highly prospective new areas have been outlined that will [...]
Slave Lake Zinc Corp. : As much as we want to get on the ground and advance our project, we support and sympathise with the efforts to contain the devastation that our friends are subjected to in the communities that we are associated with in the South Slave. Hay River, Fort Smith, and Yellowknife are integral to our partners and our ongoing [...]
Slave Lake Zinc Corp. With the expansion of the forest fire issues in the Northwest Territories, the Territorial government has expropriated all the rotary wing aircraft available in the N.W.T. to support the efforts to fight the expanding forest fire problem. Fixed wing aircraft are also have significant issues in operating under the current [...]
Slave Lake Zinc Corp. is pleased to announce the commencement of its anticipated summer Lithium exploration program, as previously announced on July 17, 2022. This program marks a significant step towards enhancing the Company's "critical metals" project. The summer exploration program will begin with a focus on conducting reconnaissance [...]
Slave Lake Zinc Corp. Slave Lake Zinc is excited to share its corporate update and announce its exploration plans for lithium potential in Canada's Northwest Territories. The company is currently designing its summer exploration program and is eagerly anticipating the sampling of pegmatite formations on its property for potential lithium content [...]
Slave Lake Zinc Corp. is on the verge of becoming a significant participant in the country's green economy with its strategic metal's exploration operations. The company has recently expanded its potential to include lithium, which is a critical component for electric car batteries, alongside its existing zinc and lead exploration developments [...]
Slave Lake Zinc Corp. has continued to identify exciting new exploration targets at the O'Connor Lake project. The Company's review of historical drill logs indicates that the extensive drill program testing zinc - lead deposits at the original discovery, MWK Number 1 vein, also reported intersecting pegmatitic dykes and pegmatitic granite in [...]
Slave Lake Zinc Corp. : has reviewed historic drill logs recently obtained for 13 drill holes reported by American Yellowknife Mines from drilling conducted in 1951 at the MCO targets on the west side of O'Connor Lake. Slave Lake has noted that pegmatites and pegmatitic granites have been documented in these holes. Pegmatites were reported and [...]
Slave Lake Zinc Corp. has recognized that coarse-grained pegmatites occur on their O'Connor Lake property which is currently host to critical metals of zinc +/- copper. The pegmatites occur primarily as dykes but also occur as masses in complex multiple-phased intrusive granitic environments. Although no exploration has occurred on these [...]
