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Search Minerals Reports Promising 2025 Channel Sampling Results in Labrador's Critical Minerals District

By Advos

TL;DR

Search Minerals' 2025 channel sampling reveals critical rare earth element grades comparable to existing resources, offering investors potential advantage in an emerging mining district with expansion opportunities.

The 2025 channel sampling program at multiple Labrador prospects identified mineralized zones up to 18.18 meters wide, confirming continuity along regional trends and advancing prospects toward drill-ready status.

Search Minerals' exploration advances critical rare earth element development in Labrador, supporting local communities and contributing to secure supply chains for technologies that improve environmental sustainability.

Search Minerals discovered rare earth element mineralization comparable to existing resources across multiple Labrador prospects, using innovative direct extraction technology supported by government agencies.

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Search Minerals Reports Promising 2025 Channel Sampling Results in Labrador's Critical Minerals District

Search Minerals Inc. (TSX.V: SMY) (OTC: SHCMF) has released results from its 2025 channel sampling program at the Fox Run, Foxy Lady, Krazy Fox and Silver Fox prospects in southeastern Labrador, revealing widths up to 18.18 meters with critical rare earth element grades comparable to the company's Foxtrot Open Pit Indicated Mineral Resource. The findings confirm additional mineralized zones along the same regional trend between the Foxtrot and Deep Fox deposits, supporting potential resource expansion and advancing several prospects toward drill-ready status within the emerging Port Hope Simpson-St. Lewis district.

The company controls a 63-kilometer-long, 2-kilometer-wide belt in the region that is road accessible, located on tidewater, and near three local communities. Search Minerals has completed a preliminary economic assessment report with resource estimates for Foxtrot and Deep Fox and is working on three additional exploration prospects along the belt: Fox Meadow, Silver Fox, and Awesome Fox. The company's focus on finding and developing Critical Rare Earth Elements (CREE), Zirconium, and Hafnium resources comes at a time when global demand for these materials continues to grow for applications in clean energy technologies, electronics, and defense systems.

The sampling results are particularly significant as they demonstrate continuity of mineralization along the regional trend, suggesting the potential for connecting known deposits and expanding the overall resource base. This development matters because critical minerals like rare earth elements are essential components in permanent magnets for wind turbines and electric vehicles, battery technologies, and various high-tech applications. With global supply chains facing increasing scrutiny and geopolitical pressures, domestic sources of these materials in stable jurisdictions like Canada become strategically important for North American manufacturing and energy transition goals.

Search Minerals has continued to optimize its patented Direct Extraction Process technology with support from the Department of Tourism, Culture, Industry and Innovation, Government of Newfoundland and Labrador, and from the Atlantic Canada Opportunity Agency. The company has completed two pilot plant operations and produced highly purified mixed rare earth carbonate concentrate and mixed rare earth oxide concentrate for separation and refining. All material information on the company may be found on its website at https://www.searchminerals.ca and on SEDAR+ at https://www.sedarplus.ca.

The latest news and updates relating to SHCMF are available in the company's newsroom at https://ibn.fm/SHCMF. The full press release can be viewed at https://ibn.fm/MciAP. These developments in Labrador's critical minerals district represent progress toward establishing a domestic supply chain for materials essential to the global transition toward cleaner energy and advanced technologies, potentially reducing reliance on imports from dominant producing countries.

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