Vancouver, BC – June 10, 2024 – First Nordic Metals Corp. (the “Company” or “First Nordic”) (TSX.V:FNM, OTCQB:FNMCF, FRA: HEG0) is pleased to provide results from its recent belt-scale glacial till geochemical survey targeting orogenic gold mineral systems at its 100%-owned Storjuktan project (“Storjuktan” or “the Project”) located on the Gold Line belt, northern Sweden. Storjuktan encompasses approximately 60 kilometers (“km”) of first-order structural corridor (strike length) of the Gold Line belt and is located 20 km north of the Company’s Barsele project [1].

Highlights:

Surface till sampling identifies a large and cohesive 5.0 km by 1.0 km As-Cu-Mo-Zn pathfinder anomaly coincident with a historic ionic leach gold anomaly.
Anomalies oriented in the down-ice direction and are coincident with favourable geology and a prominent second-order structural corridor.
Follow up exploration programs planned in 2024 to continue to advance targets to drill testing stage.
Taj Singh, First Nordic President and CEO comments: “These results from Storjuktan are very exciting, as the Project has both the geochemical signature and dimensions / scale that align well with other multimillion ounce deposits on the belt. Storjuktan’s recently identified gold anomaly is currently about 5 km; for context, the Company’s resource-stage Barsele project’s current resource footprint is approximately 3.5 km long. We look forward to continuing follow-up exploration work on Storjuktan to advance targets towards drilling. Our goal in the coming months will be a geophysics program and a systematic top-of-bedrock / base-of-till (“BoT”) drilling program at the Project.

Storjuktan Exploration Program

4,357 regional B-Horizon (subsoil) samples were collected covering approximately 2,000 hectares over multiple untested structural corridors within the central portion of the 25,000 ha Storjuktan project area. All samples are collected from the glacial till derived B-Horizon soil layer and screened using handheld XRF (x-ray fluroscence) for pathfinder elements. Anomalous areas identified will be tested for gold at an external laboratory.

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https://fnmetals.com/news/first-nordic-identifies-new-large-cohesive-5-km-gold-anomaly-at-storjuktan-project-gold-line-belt-sweden/