en.Wedoany.com Reported - Canada's Germanium Mining Corp. (CSE: GMC; OTCQB: EMSKF; FSE: YW0) announced that it has completed a Time Domain Electromagnetic (TDEM) survey at its wholly-owned Lac du Km 35 germanium project, with the final report expected within the next few days. The report will outline potential anomalies within a 1,400-meter by 1,400-meter area, covering historical INPUT anomaly clusters and the Laganière showing. This survey aims to confirm and delineate existing and new conductors that may indicate potential germanium-silver and zinc mineralization.
Additionally, an airborne magnetic survey covering the entire property has been initiated, with final results expected by mid-July 2026. Potential magnetic anomalies will soon be verified during upcoming outcrop mapping and sampling programs.
Mario Pezzente, CEO of Germanium Mining Corp., stated that the company strategically expanded the project's mineral claims before the active 2026 exploration season, targeting the discovery of additional potential ore bodies near the northern area of the Laganière showing. The Laganière showing hosts the highest-grade germanium sample in Quebec, with a grade of 186 ppm (0.02%). The company hopes to delineate new conductors near the Laganière germanium showing based on the TDEM survey results.
These surveys are designed to identify potential shear zones and electromagnetic anomalies for mapping and sampling programs starting in mid-July 2026. The area near the Laganière showing will undergo further exploration, sampling, and analysis, enabling the company to determine diamond drilling targets that can be tested in early 2027. The Phase 1 diamond drilling program includes 6 to 10 holes totaling approximately 2,500 meters, planned to commence in early 2027. Drilling lengths will be determined by the depth of electromagnetic anomalies, which will be precisely delineated through the new surveys and supported by outcrop mapping and sampling.
The Lac du Km 35 germanium property is located approximately 40 kilometers east of the mining town of Chibougamau in the Nord-du-Québec region of Quebec, accessible via Highway 167 and a major logging road. The property includes the prominent Faribault Shear Zone (FSZ), trending east-southeast. The FSZ is a key structural feature that may connect to other deep-seated permeable zones, acting as a preferential conduit for hydrothermal fluids. The Laganière germanium showing was discovered by government geologists in 1998 and has not been followed up since. The showing consists of a peridotite outcrop within the Laganière gneiss complex, and the reported germanium value (186 ppm) is the highest reported from an outcrop in Quebec. The showing is located beside a major logging road, immediately south of a roughly 400-meter by 400-meter cluster of electromagnetic anomalies that have never been tested, and is also 450 meters northeast of the FSZ, 800 meters from the southern edge of the Duberger felsic intrusion, and approximately 2 kilometers west of the Grenville Front. The area between the FSZ and the Laganière germanium showing, including this anomaly cluster, will be GMC's primary focus.
Germanium is a metalloid with widespread applications in electronics, solar energy, fiber optics, and infrared optics. It is included on the critical metals lists of Canada, the United States, and the European Union. Since December 3, 2024, China, the largest producer of refined germanium, has banned exports of germanium to the United States. Recent spot prices have placed germanium above $5,000 per kilogram.
