NOT FOR DISSEMINATION IN THE UNITED STATES OR FOR DISTRIBUTION TO U.S. NEWSWIRE SERVICES MONTREAL, Dec. 19, 2025 (GLOBE NEWSWIRE) -- Morocco Strategic Minerals Corporation. (TSXV: MCC) ("MCC" or the "Corporation") announce the closing of a non-brokered private placement, raising total gross proceeds of $600,000 through the issuance of 6,000,000 units of the Corporation ("Units") at a price of $0.10 per Unit (the "Offering"). Each Unit consists in one common share of the Corporation (a “Common Share”) and on ...

Core Viewpoint - Morocco Strategic Minerals Corporation announced positive results from its July 2025 sampling program on the Tifernine Property, indicating high-grade copper mineralization and significant potential for gold and zinc [1][11]. Sampling Program Overview - The Tifernine property spans approximately 16 km² and features several significant sub-vertical mineralized structures [2]. - A total of 14 channel samples (76 individual samples) were collected along the mineralized structure ST1, with additional grab samples from ST2 and ST3 [3][6]. Sampling Results - The sampling program highlighted the presence of high-grade copper mineralization, with 5 channel samples grading above 1.00% Cu and a peak value of 2.30% Cu [12]. - Notable results include: - Sample Tif-01: 0.025 g/t Au, 2.81 ppm Ag, 446 ppm Cu, 306 ppm CuOX, 314 ppm Pb, 683 ppm Zn over 2 meters [9]. - Sample Tif-11: 0.121 g/t Au, 6.42 ppm Ag, 2753 ppm Cu, 1543 ppm CuOX, 2511 ppm Pb, 3450 ppm Zn over 2 meters [9]. - Maximum zinc value of 17.75% Zn from sample Tif-07 [12]. Geological Context - The Tifernine property is characterized by Ediacaran rhyolitic and andesitic complexes intersected by ENE-WSW-oriented faults, hosting several sub-vertical structures [15][16]. - Structure ST1 is the most extensive, exposed over 600 meters of strike and reaching widths of up to 11 meters [7]. Future Plans - The company is designing a follow-up exploration program that will include detailed geological mapping and trenching to evaluate the continuity of mineralization and generate additional targets across the Tifernine property [11].