Talon Metals has abandoned plans to build a new mill in North Dakota, opting instead to process Tamarack ore at its existing Humboldt mill in Michigan to reduce capex. The announcement follows the reporting of a significant high-grade nickel-copper-cobalt sulphide intercept at the Tamarack project.
Talon Metals has abandoned plans to construct a new mill in North Dakota, opting instead to process Tamarack project ore at its existing Humboldt mill in Michigan to reduce capex. The announcement follows the reporting of a significant 753m sulphide intercept at the Tamarack nickel-copper-cobalt project.
Talon Metals reported record-breaking polymetallic assay results from its Tamarack project in Minnesota. Drill hole 25TK0562A returned high-grade nickel (13.37%) and copper (16.54%) over 46.43m, extending the Vault zone mineralization by 50m.
Talon Metals has selected its existing Humboldt Mill in Michigan as the processing location for the Tamarack Project in Minnesota, abandoning plans for the Beulah Minerals Processing Facility in North Dakota. The decision leverages existing nickel-copper infrastructure and expertise acquired through the Eagle Mine acquisition. A feasibility study to evaluate process modifications at Humboldt is expected to conclude in Q4 2026.
Talon Metals announced exceptional drill results from the Vault Zone at its Tamarack Project in central Minnesota, with drill hole 25TK0562A intersecting a record 46.43 meters grading 13.37% Ni, 16.54% Cu, and significant PGEs and gold. This high-grade polymetallic intercept, which includes a 26.22-meter sub-interval at even higher grades, extends known mineralization and supports the company's BHEM-guided exploration strategy. The results underscore the strategic importance of Tamarack as a potential domestic source of critical minerals.
Talon Metals has reported a record 46.43-meter intercept of massive and mixed massive sulphide mineralization at the Tamarack Project in Minnesota. The intercept, found in drill hole 25TK0562A, represents a significant step-out and validation of the Vault Zone geological model, although assay results are still pending.
Talon Metals reports additional high-grade nickel-copper assays from six previously reported drill holes in the Vault Zone of its Tamarack Nickel-Copper-Cobalt Project in central Minnesota. Highlights include 3.13 meters grading 12.05% Ni, 15.05% Cu, 6.15 g/t Pd, 15.72 g/t Pt, 3.14 g/t Au, and 130.08 g/t Ag in hole 25TK0563D. These results confirm and extend mineralization, supporting the geological model of a stacked mineralized system and identifying new exploration targets.
Talon Metals has reported new step-out drilling results from the Vault Zone at its Tamarack Nickel-Copper-Cobalt Project in Minnesota. Drill hole 25TK0566 intersected 7.73 meters grading 5.56% Ni, 7.40% Cu, 0.05% Co, 6.05 g/t Pt+Pd, and 6.35 g/t Au, including a higher-grade sub-interval. The program confirmed a fourth mineralized level and extended mineralization at depth, with assays pending for several new intercepts and new off-hole BHEM anomalies identified.
Talon Metals reported new assay results and step-out drilling from the Vault Zone at its Tamarack Nickel-Copper-Cobalt Project in Minnesota. Hole 25TK0563C intercepted 15.23 meters at 7.82% Ni, 7.70% Cu, and significant PGEs, including a high-grade sub-interval of 7.23 meters at 14.95% Ni, 15.24% Cu, and 9.98 g/t Pt. Step-out drilling in holes 25TK0563D and 25TK0569 confirmed mineralization continuity, with assays pending for these holes, indicating the Vault Zone remains open for expansion.
Talon Metals reports new high-grade assay results from step-out drill hole 25TK0563B at its Tamarack Nickel-Copper-Cobalt Project in Minnesota, intersecting 8.85 meters grading 9.60% Ni, 12.65% Cu, 0.09% Co, 11.44 g/t Pd+Pt, and 11.12 g/t Au. The results, including a sub-interval of 6.33 meters at 12.91% Ni and 16.55% Cu, confirm massive sulphide continuity and expand mineralization in the Vault Zone. Additional step-out holes 25TK0563C and 25TK0567 also intercepted mineralization with assays pending, further extending the known mineralized footprint.
