Neotech Metals extended Hecla-Kilmer’s Pike Zone by 600 meters, strengthening rare earth, niobium, gallium, and phosphorus resource potential in Ontario.
Neotech Metals Corp. has announced a significant 600-meter northern extension of the Pike Zone mineralization at its wholly-owned Hecla-Kilmer Rare Earth project in Ontario, Canada. This discovery is a result of additional assay findings from the company's extensive 2025 10,000-meter drilling and sampling campaign, which focused on definition, extension, and exploration targets. The successful campaign has now connected mineralization from the southern extent of the Pike Zone to the north, establishing a continuous strike length approaching 1,600 meters. These results are crucial and are slated for incorporation into the company's Maiden Resource Estimate, anticipated in 2026.
The drilling program has consistently demonstrated the large-scale potential and continuity of the Hecla-Kilmer carbonatite system. Notably, increasing grades have been observed towards the north, with the mineralization remaining open both along strike and at depth, suggesting further exploration upside. Earlier drill programs in 2024 also yielded promising results, revealing broad zones of mineralization that begin near the bedrock surface, which Neotech's CEO, Reagan Glazier, described as a "significant economic opportunity".
From an economic and industry-specific perspective, the Hecla-Kilmer project is proving to be a valuable asset for critical minerals. The assays confirm the presence of Total Rare Earth Oxides (TREO), Niobium (Nb2O5), and Phosphorus (P2O5), alongside consistent values of Gallium (Ga2O3). The presence of Gallium is particularly important, given its increasing demand in semiconductor supply chains and green energy transition technologies. Neotech Metals emphasizes that this project has the potential to contribute to the "onshoring and security of the essential building blocks" needed for advanced and clean energy technologies, aligning with broader strategic goals for critical mineral independence.
A key advantage highlighted for the Hecla-Kilmer project is the nature of its rare earth mineralization. The apatite-hosted Rare Earth Elements are noted for their low-impact, rapid leach characteristics, with over 96% of REEs successfully leached into solution in preliminary metallurgical studies. This contrasts sharply with other deposits in North America and Europe that contain minerals like Monazite or Bastnäsite, which typically require more energy-intensive and prolonged acid baking processes. This easier processing could position Hecla-Kilmer as the "first viable, domestically produced source" of such REEs in North America. The project's strategic location, 20 km from the Otter Rapids hydroelectric power generation station and an active railway, further enhances its logistical and economic viability.
Looking ahead, Neotech Metals Corp. is developing plans for an expanded resource-definition drilling program and preliminary mineralogical-metallurgical test work to further optimize processing and fully assess the project's scale. The ongoing geological modeling and targeting will continue to guide future exploration efforts, refining the understanding of this promising critical minerals asset.
