Quantum Critical Metals Discovers Significant Critical Metals Deposit in Quebec's Discovery Project

Quantum Critical Metals has reported discovering high-grade intervals of strategic critical metals at its Discovery Project in Quebec, with drill core assays revealing consistent and elevated concentrations of gallium, rubidium, niobium, cesium, and tantalum.

The company's geological team found multiple significant intervals, including a 150-meter section averaging 38 grams per tonne of gallium, 694 grams per tonne of rubidium, 72 grams per tonne of niobium, 8 grams per tonne of cesium, and 9 grams per tonne of tantalum. These results are particularly noteworthy given the increasing global demand for critical metals in telecommunications, renewable energy, and advanced technology sectors.

The discovery is strategically important as countries like the United States and Canada seek to reduce dependency on Chinese critical mineral supplies. The mineralization appears primarily hosted in pegmatite dykes, with additional indications of potential base metal deposits, suggesting a complex and potentially valuable geological system.

These findings represent Quantum Critical Metals' second gallium-rubidium-cesium discovery, reinforcing the company's exploration capabilities in identifying and developing critical metal resources. The results could have significant implications for domestic mineral supply chains, particularly in sectors requiring advanced technological components.

The company plans to conduct further mineralogical and metallurgical studies to assess the recovery potential and economic viability of the discovered mineral intervals. Future exploration and detailed analysis will help determine the full extent and potential of this critical metals deposit.