Quantum Critical Metals has initiated an advanced mineral mapping program at its Discovery Property in Québec using nine historical samples. The program, conducted by Elemission Inc., aims to identify mineral hosts for gallium, rubidium, and cesium to guide future metallurgical testwork.
Quantum Critical Metals has initiated an advanced mineral mapping program at its Discovery Property in Québec using nine historical samples. The program, conducted by Elemission Inc., aims to identify mineral hosts for gallium, rubidium, and cesium to guide future metallurgical testwork.
Quantum Critical Metals has joined the U.S. Defense Industrial Base Consortium (DIBC), potentially opening doors to non-dilutive funding and strategic defense partnerships. The company also reported successful bench-scale metallurgical recoveries of 93% gallium and 55% rubidium from muscovite mica.
Quantum Critical Metals Corp. has reported a 93% gallium recovery from preliminary bench-scale metallurgical testing on mica samples at its NMX East Project in Québec. This result demonstrates the potential for direct gallium extraction from mica, an unconventional source, supporting the company's goal of developing a domestic North American supply chain.
Quantum Critical Metals Corp. has identified a strong correlation between mica content and the enrichment of critical elements (Ga, Rb, Cs, Li, Nb, Sn, Ta) in pegmatite core from the NMX East project in Quebec. Preliminary assays from hand-selected samples suggest that mica acts as a primary host, which could simplify future hydrometallurgical extraction processes.
