Smartphones, wind turbines, and defense jets all rely on one scarce resource: heavy rare earth metals. IMC Rare Earths is advancing a massive deposit in Brazil to power the tech you use every day. follow @IMCRareEarths to track our progress from the ground up. #FutureTech #CleanEnergy #Mining $IMC

Over 80% of the world's magnet metals come from a single region. That is a massive risk for global tech, defense, and energy. IMC Rare Earths is building a secure, independent alternative out of Brazil. Follow @IMCRareEarths for insights on the global race for critical minerals. #SupplyChain #Tech #CriticalMinerals $IMC

Hard-rock mining is costly, energy-intensive, and complex. Ionic clay deposits change the equation. In Brazil, millions of years of natural weathering have transformed hard rock into soft, clay-rich material, enabling simpler extraction, lower processing costs, reduced energy consumption, and a smaller environmental footprint. Follow @IMCRareEarths to see how modern mining is evolving. #Mining #Innovation #Brazil $IMC

IMC Rare Earths has discovered a new high grade (one of the highest grades globally), near surface terbium zone at Block H, outside its existing 1.1 billion tonne Mineral Resource. Mineralization starts just 2m below surface, with strong terbium and dysprosium grades and 64% to 83% initial terbium recovery. More drilling is underway to define the discovery and its resource growth potential. Read about our discoveries here: prnewswire.com/news-releases… $IMC

Electric vehicles and wind turbines can’t run without magnet metals like Dysprosium and Terbium. At IMC Rare Earths, we’re developing high-grade ionic clay deposits in Brazil to power the clean energy future. Follow @IMCRareEarths to learn more. #RareEarths #CleanTech #CriticalMinerals $IMC