Maglut Heavy Industries

Maglut Heavy Industries has emerged from stealth with ARC-1, a chromatography-based system designed to separate rare earth elements into high-purity oxides. The Long Beach, California company is targeting the hardest step in the rare earth supply chain, the separation of individual elements from mixed feedstock, and pitching itself to mine operators, defense primes, and industrial buyers who need domestic sources of neodymium, dysprosium, and other oxides. Founded in 2025, the privately held company said it has validated its ARC-1 separation process on real-world feedstock, achieving 99.9%+ purity on individual rare earth oxides. The technical approach borrows from an adjacent industry, which is why this launch sits alongside biotech tooling despite serving mining and materials customers. A separation technology refined for decades by the biotech industry to purify biologic medicines sits at the heart of the ARC-1 process. Unlike solvent extraction, Maglut's water-based process is designed to separate rare earth elements at a globally competitive cost and with a strong social license to operate. The company also designs and manufactures its own equipment at a pilot-scale Long Beach facility, aiming to move from pilot to demonstration-scale deployment as its next milestone. The launch matters now because rare earth processing is concentrated overseas and buyers are actively looking for alternatives. Co-founder and CEO Curtis Wu has framed the effort in sovereign-capability terms, and co-founder and COO Azhar Yerzhanova has a background in investment banking and materials/deep tech VC. Early commercial signals are visible on the feedstock side, including a non-binding MoU with Ferro-Alloy Resources, providing a potential downstream route for Balasausqandiq material out of Kazakhstan, which points at the kind of mine-to-oxide pipeline Maglut is trying to assemble.