REalloys Secures Strategic Alliance with U.S. Critical Materials for Domestic Rare Earth Supply

REalloys Inc. (NASDAQ: ALOY) announced the signing of a non-binding Memorandum of Understanding with U.S. Critical Materials Corp., owner of the Sheep Creek rare earth project in Ravalli County, Montana. The agreement establishes a framework for REalloys to secure up to 10% offtake from what is described as the highest-grade rare earth deposit in the United States, feeding domestically sourced heavy rare earth material directly into REalloys' advanced midstream and downstream operations to supply U.S. strategic defense stockpiles.

The Sheep Creek deposit averages approximately 9% TREO across a 7,277.5-acre land package with over 60 identified carbonatite formations, independently verified by Activation Laboratories and Idaho National Laboratory. The deposit contains confirmed dysprosium and terbium, the two most strategically sensitive heavy rare earth elements powering high-performance permanent magnets in F-35 fighter aircraft, missile guidance systems, radar platforms, and virtually every advanced U.S. defense platform. At 10% offtake from a deposit of this grade and scale, REalloys gains a potentially material and strategic domestic feedstock source to complement its diversified global allied-nation supply network, adding a critical domestic anchor as procurement restrictions on Chinese-sourced rare earths take full effect in 2027.

The MOU also establishes a framework for potential strategic equity investment and equity exchange, joint pursuit of government financing, and coordinated government relations, presenting Congress and the executive branch with a unified, fully domestic HREE supply chain narrative built on zero Chinese involvement at any stage. Lipi Sternheim, Chief Executive Officer of REalloys, stated that while others rely on a single source for their rare earth feedstock, REalloys is executing a fundamentally different strategy, partnering with the highest-grade developers across allied nations to build a diversified supply network specifically designed to counteract Chinese dominance.

Harvey Kaye, Executive Chairman of U.S. Critical Materials Corp., emphasized that Sheep Creek is America's rare earth answer to Chinese supply dominance, noting that the United States cannot claim critical mineral sovereignty while depending on foreign adversaries for the heavy rare earths that guide missiles, power fighter jets, and drive every advanced defense platform. Kaye described Sheep Creek as the highest-grade rare earth deposit in the country, fully domestic, and now connected to what he called the only midstream and metallization platform in the Western Hemisphere capable of converting that resource into defense-ready metals.

Under the MOU, the parties will advance metallurgical test work, optimize HREE processing flowsheets, and negotiate a definitive long-term offtake agreement, with reasonable efforts to execute within one year of the MOU date. The strategic significance of this partnership lies in its timing, as it addresses growing concerns about supply chain vulnerabilities in critical defense materials and aligns with broader U.S. government efforts to secure domestic sources for strategic minerals. This development represents a concrete step toward reducing dependence on foreign sources, particularly China, for materials essential to national security and advanced defense technologies.

The partnership's implications extend beyond immediate supply chain considerations to broader strategic positioning in the global rare earth market. By establishing a domestic anchor for heavy rare earth elements, this alliance potentially strengthens U.S. negotiating positions in international trade discussions and enhances supply security for defense contractors and government agencies. The coordinated approach to government relations and financing suggests both companies recognize the importance of aligning their commercial interests with national security priorities, creating a model for public-private partnership in critical minerals development.