Welcome to our dedicated page for REALLOYS news (Ticker: ALOY), a resource for investors and traders seeking the latest updates and insights on REALLOYS stock.
REalloys Inc. news covers the company’s heavy rare earth processing, metallization and mine-to-magnet supply-chain activities. Recurring developments include dysprosium and terbium supply, domestic and allied feedstock relationships, heavy rare earth facility buildouts, downstream metal and alloy production, and technology updates such as hydrofluoric-acid-free fluorination for metallization-grade rare earth fluorides.
Company updates also include defense procurement context, federal supply-chain policy, advisory board and governance announcements, public offerings, strategic alliances, offtake commitments and partnerships connected to REalloys’ North American rare earth platform.
REalloys (NASDAQ: ALOY) and Ramaco Resources (NASDAQ: METC, METCB) signed a non-binding MOU to pursue a strategic relationship focused on U.S. rare earth and permanent magnet supply chains.
The MOU covers potential MREC feedstock from Wyoming, separation at SRC in Saskatchewan, and scandium oxide supply from Ramaco’s Brook Mine refinery for alloy metallization at REalloys’ Euclid, Ohio facility.
REalloys (Nasdaq: ALOY) signed a non-binding MOU with Ramaco Resources to explore a long-term partnership for rare earth and critical mineral products from the Brook Mine in Wyoming. The framework could give REalloys supply rights to up to 20% of future mixed rare earth carbonate (MREC) and related output.
The companies plan joint metallurgical testing, product qualification, and evaluation of offtake structures. According to REalloys, Phase 1 production using SRC infrastructure is targeted for late 2026–2027, with planned capacity of 525 tpa NdPr, 25 tpa Dy, and 12 tpa Tb metals.
REalloys (NASDAQ: ALOY) outlined progress on its commercial agreements with the Saskatchewan Research Council to build a North American heavy rare earth supply chain.
REalloys will invest about $20.6 million in SRC facility upgrades, gaining preferred rights to up to 80% of expanded output, targeting 525 tonnes NdPr, 30 tonnes Dy and 15 tonnes Tb annually. Initial SRC production is anticipated in early 2027, with Dy and Tb metal output from a REalloys-funded metallization facility expected by Q4 2027. Equipment procurement is underway and tracking below budget. The company recently raised $50 million and aims to meet 2027 U.S. defense restrictions on Chinese-sourced heavy rare earths.
REalloys (NASDAQ: ALOY) signed a definitive long-term rare earth offtake agreement with Critical Metals Corp, covering 15% of monthly Phase 1 production from the Tanbreez project in Greenland, subject to ±5% variance.
The 15-year agreement features market-linked pricing with floor protection and supports REalloys’ mine-to-magnet strategy for U.S. defense and industrial customers ahead of expanded 2027 U.S. procurement restrictions.
REalloys (NASDAQ: ALOY) received a Department of War memorandum emphasizing the urgency to secure domestic heavy rare earth elements (HREE) ahead of a January 2027 prohibition on Chinese-origin rare earths. The memorandum highlights dysprosium (Dy) and terbium (Tb) as critical HREEs and supports U.S. HREE supply-chain actions.
REalloys says it operates North America’s only heavy rare earth metallization platform, is scaling a commercial facility outside China, holds an 80% offtake from Saskatchewan Research Council output, and uses a patent-pending hydrofluoric-acid-free fluorination process to produce defense-grade Dy and Tb with a zero-adversary-nexus supply chain.
MP commentary examines how China historically used price dynamics to dominate rare earths and highlights Western efforts to build independent supply chains. REalloys claims an end-to-end, China‑free pathway with government support and targeted 2026–2027 production. Other players noted: MP, CMP, NMG, USAR, NB.
Key figures include a $200M EXIM LOI for REalloys, planned 525 t/year NdPr and near-term commercial output, a $500M MP–Apple partnership, and a $1.6B USAR funding package.
REalloys (NASDAQ: ALOY) signed a non-binding MOU with U.S. Critical Materials Corp. to secure up to 10% offtake from the Sheep Creek rare earth deposit, a domestic project averaging ~9% TREO across a 7,277.5-acre land package with confirmed dysprosium and terbium.
The MOU also frames potential equity investment, joint government financing, and coordinated congressional engagement to build a fully domestic heavy rare earth supply chain feeding REalloys’ midstream and downstream operations.
REalloys (NASDAQ: ALOY) named Joe Kasper, former Chief of Staff to the U.S. Secretary of Defense, as Chair of its Advisory Board on March 30, 2026. Kasper will join Stephen duMont and General Jack Keane to bolster REalloys' effort to build a sovereign, zero-China-nexus heavy rare earth supply chain for U.S. defense needs.
The advisory trio will support government engagement, strategic asset identification, and coordination with allied feedstock partners to advance REalloys' midstream and downstream rare earth platform.
REalloys (NASDAQ: ALOY) announced a successful laboratory demonstration of a patent-pending hydrofluoric-acid-free (HF-free) fluorination process to produce metallization-grade rare earth fluorides from oxides. Independent testing reported a final oxygen content of 0.34 wt%, below typical 1 wt% metallization feedstock thresholds.
The company filed patent applications covering the HF-free chemistry and says the process could reduce safety, environmental, and cost burdens tied to hydrofluoric acid and support scalable North American rare earth supply chains for defense and industrial magnets.
REalloys (NASDAQ: ALOY) announced a successful demonstration of a patent-pending hydrofluoric-acid-free (HF-free) fluorination process to make metallization-grade rare earth fluorides from oxides. Independent lab analysis showed a final oxygen content of 0.34 wt%, below typical 1 wt% thresholds for metallization feedstock.
The company says the HF-free chemistry can improve safety, lower environmental burdens, simplify plant infrastructure, and support scalable North American rare earth supply chains for defense and industrial magnets.