The contract does more than fund laboratory research. Its core deliverable is the engineering design of a modular production facility capable of producing roughly 300 tons per year of these metals, a capacity designed to be deployed and replicated quickly as demand grows.<\/p>\n
The deal forms part of a broader shift now underway in Washington\u2019s rare earth strategy, as new defense procurement rules banning Chinese-origin rare earth materials<\/a> take effect next year.<\/p>\n For more than a decade, policymakers treated rare earth dependence primarily as a mining problem<\/a>. The new DLA contract targets a different layer of the supply chain: the industrial step where rare earth oxides are converted into metal and alloy forms that manufacturers can actually use.<\/p>\n This step\u2013known as metallization<\/a>\u2013is where the West\u2019s supply chain largely disappeared over the past several decades.<\/p>\n And it is also where China retains overwhelming control.<\/p>\n THE PROCESSING GAP<\/p>\n Rare earth elements are not actually rare. Deposits<\/a> exist across North America, Europe, and Australia.<\/p>\n The problem lies further downstream.<\/p>\n \u201cRare earth elements are relatively widespread geologically; what is scarce is the industrial capability to economically separate them into high-purity oxides and then convert them into metals and alloys at scale,\u201d REalloys co-founder Tim Johnston<\/a> explained in an interview with Oilprice.<\/p>\n That missing capability is now widely recognized as the real strategic vulnerability in the supply chain.<\/p>\n China controls<\/a> the vast majority of global rare earth processing and metallization capacity. While mining operations exist around the world, the conversion of those materials into finished metals and magnets has remained heavily concentrated inside China\u2019s industrial ecosystem.<\/p>\n That concentration creates a structural chokepoint for Western manufacturers.<\/p>\n \u201cIf China said we\u2019re not going to give you rare earths,\u201d said Saskatchewan Research Council CEO Mike Crabtree<\/a> in a separate interview, \u201cthat means no F-35s, no missiles.\u201d<\/p>\n For defense planners, the issue is not simply access to raw material. It is the ability to produce consistent, high-purity metal that meets strict industrial specifications.<\/p>\n \u201cDefense customers need consistency,\u201d said metallurgist Andy Sherman<\/a>, head of research and development at REAlloys. \u201cYou have to produce metals to the exact specifications real customers require.\u201d<\/p>\n In industrial terms, that consistency determines whether supply chains function at all.<\/p>\n MISSILE SYSTEMS, JET ENGINES, AND EXTREME HEAT<\/p>\n The metals targeted by the new DLA contract illustrate the stakes.<\/p>\n Samarium<\/a> is a key ingredient in samarium-cobalt permanent magnets, which are used in systems that must operate at extremely high temperatures. Unlike conventional rare earth magnets, samarium-cobalt magnets maintain performance under the heat and stress conditions found in jet engines, missile systems, and aerospace applications.<\/p>\n Gadolinium plays a different but equally strategic role. The metal is used in specialized radar systems, advanced optics, and nuclear technologies where its neutron-absorbing properties are critical.<\/p>\n Both materials are considered essential inputs for defense and high-performance industrial systems.<\/p>\n Yet the United States has long relied on overseas supply for the separated metal forms of these elements.<\/p>\n The DLA contract could change that.<\/p>\n By funding the scale-up of metallothermal processing for samarium and gadolinium, the Pentagon is effectively backing the reconstruction of a domestic production capability that disappeared from North America decades ago.<\/p>\n A MODULAR APPROACH<\/p>\n One of the most notable aspects of the REAlloys project is its modular design.<\/p>\n Traditional rare earth processing plants are large, capital-intensive facilities built around solvent extraction systems that require enormous infrastructure investments.<\/p>\n REalloys (NASDAQ: ALOY<\/a>) says its platform takes a different approach.<\/p>\n Instead of relying on massive centralized plants, the company is developing a modular architecture<\/a> capable of directly converting Samarium-Europium-Gadolinium feedstocks into high-purity metals.<\/p>\n The company says the design allows reactors to be deployed and replicated more quickly than conventional facilities while reducing both capital intensity and operating costs.<\/p>\n The approach also aligns with the Pentagon\u2019s critical supply chain strategy: building distributed capacity rather than relying on a handful of large processing centers.<\/p>\n A BROADER SUPPLY CHAIN BUILDOUT<\/p>\n The contract forms part of a broader effort to rebuild rare earth processing capacity inside North America after decades of industrial drift toward China.<\/p>\n REAlloys has been positioning itself within that effort as a vertically integrated platform linking multiple stages of the value chain.<\/p>\n Upstream resources include the company\u2019s Hoidas Lake rare earth project in Saskatchewan<\/a>, along with non-binding feedstock agreements<\/a> and partnerships with suppliers<\/a> in North and South America.<\/p>\n Midstream processing is being developed in partnership with the Saskatchewan Research Council, which is building one of North America\u2019s first vertically integrated rare earth processing facilities<\/a>.<\/p>\n SRC expects that facility to begin full operations later this decade.<\/p>\n![](\"https:\/\/www.newsbeep.com\/ca\/wp-content\/uploads\/2026\/01\/book.jpg\"\/)
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