How China Built the World's Largest Manufacturing Machine, With Rare Earths as the Weapon
Canada NewsWire
NEW YORK, Feb. 26, 2026
OilPrice.com News Commentary
NEW YORK, Feb. 26, 2026 /CNW/ -- Long before trade wars and tariffs, China secured manufacturing dominance by controlling rare earths - a reality so consequential that the United States and its allies are now pledging more than $8.5 billion just to claw back some control of the supply chain. Companies mentioned in this release include: REalloys Inc. (ALOY), MP Materials Corp. (NYSE: MP), Sociedad Química y Minera de Chile (NYSE: SQM), Amprius Technologies, Inc. (NYSE: AMPX), Critical Metals Corp. (NASDAQ: CRML), Nouveau Monde Graphite Inc. (NYSE: NMG).
As global manufacturing expanded over the past two decades, rare earth processing was steadily pushed out of Western supply chains. It was capital-intensive, technically demanding, and difficult to defend on short-term economics.
China made the opposite choice, keeping those capabilities in place and methodically expanding them as others exited.
"China didn't win this by mining. It won by building the entire system–separation, refining, metals, magnets–all connected. Everyone else walked away from it. At that point, control wasn't up for debate anymore," REalloys (ALOY) CEO Lipi Sternheim said. "North America lost control, and the reality is simple: factories don't run on ore. They run on metals and alloys and at this moment in time our company is the only one able to actually refine heavy metals and magnets. Our competitors, no matter how well funded they are, are at least 3 years away from production"
By the time rare earths became strategically visible, the infrastructure that determined who could actually build was already concentrated in one place. Then it was weaponized, with Beijing placing restrictions on rare earth exports in order to control which defense and advanced manufacturing programs received supply.
"That loss of end-to-end rare earth capability outside China is exactly what REAlloys was built to close," Sternheim said.
And things are moving quickly, in tandem with the U.S. Department of Defense's eye on the critical metal prize: domestic processing.
REalloys Inc. (ALOY) has addressed the rare earth bottleneck that has constrained Western manufacturing for decades by reestablishing domestic conversion capacity, turning separated material into metals and alloys inside North America through its partnership with the Saskatchewan Research Council (SRC). Now, it's the only North American company with North American supply from a heavy rare earth refinery.
With that conversion capacity in place, REalloys has moved to lock in feedstock, including a long-term offtake agreement tied to Kazakhstan.
Through a long-term non-binding offtake agreement with AltynGroup, REAlloys will pull rare earth feedstock out of Kazakhstan and route it straight into its North American metallization and alloying system. The material does not leave the chain as concentrate.
Oxides and concentrates don't power anything. Metals and alloys do.
Until rare earths are converted into metal and alloy form, they cannot be used in motors, magnets, or weapons systems. That conversion step is where control has been lost for decades — and where most Western supply chains break.
By routing material all the way through to metals and alloys inside the United States, REAlloys is solving the part of the problem that cannot be fixed later, substituted, or rushed in a crisis.
The feedstock is tied to AltynGroup's Kokbulak project, where rare earth-bearing material is recovered from an existing iron ore operation. The concentrate includes both light and heavy rare earths, including dysprosium and terbium.
North America has handled foreign rare earth material before, but almost always handed it back offshore before it reached metal or alloy form. This arrangement is built to stop that handoff. Material enters the chain and stays in the chain until it becomes defense-grade output.
This is not future capacity. The Kazakhstan feedstock will be routed into a system that is already running.
REalloys (ALOY) operates the only facility in North America capable of converting rare earths through metallization and alloying at scale, including heavy rare earth elements.
That capability sits at its Euclid, Ohio site, where rare earth metals and alloys are already being produced for U.S. government customers.
This is the step in the chain where rare earths become usable for defense systems, motors, and high-performance magnets– and it is the step the West no longer controls. With new U.S. rules taking effect in 2027 restricting the use of Chinese rare earths in defense and federally backed manufacturing, existing domestic conversion capacity is becoming more relevant by the quarter.
There is no parallel facility in North America handling heavy rare earth conversion at this level. Building one is not a short-term exercise. Processing, metallization, and alloy qualification take years to permit, finance, construct, and qualify with defense customers. Even under accelerated timelines, meaningful competition is measured in half-decades, not quarters.
REalloys has assembled that capability into a single operating system.
Kazakhstan provides scale-ready feedstock. Hoidas Lake in Saskatchewan adds a second upstream source. The partnership with the Saskatchewan Research Council anchors midstream processing. Euclid closes the loop by turning material into defense-grade metals and alloys. This is not a collection of projects moving independently. It is a single conversion system designed to keep material inside Western control all the way to finished output.
The U.S. government is now saying out loud what defense planners have been warning about privately for years.
This week, Washington convened talks with allied and partner countries explicitly aimed at weakening China's grip over critical minerals supply chains. The issue has moved out of the realm of industrial competition and into national security planning, at a point where there is almost no buffer left.
China has already used rare earth controls to cut off specific military and industrial customers.
In late 2025, Beijing imposed an explicit ban on exports of certain rare earth materials and processing technologies for military use, blocking shipments tied to defense and weapons manufacturing. The restrictions were not broad trade measures. They were targeted at materials and know-how required for guidance systems, magnets, and advanced electronics used by foreign militaries.
Japan has been on the receiving end as well.
Chinese authorities have recently tightened export controls and licensing around rare earths and related materials amid renewed political friction with Tokyo, reviving a playbook Japan knows well. In 2010, China abruptly curtailed rare earth exports to Japan during a diplomatic dispute, disrupting automotive and electronics supply chains and forcing emergency stockpiling.
The Pentagon has already crossed the line from concern to intervention.
Complementing DoD's downstream focus, the U.S. government is launching a $12 billion strategic critical-minerals stockpile that will include rare earths, lithium, nickel, cobalt, and other essential elements. The initiative aims to reduce U.S. dependence on China and ensure material availability for defense, advanced manufacturing, and technology sectors by acquiring and holding key feedstocks and intermediates.
Using Defense Production Act authorities and direct financing, it has pushed capital into domestic rare earth processing and magnet production, including MP Materials (NASDAQ: MP), to keep U.S. weapons programs from remaining hostage to Chinese-controlled metals. Using Defense Production Act authorities and direct financing, it has pushed capital downstream into domestic rare earth processing and magnet materials to keep U.S. weapons programs from remaining dependent on Chinese-controlled metals.
Government action is still moving through policy channels and legacy projects, while REAlloys is already producing rare earth metals and alloys inside the United States–the layer the Department of Defense now treats as critical.
REalloys is right at the downstream choke point. The hardest part of the supply chain is already built, demand is real, and the barriers to entry are high.
Other companies involved in the rare earths sector that you should be aware of:
MP Materials Corp. (NYSE: MP)
MP Materials has largely completed its strategy of rebuilding a fully domestic rare earth magnet supply chain. While Mountain Pass remains one of the world's premier rare earth deposits, the company's emphasis has shifted toward value-added refining and magnet manufacturing.
Its Fort Worth, Texas facility is ramping production of finished NdFeB magnets manufactured from internally separated oxides, creating an end-to-end U.S. supply chain. Initial annual magnet capacity is near 1,000 metric tons, with staged expansion tied to automotive and defense demand.
Department of Defense support continues to accelerate development of heavy rare earth separation capabilities, including dysprosium and terbium. Multi-year government supply agreements reinforce MP's position as both a commercial supplier and a strategic national security partner.
Sociedad Química y Minera de Chile (NYSE: SQM)
Sociedad Química y Minera de Chile remains one of the world's most consequential lithium producers, supplying high-purity lithium carbonate and lithium hydroxide that feed lithium-ion battery supply chains globally. Headquartered in Santiago and operating extensive brine extraction and chemical refining infrastructure in Chile's Atacama Desert, SQM leverages decades of extraction experience and advanced purification to deliver material into EV and energy storage markets.
The company's vertically integrated model spans brine resource development, lithium chemical production, and specialty industrial chemicals, helping it manage pricing cycles and diversify revenue beyond battery metals. Despite geopolitical and regulatory headwinds in Chile's evolving lithium policy landscape, SQM maintains strategic partnerships and continues to expand capacity targeted at battery-grade chemicals.
Amprius Technologies, Inc. (NYSE: AMPX)
Amprius Technologies is a U.S.-based advanced battery technology company focused on silicon anode lithium-ion cells that deliver some of the highest commercial energy densities available today. Its SiCore and SiMaxx silicon-enabled platforms target applications where power-to-weight performance is critical, including electric aviation, defense systems, and high-end EVs.
Amprius's proprietary materials and cell designs position it at the intersection of high-performance battery innovation and next-generation mobility markets, with potential demand catalysts tied to aerospace electrification, specialized electric vehicles, and grid-edge storage where weight and efficiency drive technical decisions.
Critical Metals Corp. (NASDAQ: CRML)
Critical Metals Corp. is advancing a Western-focused development portfolio centered on lithium and rare earth assets in Europe and Greenland. Its Wolfsberg Lithium Project in Austria has moved through definitive feasibility and is positioned to become one of the EU's first new hard-rock lithium producers.
Located near Central European battery manufacturing clusters, Wolfsberg benefits from logistical advantages and alignment with the EU's Critical Raw Materials Act. Underground mine design and established permitting progress have supported community and regulatory acceptance. Binding offtake arrangements, including automotive partnerships, provide commercial clarity ahead of construction.
Nouveau Monde Graphite Inc. (NYSE: NMG)
Nouveau Monde Graphite is developing an integrated mine-to-anode model designed to supply low-carbon graphite to Western battery manufacturers. Its Matawinie project in Quebec is structured as an all-electric open-pit operation powered by hydroelectricity, significantly lowering lifecycle emissions relative to conventional peers.
Concentrate from Matawinie will feed the company's downstream facility in Bécancour, where purification, spheroidization, and coating processes will convert material into battery-grade anode graphite. Vertical integration enables higher margins while reducing exposure to Chinese processing dominance.
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