The Update on The Magnet Industry 2026/10
Recent developments in the rare earth and permanent magnet industries reflect ongoing challenges related to supply chains, material costs, and trade restrictions. However, China's export controls do not mean that all rare earth materials or magnets are prohibited from export. Requirements vary depending on material composition and product classification, while certain controlled products may still be exported subject to licensing approval.
Meanwhile, Europe's investment in rare earth processing and recycling, growing demand for domestically sourced magnets in the U.S. defense sector, and advances in rare-earth-free motor technologies reflect different ways the industry is responding to market changes through supply chain diversification and technological innovation.
Developments in motor technology also highlight how material selection and design can work together. By refining magnetic circuits and system design while considering operating conditions, some applications may achieve the required performance with reduced heavy rare earth content or alternative magnet grades. Progress in rare-earth-free motors represents another approach to reducing reliance on critical materials.
As supply conditions evolve, there may also be room to revisit existing magnet specifications and application requirements. Different applications have different performance needs and design constraints, and there may be more than one way to achieve the desired results. Beyond material availability, changes in the supply chain may also create opportunities to explore greater flexibility in product design.
This issue highlights five key industry developments to help you stay informed of the latest trends in the global rare earth and magnetic materials markets:
[ Engineer Live ] Rare earth magnet race risks global oversupply, says IDTechEx
China’s rare earth magnet dominance faces growing competition as the US accelerates domestic production. IDTechEx forecasts US output will increase over 20-fold by 2037. However, rapid global capacity expansion could outpace demand growth, reducing capacity utilisation to 59% and intensifying price competition across the magnet industry.
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〈 Rare earth magnet race risks global oversupply, says IDTechEx 〉
[ Fastmarkets ] US demand drives sharp increases in CIP global terbium, dysprosium prices
Global dysprosium and terbium prices surged amid rising U.S. demand ahead of January 2027 defense sourcing restrictions. Terbium oxide prices rose 41%, while dysprosium oxide also recorded significant gains. Limited supply outside China continues to pressure magnet manufacturers, accelerating efforts to diversify sourcing and reduce heavy rare earth consumption.
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〈 US demand drives sharp increases in CIP global terbium, dysprosium prices 〉
[ Fastmarkets ] EU adds four rare earth projects to strategic list to support recycling, processing goals
The EU has added four rare earth projects in France, Germany, Estonia, and Finland to its strategic project list under the Critical Raw Materials Act. Focusing on extraction, processing, and NdFeB magnet recycling, these initiatives aim to accelerate permitting, diversify supply sources, and reduce reliance on imports.
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〈 EU adds four rare earth projects to strategic list to support recycling, processing goals 〉
[ PR Newswire ] U.S. Army Competitively Selects Vulcan Elements to Supply High-Performance Rare Earth Magnets for SkyFoundry Drone Initiative
Vulcan Elements has been selected to supply high-performance NdFeB magnets for the U.S. Army’s SkyFoundry drone initiative, targeting one million drones annually. The contract highlights growing demand for domestically sourced magnets in defense applications. Vulcan’s planned North Carolina facility will have an annual production capacity of 10,000 metric tons.
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〈 U.S. Army Competitively Selects Vulcan Elements to Supply High-Performance Rare Earth Magnets for SkyFoundry Drone Initiative 〉
[ Auto Tech News ] Ferrstron Tests Rare-Earth-Free Motor In 2.3-Ton Utility Vehicle
Ferrstron has successfully tested a 150 kW, 400 Nm electric powertrain using ferrite magnets in a 2.3-ton utility vehicle. The company claims its technology achieves 98% efficiency without rare earth magnets. This milestone highlights the potential of ferrite-based motors as alternatives to rare earth magnet solutions in high-performance applications.
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〈 Ferrstron Tests Rare-Earth-Free Motor In 2.3-Ton Utility Vehicle 〉
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