Interactive Comparison: China’s Rare Earth War vs. European Industry in 2025
| Resource | Dominant countries | Impact on European industry | Trend 2025 |
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* Illustrative data based on public analyses – Actual situation may change.
China’s near-monopoly on rare earths: a powerful economic and geopolitical lever
The global industrial landscape in 2025 is marked by a growing dependence on rare earths, strategic metals essential in multiple technological and industrial sectors. Among the key players in this dynamic, China occupies a prominent position with a near-monopoly on the production and refining of these critical materials. By concentrating approximately 44 million tons of global reserves out of an estimated total of 110 million, Beijing is exploiting this resource as a major lever in its economic and diplomatic strategy.
This monopoly is not solely due to natural resources. It also relies on a sophisticated industrial ecosystem, integrating extraction, refining, and the manufacturing of key components. Major European producers, such as Eramet for minerals, and Umicore, which specializes in the recycling and recovery of rare earths, are faced with this unchallenged dominance. The restrictions imposed by Beijing on the export and re-export of these materials, particularly since 2023, have tightened the regulatory framework, requiring specific authorizations for any use exceeding a minimal threshold of Chinese origin.
This policy is taking place against a backdrop of heightened trade tensions, particularly between the United States and China. Beijing is using it as a means of strategic pressure. This has resulted in successive announcements of export quotas, particularly targeting high-value-added sectors such as aerospace and defense, as well as the automotive industry, where European groups such as Renault and Volkswagen are experiencing delays and additional costs. Paradoxically, this situation is also acting as an accelerator for the European Union, which is realizing the urgent need to rethink its supply chains, weakened by dependence on Asian suppliers.
This illustration of the importance of rare earths in trade negotiations reveals a new facet of the global economic war. The risk is no longer just a disruption in supply, but also exposure to political decisions that could affect Europe’s technological and industrial competitiveness in the coming decades. Siemens and Schneider Electric, major players in the energy transition, are attempting to adapt their sourcing strategies for rare earths such as neodymium and dysprosium, used in their motors and smart equipment, but the equation remains complex in the face of this Chinese takeover.
Consequences for European industry: disruptions and strategic preparation
The tightening of Chinese export conditions has resulted in significant delays in production processes for many European companies. The automotive sector remains a prime example of the difficulties encountered. Manufacturers such as Renault and Volkswagen are forced to anticipate their needs for magnets and rare materials, essential for their electric vehicles, for which demand is exploding. This constraint is causing costs to skyrocket, affecting margins and disrupting industrial schedules.
The immediate reaction for some players has been to build up large inventories to mitigate the uncertainties, a costly process that weighs on companies’ cash flow. Nyrstar, a metals processing company, is a good example of these new adaptation strategies, where inventory logistics is becoming a crucial issue. At the same time, the aerospace sector – led by European giants grouped under the Aerospace and Defense Industries Association (ASD) – is expressing growing concern, especially as Chinese restrictions impact the availability of essential components for defense equipment as sensitive as missiles and advanced radars.
In another area, BASF, a company specializing in chemicals and materials, is working to develop chemical alternatives to reduce the use of rare earths in certain processes, thus anticipating supply tensions. However, the shift in such a dependent supply chain does not happen overnight: technical complexity, certifications, and long-term reliability are hampering the rapid growth of alternative solutions.
These industrial disruptions highlight a virtuous circle that is difficult to achieve: Europe must simultaneously secure its raw materials while investing in innovation to design more energy-efficient technologies. Schneider Electric and Vallourec, involved in strategic infrastructure, are experimenting with prototypes incorporating alternative or recycled materials, but the economic viability of these innovations is still uncertain given the high initial costs.
Another front is the development of an independent European magnet production industry. This is notably illustrated by the recent inauguration in Estonia of a factory designed to produce 2,000 tons of magnets per year, demonstrating that intra-European cooperation, combined with strategic partnerships with Australian suppliers, can constitute a partial path to emancipation.
European Initiatives and Partnerships to Reduce Dependence on Chinese Rare Earths
Faced with these challenges, the European Union has realized the need for a robust collective response. The 2026 work program presented by the European Commission provides for the creation of a center dedicated to critical raw materials. This entity will be tasked with monitoring markets, facilitating group purchasing, and managing inventories to secure supply flows. This approach aims to mitigate the impacts of geopolitical uncertainties while consolidating European strategic sovereignty.
With this in mind, several major European companies are actively involved in securing supply chains during negotiations with China. Eramet, a mining specialist, is strengthening its diversification capabilities. Umicore is focusing its efforts on advanced recycling, minimizing its harmful dependence on imports.
The development of partnerships with non-European players, particularly Australians, also supports this strategy. Diversifying supply sources is a priority to avoid Chinese pressure. For example, Neo Performance Materials is working on agreements with mines in Australia to ensure a flow of hard-to-substitute elements.
Industrially, the expansion of local magnet production by German producer Magnosphere reveals the market’s adaptation. European car manufacturers have quadrupled their orders, a clear sign that the rare earth war in industry is not only being played out on the diplomatic front but also on the industrial front, with concrete adjustments in supply chains.
Companies such as Solvay and BASF are also focusing their efforts on process innovation, improving the efficiency of rare earth metal use and developing chemical alternatives. This capacity for innovation is essential for Europe to position itself as a global leader despite pressure from Asia.
Strategic impact on key sectors: automotive, defense, and energy
The importance of rare earths in the manufacturing of electronic components, electric motors, as well as in military applications is undeniable. These strategic perspectives explain the nervousness of European industrialists as China strengthens its dominant position. Electric automobile production is at the heart of this challenge. Renault and Volkswagen demonstrate this by their concern linked to fluctuations in supplies of neodymium and dysprosium magnets, crucial for electric motors and batteries. These elements also become limiting factors in the deployment of accelerated green mobility.
The defense sector, particularly through cutting-edge equipment manufactured in Europe, faces a similar threat. From missile design to modern radars, dependence on rare earths imported from China appears to be a strategic weak point. This situation leads some manufacturers to actively explore substitutes or review the architecture of their systems to reduce this vulnerability. The challenge lies as much in the availability of resources as in regulatory certifications and operational reliability, which are difficult to circumvent in such a sensitive sector.
In the energy sector, Siemens and Schneider Electric are strengthening their R&D efforts to integrate technologies less dependent on Chinese strategic metals. The design of wind turbines, turbines and intelligent electrical equipment requires high-performance magnets, which represent a significant portion of the costs. Innovation to reduce the presence of rare earths in these components is therefore a priority in order not to slow down the progress of the energy transition in Europe.
This situation illustrates a major trend: the geopolitics of strategic materials is reconfiguring industrial priorities. Vertical integration, diversification of sources, the search for alternatives, and increasing local production capacity have become the major focuses of a revised industrial policy. These discussions also reposition the importance of recycling as a sustainable lever for European industry.
Recycling and technological innovation: the keys to escaping the rare earth trap
While China maintains its grip on the extraction and refining of rare earths, a promising alternative lies in the recycling and recovery of used metals. European companies like Umicore are positioning themselves as leaders in this field, investing heavily in technologies capable of recovering rare earths from electronic waste, used magnets, and end-of-life industrial components.
This movement is part of a sustainable development approach, while also responding to a crucial economic imperative to reduce dependence on imports. Recycling processes are becoming more efficient and capable, offering a reliable and environmentally friendly local source. Innovation in this sector is fostered by an attractive European regulatory environment and targeted funding that encourages public-private partnerships.
Furthermore, some startups, such as ePropelled in the United States, are demonstrating that building advanced magnet manufacturing plants outside of China is possible by developing alternative technologies and more resilient supply chains. In Europe, this model is inspiring similar initiatives, fostering the rise of an industrial sector capable of competing on the international stage.
To support these efforts, a systemic approach is needed, connecting extraction, recycling, research, and industrial development. Collaborations between players such as Eramet, Umicore, and BASF play a crucial role in supporting this transition. This new industrial age relies on the ability to reinvent economic models that integrate both resource scarcity and strategic geopolitical imperatives. Indeed, the rare earth war imposed by China is forcing European industry to accelerate its technological transformation. The resilience of infrastructure and the strengthening of the industrial fabric on a continental scale now determine Europe’s ability to maintain its position in global competition, built on the foundations of mastered strategic materials.
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