USA Makes Billion-Dollar Offer to Poland on REE – What Does It Mean for Neodymium Magnets?

History of China's Dominance in the REE Market and the Need for Diversification

Rare earth elements, known as REE (Rare Earth Elements), are a group of 17 chemical elements, including neodymium, dysprosium, terbium, and praseodymium, which are essential for the production of NdFeB neodymium magnets. These magnets are used in electric motors for EV vehicles, wind turbines, missile guidance systems, or advanced electronics. Since the 1990s, China has dominated the REE market, controlling not only mining (about 60% of global production) but primarily processing (up to 90%). This dominance has become a geopolitical tool – in 2010, China restricted REE exports to Japan, causing prices to rise by 500%. Similar restrictions were introduced in 2024, increasing neodymium prices by 20-30%. In response, Western countries, including the USA, began seeking alternatives. The VOLT project, launched on February 2, 2026, by the Trump administration, is the culmination of these efforts: 12 billion dollars for building strategic reserves of critical minerals and creating a preferential trade zone FORGE (Friends of Resilient Global Economy). The goal is to minimize dependence on China and stabilize REE prices at a level guaranteed by international agreements.

Why is this so important? Without REE, there is no modern economy. For example, one F-35 aircraft requires about 400 kg of neodymium in magnets, and global demand for REE by 2030 may increase by 200% thanks to the development of RES and electromobility. China's dominance creates a risk of supply disruptions, which directly affects neodymium magnet manufacturers, such as dhit.pl, offering custom solutions for industry.

VOLT Project: Details and Mechanisms of Operation

The VOLT project (Vital Overseas Logistics and Trade) is not just a fund, but a comprehensive program including investments in mining, processing, and recycling of REE. Key elements include: building strategic reserves (similar to oil reserves), preferential trade agreements under FORGE, and subsidies for companies developing alternative sources. The USA plans cooperation with allies such as Australia (the largest miner outside China), Canada, and Poland. At the ministerial summit in Washington, with the participation of Polish Foreign Minister Radosław Sikorski, memoranda of cooperation were signed. For Poland, this means access to REE processing technologies, joint mining projects, and preferential prices in the FORGE zone. It is estimated that VOLT can reduce global REE prices by 10-20% within 2-3 years if production outside China increases to 30%.

Poland's Role in the VOLT Project: Deposits, Companies, and Potential

Poland is not a powerhouse in REE mining, but has significant potential. KGHM Polska Miedź has monazite deposits (REE source) in the Lubin and Sieroszowice area, estimated at several million tons. Additionally, the country is developing the lithium-ion battery industry (LG Energy Solution and Northvolt factories) and RES, increasing demand for neodymium magnets. The USA offer includes transfer of REE processing technologies, joint investments in recycling (e.g., from electronic waste), and integration with the FORGE chain. For Polish companies specializing in neodymium magnets – this is an opportunity for cheaper raw materials and new contracts. Poland could become a European REE hub, exporting processed elements to Germany or France. However, challenges include: high environmental costs (ETS in the EU makes recycling 3x more expensive than in China) and the need for infrastructure investments (about 1-2 billion $ for new plants).

Impact on Prices and Availability of Neodymium Magnets: Forecasts 2026-2028

According to analyses (e.g., from USGS and IEA), the VOLT project can reduce neodymium prices from the current 100-120 USD/kg to 80-90 USD/kg in 2028, if diversification reaches 25% of global production. For dysprosium (key for high-temperature NdFeB magnets), the drop may be even larger – by 15-20%. In Europe, including Poland, companies will benefit from local supplies, reducing delivery times from months to weeks. However, short-term (2026) prices may increase by 5-10% due to initial investments. Fun fact: without neodymium, no motors in wind turbines – Poland, with plans for 20 GW offshore by 2030, could become an RES hub, but requires stable REE.

These forecasts are based on IEA and USGS models, assuming VOLT success. For industries like automotive (EV require 1-2 kg of neodymium per motor) or defense (F-35 and Tomahawks), these are key changes.

Environmental and Regulatory Challenges in the EU

Although VOLT brings opportunities, the EU faces challenges. The ETS (Emissions Trading System) increases REE recycling costs by 20-30%, making it 3x more expensive than in China. Additionally, REACH regulations require rigorous environmental tests, delaying projects. Poland, as an EU member, must balance VOLT ambitions with green goals – e.g., recycling from e-waste could cover 20% of demand, but requires technology investments. Risk: if ETS is not adjusted, REE prices in Europe will remain higher than in the USA, weakening competitiveness. A solution could be joint EU-USA funds for green processing.

Summary: Opportunity for REE Market Stability and Neodymium Magnets

The VOLT project and offer to Poland is a step towards REE market diversification, which can stabilize prices and availability of neodymium magnets. For Poland, this is an opportunity for industry development, but requires overcoming regulatory challenges. At dhit.pl, we are ready for changes – we offer custom neodymium magnets with delivery guarantee and advice. If you need solutions resistant to price fluctuations, contact us. Follow our blog for more geopolitical and industry analyses.

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