What the US–China Trade Framework Agreement Could Mean for the Future of Rare Earth Exports?

Rare earth elements (REEs) are the backbone of modern technology, powering everything from smartphones to fighter jets and wind turbines. Yet, despite their name, they’re not particularly rare; it’s their extraction, processing, and refining that make them geopolitically precious. The recent US–China Trade Framework Deal, announced in mid-2025, has re-ignited global attention on these critical materials. According to the rare earth export data and global trade data, the total value of rare earth exports reached $190.52 million in 2024, a 19% decline from the previous year. China led the world in rare earth exports in 2024, particularly in finished products such as magnets, but it also exported substantial quantities of metals and raw materials, according to the rare earth export statistics. 

This U.S.–China Trade Framework Agreement, still vague in its public details, may redefine how rare earths move between the world’s two largest economies, and, by extension, how global supply chains evolve. To understand its potential, we need to look at the numbers, the power dynamics, and the strategic calculus driving both sides. In this article, we will explore the potential impact of the US–China trade framework agreement on the future of rare earth exports.

Rare Earths: The Hidden Engine of the Modern World

The rare earth family includes 17 elements such as neodymium, dysprosium, terbium, yttrium, and scandium. They’re used in the permanent magnets that power electric vehicles (EVs), wind turbines, medical imaging devices, radar systems, and missile guidance technology.

Neodymium-iron-boron (NdFeB) magnets, for example, are essential in EV motors and hard drives. Dysprosium and terbium are used to improve magnet performance at high temperatures, a key factor for both EVs and military hardware. Without these materials, the clean-energy transition and much of the modern defense ecosystem would grind to a halt.

China’s dominance in rare earth exports

For over two decades, China has been the world’s dominant force in rare earths. It mines about 60% of global rare earth ore, but its real power lies in processing and refining, where it controls nearly 90% of global capacity. The U.S., by contrast, has only one operational rare earth mine, Mountain Pass in California, and still ships much of its mined ore to China for processing.

From 2008 to 2018, China exported more than 400,000 metric tons of rare earths, accounting for roughly 42% of global exports. The U.S. relies on China for about 70% of its rare earth imports, and in 2017, that number climbed as high as 78%. This dependence gives China a formidable lever in trade disputes and geopolitical strategy.

How Trade Tensions Reshaped the Rare Earth Landscape

The escalation

The U.S.–China trade relationship has swung between cooperation and confrontation for years. Rare earths became a flashpoint as both sides realized their strategic value. When the U.S. imposed tariffs on Chinese goods in earlier trade disputes, China signaled its ability to retaliate through its control over rare earth exports.

In April 2025, Beijing imposed export controls on seven categories of medium and heavy rare earths, including samarium, gadolinium, terbium, dysprosium, lutetium, scandium, and yttrium-related compounds. These restrictions took effect immediately and created ripples through global supply chains. U.S. companies faced delayed shipments, increased prices, and uncertainty in planning future production.

By May 2025, Chinese exports of rare-earth magnets to the U.S. had dropped sharply. Manufacturers in aerospace, defense, and electric vehicles began drawing down inventories and seeking alternative suppliers, but options were limited.

The sudden rebound

Then came a turning point. In June 2025, shortly after the U.S.–China Trade Framework Agreement was announced, China’s exports of rare-earth magnets to the U.S. surged 660% month-over-month, reaching 353 metric tons. The increase suggested that licensing barriers were easing and export approvals were accelerating.

Yet the recovery wasn’t complete. Even with that dramatic jump, shipments were still 38% lower than June 2024 levels. Over the first half of 2025, total Chinese rare-earth magnet exports worldwide fell nearly 19% year-on-year, signaling continued caution in Beijing’s export policy.

Tariffs as long-term leverage

Both sides, however, retain the right to reimpose tariffs if conditions deteriorate. Tariffs now function as pressure valves, a way to signal displeasure without resorting to outright embargoes.

For instance, if the U.S. restricts Chinese technology access again, Beijing could raise export duties on heavy rare earths. Conversely, if China manipulates export volumes, Washington could reinstate tariffs on rare earth magnets or end products.

The Framework Agreement didn’t eliminate tariffs; it merely transformed them into adjustable instruments of managed competition.

The US-China Trade Framework Agreement: What’s in Play

Although the official text of the Framework Agreement hasn’t been made public, trade analysts and policy observers agree on a few core elements:

1. Eased export approvals – China committed to expediting export licensing for non-military end uses, especially to U.S. manufacturers in sectors like clean energy and electronics.

2. Tariff adjustments – The U.S. agreed to suspend certain tariff increases on key inputs, while both sides promised to review trade barriers quarterly.

3. Strategic materials working group – A joint committee was reportedly created to oversee compliance, focusing on transparency in export approvals and end-use verification.

4. No blanket removal of controls – China maintained the right to restrict exports for “national security” reasons, a clause broad enough to give it flexibility.

The deal, therefore, acts less as a breakthrough and more as a truce, a mechanism to stabilize flows and rebuild trust without either side fully giving up leverage.

Rare Earth Exports by Country: Who are the Biggest Rare Earth Exporters in the World? 

Rare earth exports are a critical aspect of the global economy, with certain countries playing a significant role in this market. Rare earth minerals are a group of seventeen chemical elements that are essential in the manufacturing of high-tech products such as smartphones, electric vehicles, wind turbines, and defense equipment. China stands out as the largest rare earth exporter in the world, contributing a significant share of the global supply, as per the China export data. Following closely behind are countries like Thailand, Japan, and the United States. 

These nations possess rich, rare-earth mineral reserves and actively participate in the export of these valuable resources. The market dynamics of rare earth exports by country continue to evolve, influenced by factors such as trade agreements, geopolitical relationships, and environmental policies. The top 10 rare earth exporting countries in the world, as per the rare earth exports by country and rare earth shipment data for 2024-25, include: 

1. China: $96.03 million (50.4%)

China is by far the largest rare earth exporter in the world, accounting for over 50% of the total global exports. The country has a virtual monopoly on the production of rare earth minerals, thanks to its abundant reserves and low production costs. Despite efforts by other countries to reduce their dependence on Chinese rare earths, China continues to be the dominant player in the market.

2. Thailand: $65.85 million (34.6%)

Thailand is the second-largest rare earth exporter in the world, with a 34.6% share of the global market. The country's rare earth industry has been growing rapidly in recent years, thanks to its proximity to major markets in Asia and its relatively low production costs. Thailand is expected to continue to increase its exports of rare earth minerals in the coming years.

3. Japan: $10.21 million (5.4%)

Japan is a major player in the global rare earth market, with a 5.4% share of total exports, as per Japan rare earth export data. The country is known for its high-tech manufacturing sector, which relies heavily on rare earth minerals for the production of electronic devices and other technologies. Japan imports a significant amount of rare earths from China and other countries to meet its domestic demand.

4. Singapore: $6.31 million (3.3%)

Singapore is a key player in the rare earth market, with a 3.3% share of global exports. The country is a major trading hub for rare earth minerals, with many companies using Singapore as a base for processing and exporting these valuable resources to markets around the world. Singapore's strategic location and efficient infrastructure make it an important player in the global rare earth trade.

5. USA: $5.43 million (2.9%)

The United States is a significant player in the global rare earth market, with a 2.9% share of total exports. The country has rich, rare-earth reserves, but its production has been limited in recent years due to environmental concerns and competition from Chinese producers. The US government has taken steps to revive the domestic rare earth industry to reduce its dependence on imports.

6. Canada: $1.37 million (0.7%)

Canada is a minor player in the global rare earth market, accounting for only 0.7% of total exports, as per Canada rare earth export data by HS code. The country has significant rare earth reserves, but its production has been limited due to high extraction costs and environmental regulations. Canada is looking to develop its rare earth industry to take advantage of the growing demand for these minerals in high-tech industries.

7. United Kingdom: $1.29 million (0.7%)

The United Kingdom is a small but growing player in the global rare earth market, with a 0.7% share of total exports. The country has limited rare earth reserves of its own, but it imports significant quantities of these minerals for use in its manufacturing sector. The UK is working to develop a domestic rare earth industry to reduce its dependence on imports.

8. Netherlands: $1.28 million (0.7%)

The Netherlands is a minor player in the global rare earth market, with a 0.7% share of total exports. The country does not have significant rare earth reserves of its own, but it plays a key role as a trading hub for rare earth minerals in Europe. The Netherlands is an important link in the global supply chain for these valuable resources.

9. South Korea: $1.18 million (0.6%)

South Korea is a growing player in the global rare earth market, with a 0.6% share of total exports. The country has a robust manufacturing sector that relies heavily on rare earth minerals for the production of electronics and other high-tech products. South Korea imports most of its rare earths from China and other countries to meet its domestic demand.

10. South Africa: $1.12 million (0.5%)

South Africa is a minor player in the global rare earth market, with a 0.5% share of total exports. The country has limited rare earth reserves, but it is looking to develop its domestic industry to take advantage of the growing demand for these minerals. South Africa is working to attract investment in its rare earth sector to boost exports and create new economic opportunities.

Rare Earth Exports in the Last 10 Years: Historical Rare Earth Export Data

What the Framework Deal Means for Rare Earth Exports

For the United States

The agreement provides breathing room. U.S. firms that depend on Chinese REEs, EV manufacturers, wind turbine producers, and defense contractors now face a more predictable supply outlook. The return of magnet exports helps reduce near-term supply shocks and production bottlenecks.

However, the underlying vulnerability remains. The U.S. still lacks adequate refining and separation capacity for heavy rare earths like dysprosium and terbium. Even with more stable imports, any future diplomatic flare-up could again threaten access and impact the US import data. 

The U.S. government has recognized this risk. Federal funding through the Department of Energy and the Defense Production Act has already been directed toward new refining facilities in Texas, California, and Nebraska. But these projects take time, often five to seven years to reach full operational scale. In essence, the Framework Agreement buys time, not independence. It keeps U.S. factories running in the short term but does little to close the processing gap.

For China

For Beijing, the Framework Agreement strikes a careful balance between economic benefit and strategic control. Rare earths are one of China’s most powerful tools in international trade. Cutting off supply could hurt the U.S., but it would also harm Chinese exporters and manufacturers. The agreement allows China to resume profitable exports while preserving its right to intervene.

The numbers show the strategy in action. In the first half of 2025, China exported about 32,500 tons of rare earths, up nearly 12% from the same period a year earlier, but still far below pre-control levels. This selective moderation helps China maintain its dominance while signaling goodwill in trade negotiations.

At the same time, China continues to move up the value chain. Instead of merely exporting raw or processed REEs, it’s focusing on finished magnet products and high-end alloys, which command higher prices and create jobs domestically. The Framework Agreement could therefore accelerate a shift where China exports fewer raw materials but more high-value components.

For Global Supply Chains

For global manufacturers, the Framework Agreement offers short-term relief but reinforces the need for diversification. Even with improved US-China trade relations, the risks of over-concentration are now too evident to ignore.

In recent years, countries like Australia, Canada, and Malaysia have expanded mining and refining projects. The EU has launched the Critical Raw Materials Act, targeting 15% of global rare-earth supply from within the bloc by 2030. Japan continues to develop its magnet recycling programs, reclaiming neodymium and dysprosium from used electronics.

The Framework Agreement may slow the urgency of these diversification efforts temporarily, but it won’t stop them. The global consensus remains: no single country should control 90% of any strategic material’s processing capacity.

In practice, the next few years could see China maintaining its leadership in refining, but with more competitive supply emerging from allied nations, creating a two-tier market: Chinese-dominated processing for consumer industries, and “friend-shored” production for sensitive sectors like defense.

What the Agreement Does Not Solve

While the framework stabilizes trade, it leaves several structural challenges unresolved.

1. Licensing discretion remains with Beijing: China still decides which companies can export and to whom. Any political or military tension can trigger renewed delays or rejections.

2. Processing dependence continues: Even if the U.S. and allies mine more REEs, they’ll still need processing capacity. Building that infrastructure requires years, specialized technology, and environmentally sensitive operations.

3. Price volatility persists: Market data show that prices for neodymium and dysprosium magnets spiked nearly 40% during the first half of 2025 and only partially corrected after June. That volatility discourages investment in downstream industries.

4. End-use restrictions create uncertainty: Chinese exporters are now required to document how and where their materials will be used. If Washington expands defense production, that could lead to further screening and potential slowdowns.

In short, the Framework Agreement is a stabilizer, not a solution. It reduces friction but doesn’t remove dependency.

The Broader Strategic Picture

Economic interdependence

The U.S. and China share a paradox as they are both rivals and economic partners. Rare earths epitomize this duality. The U.S. needs China’s processing capacity, and China needs access to U.S. technology and markets. The Framework Agreement represents an acknowledgment of mutual dependency rather than a victory for either side.

Technological leverage

China’s long-term goal is to dominate not just raw materials but the entire magnet supply chain. It already produces around 92% of the world’s neodymium-iron-boron magnets, the most powerful type in commercial use. That dominance gives Beijing influence far beyond mining. The Framework Agreement allows it to maintain that leadership while easing immediate pressure.

The U.S., in contrast, aims to build resilience. Through partnerships with Australia’s Lynas Rare Earths, Canada’s Vital Metals, and other allies, Washington is trying to create a non-Chinese network for mining, separation, and magnet production. The Framework Agreement gives the U.S. a temporary window to accelerate those plans.

Environmental and social factors

Rare-earth refining is a dirty business. It produces radioactive waste and requires complex chemical separation. China’s environmental tolerance in earlier decades gave it a competitive edge, but tightening domestic standards could push more refining abroad. The Framework Agreement might help coordinate environmental standards and encourage cleaner practices, though this remains speculative.

Implications Beyond the U.S. and China

India’s opportunity

India, sitting on sizable monazite deposits and strong manufacturing ambitions, stands to gain from the global push to diversify REE supply chains. In 2024, India imported nearly 3,000 tons of rare-earth magnets from China, up nearly 50% from the previous year.

If China’s exports to the U.S. stabilize under the Framework Agreement, global market pressures may ease, giving India time to build domestic capacity. India’s Department of Atomic Energy and Indian Rare Earths Limited (IREL) have already begun modernizing separation plants along the eastern coast.

India’s advantage lies in its upstream resources and growing clean-energy market. By partnering with the U.S., Japan, and Australia, it could position itself as a midstream processing hub, reducing Asia’s overall dependency on China.

Europe and Japan

European policymakers view the U.S.–China Framework as a temporary détente that buys time to develop self-sufficiency. The EU’s Critical Raw Materials Act aims for at least 10% of processing capacity and 15% of sourcing to come from within the bloc by 2030.

Japan, which suffered a rare-earth embargo from China in 2010, has since built stockpiles and invested heavily in recycling. The Framework Agreement reassures Japanese industries that supply will remain stable in the near term but won’t change Tokyo’s diversification strategy.

Scenarios for the Future

Optimistic scenario

China continues easing export restrictions, and licensing becomes predictable. U.S. manufacturers restore normal inventory levels, and new refining facilities in North America come online by 2027–2028. Prices stabilize, and cooperation extends into cleaner extraction technologies. India and Australia emerge as secondary suppliers.

Moderate scenario

China maintains moderate controls to preserve leverage. Exports flow steadily but remain below pre-2024 levels. The U.S. accelerates diversification but remains partially dependent on Chinese processing through 2030. Prices fluctuate within a controlled range, reflecting occasional political friction.

Pessimistic scenario

The Framework Agreement collapses under renewed geopolitical tension. China reinstates strict export quotas or bans defense-related shipments. U.S. tariffs return, and rare-earth prices spike to record highs. Supply shortages disrupt EV and renewable-energy production globally, forcing rapid, expensive diversification efforts.

Metrics to Watch

To judge whether the Framework Agreement truly reshapes rare-earth trade, several indicators will matter in the coming year:

• Monthly Chinese export volumes of rare-earth magnets to the U.S.

• Changes in U.S. import dependency ratios, especially for dysprosium and terbium.

• Commissioning of new refining capacity in the U.S., Australia, and India.

• Market prices for neodymium oxide and dysprosium metal.

• Frequency and speed of export-license approvals from Chinese customs.

• Corporate announcements on long-term supply contracts or stockpiling strategies.

Tracking these metrics will reveal whether the agreement is a genuine rebalancing act or just a temporary ceasefire.

Conclusion and Final Verdict

The U.S.–China Trade Framework Agreement represents a fragile but meaningful pause in one of the most critical material dependencies of our time. For the U.S., it offers short-term security and a narrow window to strengthen domestic processing. For China, it restores export revenue while keeping strategic control intact. For the rest of the world, it underscores both opportunity and urgency to invest in alternative supply chains before the next geopolitical shock hits.

The surge of 660% in June 2025 exports to the U.S. is a dramatic data point, but it’s just that, a snapshot. True resilience will come only when rare-earth supply chains are diversified, transparent, and environmentally sustainable. Until then, the Framework Agreement is less an endpoint and more a reprieve, a temporary truce in the long-running struggle over who controls the building blocks of the modern age.

We hope that you liked our insightful and data-driven blog report on the US-China trade framework agreement and rare earth export implications in 2025. For more information on the latest trade data, or to search live import-export data by country, product, or HS code, visit TradeImeX. Contact us at info@tradeimex.in for customized trade reports, verified databases, and market insights.