For decades, the United States has been almost entirely dependent on foreign sources for rare earth magnets. The same materials that go into defense systems, electric vehicles, robotics, aerospace components, and everyday industrial equipment have been produced overwhelmingly abroad — primarily in China. That dependency is now being challenged in a serious, well-funded, and increasingly urgent way. 

How We Got Here

The United States actually led the world in rare earth production for much of the 20th century. Mountain Pass, a rare-earth mine in California's Mojave Desert, was once the world's dominant source of rare-earth materials. But throughout the 1980s and 1990s, China made strategic investments in rare earth mining, processing, and magnet manufacturing, thus pricing Western producers out of the market through economies of scale and subsidized costs. By the early 2000s, American production had largely ceased. Today, China accounts for roughly 85 to 90 percent of global rare earth magnet manufacturing, a position it has held for years and built deliberately.

The consequences of that concentration have come into sharp focus recently. China's implementation of export controls on rare earth materials beginning in April 2025 triggered immediate disruption across multiple industries. Shipments were initially halted, companies depleted stockpiles, and manufacturers in sectors from automotive to defense scrambled for alternatives. The episode made vivid what supply chain experts had been warning about for years: when a single country controls the overwhelming majority of a critical material, the rest of the world is exposed.

What's Actually Being Built Right Now

MP Materials, which operates Mountain Pass in California, is America's only active rare earth mining and processing operation at scale and has been building out a fully integrated mine-to-magnet supply chain on U.S. soil. Their Fort Worth, Texas, facility, named Independence, began commercial production of neodymium-praseodymium (NdPr) metal in 2024 and entered trial production of finished sintered NdFeB magnets in 2025, with a production capacity targeting approximately 1,000 metric tons of finished magnets annually.

In July 2025, the Department of Defense formalized a landmark public-private partnership with MP Materials, investing $400 million and taking a 15% equity stake in the company — the largest government intervention in the rare earth sector on record. The DoD committed to guaranteed minimum pricing for MP's output, providing the demand certainty needed to justify further expansion. Apple followed with a $500 million multi-year supply agreement to purchase American-made rare earth magnets for its devices — the first deal of its kind — while also partnering with MP to develop a recycling facility at Mountain Pass to process end-of-life electronics back into usable rare earth materials.

In February 2026, MP announced its next step: a $1.25 billion manufacturing campus in Northlake, Texas — just ten miles from the existing Fort Worth facility — called "10X." The project will create over 1,500 manufacturing and engineering jobs and, when commissioned in 2028, is expected to bring MP's total NdFeB magnet production capacity to approximately 10,000 metric tons annually.

USA Rare Earth is pursuing a parallel effort with a facility in Stillwater, Oklahoma, targeting up to 5,000 metric tons of NdFeB magnet production annually — output that could potentially meet around 17% of current U.S. demand on its own.

And in September 2025, Energy Fuels achieved a proof-of-concept milestone: U.S.-mined rare earths were successfully processed and manufactured into permanent magnets for electric vehicles, demonstrating that the full domestic chain is technically viable end to end.

What This Means for B2B Buyers

The rebuilding of American rare earth magnet capacity is genuinely encouraging, but it's important to be clear-eyed about the timeline. These are multi-year, billion-dollar infrastructure projects. Meaningful domestic supply — at a scale that could materially shift market dynamics for everyday B2B buyers — is still several years away from full realization. MP's 10X facility isn't targeted for commissioning until 2028. The mine-to-magnet chain being built today will matter enormously in 2030 and beyond, but it doesn't resolve the near-term supply pressures the market is experiencing right now.

That near-term picture — the licensing delays affecting samarium exports, the cobalt quota system driving up input costs, and the broader volatility in rare earth materials — remains the more immediate planning consideration for most businesses. [We covered those pressures in detail in our recent article on Samarium Cobalt pricing.] Similarly, the robotics and automation boom driving surging demand for high-performance magnets [covered here] is outpacing new domestic supply.

What the domestic manufacturing push does change, gradually, is the long-term risk profile. A more diverse, allied-nation supply base — with meaningful U.S. production anchoring it — is a more resilient supply chain than one concentrated in a single country. For businesses planning capital investments, designing next-generation products, or building long-term supplier strategies, that trajectory matters.

The Allied Supply Chain Picture

It's also worth noting that "Made in America" in this context doesn't mean isolation from global partners — it means strategic diversification. The approach being built integrates Canadian processing expertise, Australian heavy rare earth capabilities, and allied-nation sourcing alongside domestic U.S. production. The goal isn't autarky; it's resilience through diversification and control of critical processing and manufacturing steps.

For B2B buyers, this translates into a supply chain that, over time, will be less vulnerable to single-source disruptions that rattled industries in 2025 — and more predictable as a result.

Where Apex Magnets Fits In

We've been watching these developments closely, and they reinforce what we've believed for a long time: the businesses best positioned to navigate market volatility are those with strong supplier relationships, transparent communication, and sufficient planning runway to absorb the unexpected.

Our long-term supplier relationships give us better visibility and priority access than buyers entering the market reactively. We hold off passing cost increases to our customers as long as we responsibly can. And we aim to share what we're seeing in the market — exactly like this — so you can make better decisions for your own operations.

American rare earth independence is coming. It's being built right now, in Texas, Oklahoma, and California. But in the meantime, planning ahead and working with partners who know this market remains the most practical strategy.

Need help choosing a magnet? Browse our magnet collection or reach out to our team anytime.

 

Safety Warning: Children should not be allowed to play with magnets. Small magnets present a choking hazard and can cause serious injury if swallowed. Neodymium magnets should always be handled with care to avoid pinching injuries and damage to the magnets. Visit our Magnet Safety page to learn more.

Magnets can be dangerous. Neodymium magnets, especially, must be handled with care to avoid personal injury and damage to the magnets. Fingers and other body parts can get severely pinched between two attracting magnets. Bones can be broken by larger magnets. Visit our Magnet Safety page to learn more.