MP Materials Stock Hits New High What’s Behind Apple’s Big Rare Earths Deal

MP Materials, a leading U.S. rare earths producer, saw its stock surge nearly 25%, hitting its highest level in over a year. The big trigger? Apple just committed $500 million to buy rare earth magnets made at MP’s new Texas factory. This move shines a spotlight on the rare earths supply chain and shows how U.S. tech giants are racing to boost domestic production of these critical materials, cutting dependence on overseas sources.

What Are Rare Earth Materials And Why Do They Matter

Rare earths are a group of metals—like neodymium and praseodymium—that are actually not that rare in the earth’s crust but are super important for high-tech products. They’re used in everything from smartphone speakers and vibration motors to electric vehicle motors, wind turbines, and advanced sensors.

Although China holds the lion’s share of rare earth reserves and production, the U.S. has been pushing hard to bring rare earth mining and processing back home to reduce supply risks. MP Materials plays a key role here with its Mountain Pass mine and processing plant in California—the biggest rare earth facility in the U.S.

Why Is Apple Buying Magnets From MP Materials

Apple’s $500 million commitment is to purchase rare earth magnets produced at MP’s new flagship plant in Fort Worth, Texas—a facility Apple is actively helping to build. On top of that, the two companies are partnering on a rare earth recycling operation at Mountain Pass, where MP also has its mine and processing facilities.

In simple terms, Apple isn’t just buying these magnets; it’s investing to secure a reliable “Made in America” supply while also focusing on recycling rare earths from used electronics to reduce environmental impact and supply chain risks.

Apple CEO Tim Cook said rare earth materials are a “critical foundation” for advanced technology, and this partnership will help strengthen the U.S. supply chain.

How Advanced Is Apple’s Rare Earth Recycling

Apple actually pioneered the use of recycled rare earth elements back in 2019 with the iPhone 11’s Taptic Engine—the component that creates vibration feedback. Today, nearly all magnets inside Apple devices use 100% recycled rare earths. This shows Apple’s leadership in material reuse and its push to lessen reliance on newly mined rare earths.

What Does This Mean For MP Materials

If MP Materials can hold onto this stock rally through market close, it will mark its highest closing price since April 2022. The deal signals strong market confidence in the company’s future.

MP Materials recently also teamed up with the U.S. Department of Defense to boost domestic magnet production, aiming to cut dependence on China’s rare earth exports. Given China’s dominant position and its past use of rare earths as a bargaining chip during trade disputes, this partnership is strategically important.

What Does “Made in USA” Mean For Apple

The Trump administration has pushed hard for Apple and other tech giants to increase domestic manufacturing. In May, Trump threatened a 25% tariff on iPhones not made in the U.S.

But realistically, Apple doesn’t manufacture iPhones in America. Most components and assembly are still centered in Asia, especially China. Changing this complex supply chain would take years and dramatically increase costs.

Analysts estimate that producing iPhones entirely in the U.S. could push prices up to $3,500 per device—an obviously non-starter for both Apple and consumers.

My Take

Apple’s collaboration with MP Materials is a clear example of how U.S. tech companies are working to secure critical supply chains and manage geopolitical risks. Apple’s $500 million investment isn’t just about buying magnets—it’s a strategic move and environmental commitment.

For MP Materials, this deal brings real orders and capital backing, fueling the stock’s strong performance and signaling growing market optimism about America’s rare earth industry revival.

That said, fully ending dependence on Chinese rare earths won’t happen overnight. Recycling and domestic production help reduce risk but global supply chains are complex, and this will be a long game.

Apple isn’t likely to shift iPhone manufacturing back to the U.S. anytime soon, but smart procurement and tech partnerships like this ease supply risks and tariff pressures in practical ways.

Looking ahead, the race around rare earth materials will only heat up. Governments and companies alike must balance supply security, cost control, and environmental innovation to stay competitive.