MP Materials Q1 financial report reveals a significant industry signal: neodymium and praseodymium production at record high, CEO warns of possible decline in heavy rare earth prices.

MP Materials, the only rare earth company in the United States that has achieved vertical integration of the entire industry chain from mining to magnet production, has released its financial report for the first quarter of the 2026 fiscal year. In addition to the impressive performance of a 49% year-on-year increase in revenue, a more significant signal was revealed during the financial report conference call: CEO James Litinsky publicly warned that with magnet manufacturers accelerating their shift towards a "heavy rare earth-free" formula centered on neodymium-praseodymium (NdPr) and other light rare earths, the prices of dysprosium (Dy) and terbium (Tb) and other heavy rare earth materials may face a "significant decline." Q1 performance overview: Record production and sales, revenue exceeds expectations In this quarter, MP Materials delivered an impressive report card. On the revenue side, the company achieved total revenue of $90.65 million, a year-on-year increase of 49%, far surpassing the FactSet consensus expectation of $74.8 million. The core driver of revenue growth was the nearly doubling of revenue in the materials divisionafter accounting for Price Protection Agreements (PPA) income, this division achieved revenue totaling approximately $114.5 million. From a combined financial statement perspective, the company achieved combined revenue and PPA income totaling $132.9 million, a 28% increase from the previous quarter, with adjusted EBITDA of $36.6 million. Adjusted diluted earnings per share turned from a loss to a profit, from a loss of $0.12 per share in the same period last year to a profit of $0.03 per share. A key highlight is the release of production capacity. In the first quarter, NdPr oxide production reached 917 tons, a 63% year-on-year increase and a 28% increase from the previous quarter, setting a record high for the company's single quarter production. NdPr oxide sales volume soared to 1,006 tons, a staggering 117% year-on-year increase, thanks to initial shipments to new US customers. Rare Earth Oxide (REO) total production approached 13,000 tons, a 6% increase year-on-year, setting a record high for Q1 production in the company's history. The explosive growth of the magnetic materials division is also remarkable. The division's revenue jumped from $5.2 million in the same period last year to $21.1 million, a 306% year-on-year increase, exceeding analysts' previous expectations. The company's Independence plant in Fort Worth, Texas, is accelerating its transition from magnetic precursor products to finished magnets. On an adjusted operating basis, the company achieved adjusted net profit of approximately $7 million, Non-GAAP earnings per share of $0.03, turning from a loss to a profit in the same period last year, successfully achieving a double reversal in both GAAP and Non-GAAP metrics. CEO's bold prediction: A "substitute revolution" is reshaping rare earth pricing logic However, what is more significant than the Q1 financial numbers themselves is Litinsky's "hawkish bearish" assessment of the outlook for heavy rare earth prices in the analyst conference call. "The price of NdPr will rise, but I believe that the price increase for heavy metals will not be as significant," Litinsky bluntly stated, "The trend in commodity prices is difficult to predict, but I would not be surprised if heavy metal prices plummet significantly from their current levels compared to market expectations." The underlying logic of this assessment is that the chemical composition of high-performance permanent magnets is undergoing a profound "formula revolution." Historically, heavy rare earth elements such as dysprosium and terbium have been indispensable in high-end magnets because of their unique thermal stabilityonly by adding heavy rare earth elements can the magnets prevent demagnetization and failure under high temperature conditions. This has made heavy rare earths essential strategic materials in high-temperature applications such as automotive drive motors, military weapons systems, and power infrastructure. However, Litinsky pointed out that the entire industry is redesigning magnet chemical formulas around lighter rare earth elements, which have more abundant reserves and more predictable pricesmainly neodymium and praseodymium. MP has made substantial progress in reducing the use of heavy rare earths in magnets while still meeting customer performance requirements. This industry trend is not solely MP's judgment. Globally, "heavy rare earth-free" has become the first research and development focus in the neodymium-iron-boron magnet industry. Grain boundary diffusion technology is rapidly becoming popularthis technology uses tiny amounts of dysprosium/terbium only on the surface of the grains, rather than adding them to the entire block, reducing heavy rare earth usage by 50% to 70%. Industry forecasts show that the penetration rate of this technology will exceed 80% between 2025 and 2030. Further advancement in "completely heavy rare earth-free" technology is also making industrial breakthroughs. By combining gallium, aluminum, copper, and other non-rare earth elements with ultrafine grains and continuous non-magnetic grain boundary encapsulation processes, it is now possible to produce high-performance magnets with coercivity not less than 1,800 kA/m and temperature resistance of 150 to 180 degrees Celsius, completely eliminating the reliance on dysprosium and terbium. In April 2026, the Chinese magnetic materials company Ningbo Yunsheng just obtained a patent for the invention of a "method for preparing high-performance heavy rare earth-free neodymium-iron-boron magnets," further confirming that this technological path is rapidly evolving towards industrialization. Three major DRIVE resonances: Why is this "substitute revolution" accelerating at this moment Heavy rare earth substitution is not a new topic, but what makes Litinsky's judgment highly significant is that there are three major DRIVES currently driving industry transformation with unprecedented force. First, the demand side is experiencing structural expansion, but "insecurity" is forcing supply chain restructuring. Downstream industries such as Siasun Robot & Automation, drones, electric vehicles, and defense systems are experiencing explosive growth in magnet demand. Mysteel data shows that as of May 2026, the price of terbium oxide is approximately 6.15 million yuan per ton, and the price of dysprosium oxide is approximately 1.38 million yuan per ton, which is several times higher than light rare earths. This significant price difference gives downstream magnet customers a strong economic incentive to drive formula innovation. Litinsky's envisioned trend of "NdPr price rise, heavy metal price pressure" reflects the shift in demand structure from "heavy reliance on heavy rare earths in high-end applications" to "cost-effectiveness priority, dominance of light rare earths." Second, the technology is now ready for industrialization. The widespread adoption of grain boundary diffusion technology allows heavy rare earth usage to be reduced by 50% to 70%, non-heavy rare earth formulas can achieve 180C temperature resistance through non-rare earth element doping, and high-abundance rare earth substitution (using lanthanum, cerium to partially replace neodymium) is further optimizing cost structure. The breakthrough in technological barriers is the underlying premise that allows Litinsky to openly express a bearish view on heavy rare earth prices. Third, and most importantly, political factors are acting as a catalystGEO Group Inc. The US Department of Defense has invested $400 million in equity and a $150 million loan for rare earth refining in MP. The government has also set a minimum price guarantee of $110 per kilogram for NdPr. The design logic behind this policy tool itself is to "prioritize quantity protection and reduce reliance on China," making "use as little as possible of China's monopolized heavy rare earths" a common goal throughout the industry chain. Japanese magnetic materials company Proterial released non-heavy rare earth magnets in 2025 and planned to launch a higher-performance iteration in April 2026, aiming to "meet almost all the needs of existing customers." MP's strategic depth: The value of options under dual positioning Litinsky's public bearish view on heavy rare earth prices does not mean that MP is giving up on its heavy rare earth business. On the contrary, the company is simultaneously advancing along two seemingly contradictory strategic lines. On one hand, MP is accelerating the expansion of light rare earth production capacity. The construction of the "10X" large magnet factory in Texas has begun, with the goal of increasing the total magnet production capacity in the US to around 10,000 tons per year. The Independence plant is also expanding to a 3,000-ton annual production capacity, and Apple Inc. has committed to purchasing rare earth magnets manufactured in the US worth $500 million. MP also received advance payments from Appleby the end of this quarter, related prepayments from Apple Inc. on the books had reached $72 million. Light rare earths are currently the most certain growth engine for MP. On the other hand, MP has not abandoned heavy rare earths. The company expects to start commissioning a heavy rare earth separation circuit at Mountain Pass in Q2 2026 and plans to start production of terbium and dysprosium within the year. Interestingly, the US Department of Defense has provided an additional $150 million specifically for the development of this facility. This indicates that heavy rare earths still have a certain rigid demand in extreme conditions such as defense and aerospace, and local separation capabilities are themselves a strategic asset. This dual-track layout of "light rare earth production, heavy rare earth supply protection" actually gives MP a unique colored optionif alternative technologies progress faster than expected, heavy rare earth separation facilities can be flexibly adjusted; if conflicts escalate the supply chain and heavy rare earths become completely cut off, MP is the only lifeline in the US. Price trend verification and risk warnings Looking at the latest market prices, the trend in heavy rare earth prices is to some extent confirming Litinsky's direction of judgment. As of May 2026, the price of terbium oxide is approximately 6.15 million yuan per ton, and the price of dysprosium oxide is approximately 1.38 million yuan per ton, showing a "mild and stable" market overall trend rather than a rapid increase. More importantly, industry analysts have raised their average price forecast for NdPr oxide to around $90,000 per ton for 2026. This divergence trend of "bullish light rare earths, stable heavy rare earths" perfectly aligns with Litinsky's judgment on the direction of industry formula changes. Of course, Litinsky himself admits that "the trend in commodity prices is difficult to predict." This judgment also faces several risks: firstly, although grain boundary diffusion technology significantly reduces heavy rare earth usage, it does not completely eliminate the dependence on them, and a small amount may still be necessary in extreme conditions such as high-end military and aerospace applications; secondly, if conflicts such as those in the Strait of Hormuz intensify, leading to a systemic rise in global energy and commodity prices, the risk premium for heavy rare earths as strategic resources may skyrocket in the short term; thirdly, large-scale industrialization of heavy rare earth-free technologies still faces challenges in consistent quality control.