The raw material appears as a grayish-silver powder, compact, with a specific gravity of 4.5 g/cm³, transported in sealed containers by refrigerated trucks along the road between Baotou and Bayan Obo. Each ton of concentrate contains approximately 500 kg of rare earth oxides, with a content of praseodymium and neodymium that determines its position in the permanent magnet production chain. On April 10, 2026, China Northern Rare Earth Group announced the new transaction price for the second quarter: 38,804 yuan per ton, excluding VAT and taxes. This figure is not the result of a free market, but the result of a structured formula with Baotou Steel Union, which updates the cost every quarter based on the value of the rare earth oxide. The 44.6% increase compared to the first quarter is a signal of a systemic tension that translates into a direct increase in production costs for electric motors, batteries, and turbines.
The powder does not move on its own. Its value is determined by an agreement between two entities controlled by the same industrial group: Baotou Steel Group. This vertical structure eliminates market mediation, transforming the price into a predefined operating parameter. The mechanism works like a spring: every 1% increase in REO content requires an increase of 776.08 yuan per ton, a figure that accumulates exponentially in production volumes. This is not an oscillation, but a rule. This implies that the global production chain of energy technologies is subject to a control not of the market, but of economic engineering. The price is not a signal, but a constraint.
The price that regulates the flow
The production of rare earths in Inner Mongolia is concentrated in the Bayan Obo basin, which contains over 35 million tons of rare earth oxides, 70% of the world total. The process begins with mining, followed by a series of chemical operations that separate the various elements. The final product is the concentrate, a raw material that is then transported to Baotou, where it is processed in refining plants. The flow is controlled by a single company, China Northern Rare Earth Group, which operates in synergy with Baotou Steel Rare Earth (Group) Hi-Tech, its subsidiary for the supply of raw materials. The infrastructure has been designed to maximize production capacity: 1.2 million tons of concentrate per year, with an estimated repair time for a refining plant of 30 days in case of failure.
The logistical route is fixed: from Bayan Obo to Baotou, then to Shenyang and to Guangzhou for the final processing. Each node is monitored by a centralized control system that regulates the flow based on a predetermined demand model. Production capacity is not limited by the availability of minerals, but by the degree of coordination between the various stages. The dependence on a single pricing formula, with quarterly adjustments, makes the system resilient but also vulnerable to structural shocks. The system does not break: it adapts. The cost does not increase due to an emergency, but due to a strategic choice. The geopolitical tension is not the cause, but the excuse for a mechanism already in place. The price is not a signal, but a constraint.
Who pays and who profits
Costs are not distributed evenly. Manufacturers of batteries in South Korea and Germany have recorded a 22% increase in input costs for magnets, resulting in delays in the production of electric vehicles. In particular, the German company Siemens Energy announced a slowdown of 18 days in production cycles for the reconfiguration of assembly lines. Conversely, China Northern Rare Earth Group saw a 37% increase in net revenue in the first quarter of 2026, thanks to the leverage effect of the price. The effect also affects secondary markets: the price of neodymium in Europe has risen to 82 euros/kg, with an increase of 58% in one month.
The consequences extend beyond production. The port of Guangzhou has recorded a 40% increase in traffic of containers containing rare materials, with a peak of 2,100 containers per day. Logistics has adapted: ships have been converted to transport heavier loads, with a 15% increase in fuel consumption. In parallel, the price of copper for electrical cable has risen by 12%, as the demand for conductive materials has increased in response to the growing need for transmission infrastructure. The costs are not only energy-related: they are also infrastructural. Those operating in the electricity sector must now consider the cost of the flow, not just the cost of energy.
Conclusion
The system is not in crisis. It is in transition. The price of rare earths is not a symptom, but an indicator of a system that has already decided. The operating mechanism is clear: the centralization of production, the structuring of pricing, and the dependence on fixed formulas create a system of logistical control that amplifies production costs in a predictable way. In the next six months, the two indicators to monitor are: the volume of concentrate transported from the Bayan Obo basin to the port of Guangzhou, and the price of neodymium on the spot market. If the volume increases by more than 10% compared to the average level of the first quarter, and the price exceeds 90 euros/kg, the system is in the expansion phase. If, instead, there is a slowdown in transport or a decrease in the price, the system is reprogramming. The real question is not whether the price will rise, but how quickly and at what cost. The answer is already written in the data.
Photo by Barrett Ward on Unsplash
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