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Cerium Oxide has held onto most of its 2025 gains through the first half of 2026, in sharp contrast to the metal it is derived from. Germany, the highest-cost region tracked here, saw the price ease just roughly 4.8% in Q2, from about USD 6.15/KG to close to USD 5.85/KG, nowhere near the double-digit drop seen in the cerium metal over the same stretch. The global average tells a similar story: down from around USD 5.28/KG in Q1 to near USD 5.06/KG in Q2, a decline of just under 4.2%. As the data shows, a global average of about USD 4.85 to 5.40/KG through H2 2026 looks reasonable, with the glass polishing demand providing a firmer floor here than in the underlying metal market.
The producers make Cerium Oxide (CeO2) by calcining the cerium carbonate, oxalate, or hydroxide pulled from the mixed rare earth concentrates, then milling the result to controlled particle sizes for whatever downstream application it is headed for. The grades range from the industrial abrasive-grade powder up to the high-purity material for the catalytic and electronic use. The precision glass and semiconductor wafer polishing is where the bulk of the demand sits, since the cerium oxide's chemical-mechanical polishing action simply outperforms the alternatives. The automotive catalytic converter washcoat formulations, the diesel particulate filter additives, and the agricultural fertilizer micronutrient blends make up the rest.
It is the feedstock costs for the cerium metal and carbonate that matter here, along with the calcination and milling energy costs, China's export licensing framework, and how the polishing and catalyst demand is trending downstream.
Put together, Cerium Oxide looks set for a more resilient H2 2026 than the metal market underneath it. The precision polishing demand from the glass and semiconductor wafer manufacturers has held up even while the cerium metal corrected sharply on the co-product oversupply, mostly because the polishing-grade oxide has tighter particle-size and purity requirements that not every producer can reliably hit. The feedstock costs are easing in step with the metal market, but the processing and calcination costs put a firmer floor under the finished oxide than that alone would suggest. What the data points to is continued mild softening here, not a sharp repricing.
A surge in the semiconductor wafer demand that outpaces the qualified polishing-grade supply represents the main upside risk. The main downside risk runs the other way: if the cerium metal's oversupply-driven decline passes through more fully into the oxide processing margins, the prices would ease further below the forecast.
| Region | 2026 Price Range (USD/KG) | Outlook |
| Global Average | 4.85 - 5.40 | Polishing demand cushions the decline in feedstock costs |
| Germany | 5.40 - 6.05 | Semiconductor and precision optics demand keep the ceiling high |
| United States | 5.15 - 5.75 | Wafer polishing and automotive catalyst demand support a premium |
| Japan | 4.90 - 5.45 | Electronics-grade polishing demand anchors firm domestic pricing |
| China | 4.30 - 4.85 | Integrated feedstock access keeps China the most affordable |
The German Cerium Oxide price averaged close to USD 5.85/KG in Q2 2026, down about 4.8% from near USD 6.15/KG in Q1. The cerium metal feedstock costs eased over the quarter, but the pass-through was only partial, since the steady precision optics polishing demand limited how far the finished-oxide price could fall.
Why did the price of Cerium Oxide change in Q2 2026 in Germany?
The cerium metal feedstock costs eased, but the calcination and milling costs kept the finished-oxide price largely intact regardless. The precision optics and semiconductor polishing demand did not let up. The gap between how much the metal moved and how much the oxide moved widened further, landing near USD 5.85/KG.
The United States Cerium Oxide price averaged about USD 5.58/KG in Q2 2026, down close to 4.3% from roughly USD 5.83/KG in Q1, as the firm wafer polishing demand from the domestic semiconductor fabrication offset most of the feedstock cost relief.
Why did the price of Cerium Oxide change in Q2 2026 in the United States?
The semiconductor wafer polishing demand stayed resilient even with the feedstock costs easing elsewhere. The automotive catalytic converter washcoat orders held roughly steady too. All told, the finished-oxide price only dropped modestly, to near USD 5.58/KG, despite the much sharper correction in the metal market underneath it.
The Japanese Cerium Oxide price averaged near USD 5.32/KG in Q2 2026, down roughly 4.0% from about USD 5.54/KG in Q1, as the electronics-grade polishing demand from the domestic wafer and display manufacturers limited how much of the feedstock relief actually passed through.
Why did the price of Cerium Oxide change in Q2 2026 in Japan?
The wafer and flat-panel display manufacturers kept the electronics-grade polishing demand firm through the quarter. The tight purity specifications meant the feedstock cost relief only passed through partially. The market held up relatively well, settling near USD 5.32/KG.
The Chinese Cerium Oxide price averaged close to USD 4.61/KG in Q2 2026, down about 5.7% from near USD 4.89/KG in Q1. The integrated producers here have direct access to cheaper cerium metal feedstock, which let the metal market correction pass through more fully than it did elsewhere.
Why did the price of Cerium Oxide change in Q2 2026 in China?
The integrated domestic producers passed through more of the cerium metal price decline simply because they have direct feedstock access. The export volumes rose in step with the metal shipments. It is the large integrated capacity that keeps China the cheapest oxide market tracked here, at around USD 4.61/KG.
The German price averaged near USD 6.15/KG in Q1 2026, up about 1.7% from Q4 2025.
The European buyers grew broadly cautious early in the quarter after a regulatory pause hit certain Chinese heavy rare earth export approvals, and precision optics manufacturers extended forward coverage as a precaution.
The semiconductor-grade demand stayed firm the whole time, and that combination is what kept the market on a mild upward path to USD 6.15/KG.
Why did the price of Cerium Oxide change in Q1 2026 in Germany?
It was the precautionary forward coverage from the precision optics buyers that added incremental demand. The semiconductor-grade polishing demand stayed firm throughout. The market firmed modestly to about USD 6.15/KG, ahead of the Q2 pullback.
The United States price averaged close to USD 5.83/KG in Q1 2026, up about 1.6% from Q4 2025.
The domestic semiconductor fabrication kept expanding through the quarter, keeping wafer polishing demand on solid footing while feedstock costs stayed elevated in line with the still-firm metal market.
The market firmed gradually to near USD 5.83/KG before the sharper Q2 correction got underway.
Why did the price of Cerium Oxide change in Q1 2026 in the United States?
The domestic semiconductor fabrication expansion supported the firm wafer polishing demand. The elevated cerium metal feedstock costs sustained the production floor. The market firmed to about USD 5.83/KG, ahead of the Q2 pullback.
The Japanese price averaged about USD 5.54/KG in Q1 2026, up close to 1.5% from Q4 2025.
The domestic display and wafer manufacturers kept polishing-grade procurement steady all quarter, helped along by still-elevated feedstock costs and stable import volumes from China.
The market held firm near USD 5.54/KG heading into the Q2 correction.
Why did the price of Cerium Oxide change in Q1 2026 in Japan?
The steady polishing-grade procurement from the display and wafer manufacturers supported the price. The elevated feedstock costs sustained the floor. The market held firm at close to USD 5.54/KG, ahead of the Q2 pullback.
The Chinese price averaged near USD 4.89/KG in Q1 2026, up about 1.4% from Q4 2025.
The firm domestic and export polishing demand absorbed the steady output through the quarter, while integrated producers held margins broadly stable ahead of the later co-product supply surge.
The market firmed slightly to about USD 4.89/KG before the sharper Q2 decline set in.
Why did the price of Cerium Oxide change in Q1 2026 in China?
The firm domestic and export polishing demand absorbed the steady output. The elevated feedstock costs sustained the margins ahead of the later co-product supply surge. The market firmed modestly to near USD 4.89/KG.
As the data shows, six quarters of Cerium Oxide pricing consistently lag the sharper swings seen in the cerium metal, a pattern rooted in the tighter purity and particle-size specifications that separate the polishing-grade oxide from the bulk metal supply. The global average moved from about USD 4.68/KG in Q2 2025 to near USD 4.85/KG in Q3, close to USD 4.98/KG in Q4, and about USD 5.28/KG in Q1 2026, before easing to roughly USD 5.06/KG in Q2 as the feedstock relief began filtering through. Even after that pullback, the price still sits close to 8.1% above where it started in Q2 2025.
| Quarter | Price (USD/KG) | QoQ Change | Direction |
| Q2 2026 | 5.06 | -4.2% | ↓ Falling |
| Q1 2026 | 5.28 | +6.0% | ↑ Rising |
| Q4 2025 | 4.98 | +2.7% | ↑ Rising |
| Q3 2025 | 4.85 | +3.6% | ↑ Rising |
| Q2 2025 | 4.68 | +2.4% | ↑ Rising |
| Q3 2026 | In Progress | - | - In Progress |
The steady polishing and catalyst demand carried Cerium Oxide through a full year of gains in 2025, largely insulated from the volatility that was quietly building underneath in the cerium metal market. The global average opened near USD 4.52/KG in Q1 and closed at about USD 4.98/KG by Q4, a full-year gain of close to 10.2%. The firm semiconductor wafer polishing demand deserves most of the credit, with the steady automotive catalyst washcoat orders and the cautious forward buying ahead of the anticipated Chinese licensing changes adding to the climb.
In Germany, it was the precision optics manufacturers who drove most of the 2025 demand story, lifting the price from about USD 5.35/KG in Q1 to near USD 6.05/KG by Q4, a gain of roughly 13.1%. The semiconductor-grade purity requirements kept the qualified supply tight throughout the year, a bottleneck few bulk producers could clear.
The United States market climbed from about USD 5.05/KG in Q1 2025 to close to USD 5.74/KG by Q4, a gain of about 13.7%, as the domestic semiconductor fabrication capacity expansion pulled the polishing-grade demand steadily higher through each quarter of the year. Each facility needed its own qualified suppliers first, adding a lag before demand shows in prices.
Japan's price path moved from roughly USD 4.80/KG in Q1 2025 to about USD 5.46/KG by Q4, a gain of close to 13.8%, supported by the consistent display and wafer manufacturer procurement and the generally stable import volumes from the Chinese suppliers. Preference for long-term qualification over spot buying means price moves show up gradually.
The Chinese price rose from roughly USD 4.05/KG in Q1 2025 to near USD 4.82/KG by Q4, a gain of about 19.0%, the steepest domestic move among the tracked markets as the export demand stayed strong and the integrated producers held back the incremental supply. A deliberate strategy, since integrated producers can afford to be selective about which contracts to fill.
Expert Market Research: Your Source for Real-Time Cerium Oxide Price Intelligence
Expert Market Research tracks Cerium Oxide prices continuously across every major producing and consuming region, since it behaves so differently from the metal it is derived from. The cerium metal feedstock economics, the calcination and milling cost cycles, and the downstream semiconductor and optics demand shifts all factor into that coverage, with the forecasts drawing on the trade flow data, the capacity utilization, and the risk assessment. Contact Expert Market Research today for the Cerium Oxide pricing data, the bespoke market analysis, and the strategic procurement advisory.
*While we strive to always give you current and accurate information, the numbers depicted on the website are indicative and may differ from the actual numbers in the main report. At Expert Market Research, we aim to bring you the latest insights and trends in the market. Using our analyses and forecasts, stakeholders can understand the market dynamics, navigate challenges, and capitalize on opportunities to make data-driven strategic decisions.*
Precision glass and semiconductor wafer polishing, for the most part, since its chemical-mechanical polishing action outperforms alternative abrasives. Automotive catalytic converter washcoats and diesel particulate filter additives account for most of what remains.
Roughly USD 5.85/KG in Germany as of Q2 2026, versus close to USD 5.58/KG in the United States, about USD 5.32/KG in Japan, and near USD 4.61/KG in China. It is the strong precision optics and semiconductor demand that explains why Germany carries the highest cost.
It was a far gentler move than what happened in the underlying metal market. The global average eased from around USD 5.28/KG in Q1 2026 to about USD 5.06/KG in Q2, a decline of just under 4.2%. It is the firm polishing demand that really limited how much of the lower feedstock cost passed through.
The tighter purity and particle-size requirements than the bulk metal supply are the reason, since those limit how much of the metal market's oversupply-driven decline can actually pass through. The steady semiconductor and precision optics demand cushioned the finished-oxide price further.
Somewhere near USD 4.85 to 5.40/KG globally looks like the reasonable range. The polishing and catalyst demand should keep cushioning the decline in the underlying cerium metal feedstock costs across the producing regions.
The strong precision optics and semiconductor demand put Germany at the top of the range. The United States and Japan sit in a firm middle on the wafer polishing and the electronics-grade procurement, while China prices lowest thanks to the integrated feedstock access.
This report is updated monthly. For real-time pricing intelligence, contact the Expert Market Research team directly.
The cerium metal and carbonate feedstock costs matter more than anything else, along with the calcination and milling energy costs and the usual semiconductor, optics, and automotive catalyst demand cycles. China's export licensing framework can widen the short-term regional price gaps further.
The largest integrated feedstock-to-oxide production capacity sits with China, giving it the most direct pass-through of cerium metal price movements. A modest shift in Chinese export volumes tends to ripple across every regional market.
Timing the polishing and catalyst material contracts around the semiconductor demand cycles is one use for the quarterly trends and the forecasts. The cerium metal feedstock costs are worth watching too, as a leading indicator, and building forward coverage ahead of the anticipated purity-grade supply tightness tends to be worthwhile.
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