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Germany paid the most for polyacetal resin in Q2 2026: USD 2,620/MT, up 2.9% from USD 2,545 in Q1.
Polyacetal resin, commonly known by its acronym POM or the trade name Delrin, is an engineering thermoplastic polymerised from formaldehyde or its trimer trioxane, prized for its stiffness, low friction, and dimensional stability in precision mechanical parts.
Homopolymer grade offers higher stiffness and strength, while copolymer grade trades some mechanical performance for better thermal stability and chemical resistance, giving formulators a choice depending on the specific application.
Gears, bearings, fasteners, and precision components across automotive and consumer electronics manufacturing make up the bulk of demand, giving polyacetal resin pricing a close tie to industrial and automotive production activity.
Acetal competes directly with certain nylon and polyester grades in precision mechanical parts, and the choice between them typically comes down to a specific balance of stiffness, moisture absorption, and cost that engineers weigh for each individual component design.
A small number of global producers, concentrated in Germany, the United States, Japan, and China, account for the large majority of world capacity, giving this market a more concentrated supplier base than most other engineering plastics covered in this pipeline.
Comparing the four markets side by side, Germany sat about 29% above China as Q2 closed. That kind of gap is common where import exposure and domestic production costs diverge as sharply as they do here.
Expect steady gains across all four markets through H2 2026 as automotive and precision component manufacturing demand continues its gradual recovery. China should retain its cost advantage given its scale of production capacity. Germany's premium should persist given its concentrated precision engineering and automotive component manufacturing base. Automotive electrification is a modest net positive to watch, since electric vehicles still use meaningful quantities of small precision plastic components even without the internal combustion parts that also once relied on acetal resin.
On balance, the first half of 2026 brought a 3.3% increase average move across the 4 markets covered here, a trend that should persist through year end absent a material change in the underlying drivers.
| Region | 2026 Price Range (USD/MT) | Outlook |
| Global Average | 2,299 - 2,536 | Balance of regional supply and demand conditions |
| China | 1,974 - 2,177 | Ample production capacity met firming feedstock costs |
| United States | 2,406 - 2,654 | Firm automotive component demand kept US pricing climbing in step with the broader feedstock trend |
| Germany | 2,541 - 2,803 | Strong precision engineering and automotive demand from the region's established manufacturing base kept Germany at the top of this group |
| Japan | 2,275 - 2,509 | Steady consumer electronics and precision component demand supported a firm quarter |
In Q2 2026, China priced at USD 2,035/MT, up 4.1% from USD 1,955/MT the previous quarter, ranking it the most affordable among the 4 markets this report follows.
Why did the price of Polyacetal Resin change in Q2 2026 in China?
Ample production capacity met firming feedstock costs, supporting a steady increase, working out to China trading about 14.1% below this quarter's 4-region average.
Measured against China's own average pace of 1.9% a quarter across the six quarters this report tracks, this move came in faster than that pace.
United States reached USD 2,480/MT in Q2 2026, firm automotive component demand kept US pricing climbing in step with the broader feedstock trend, placing it the 2nd most expensive across the 4 regions covered in this report.
Why did the price of Polyacetal Resin change in Q2 2026 in United States?
Firm automotive component demand kept US pricing climbing in step with the broader feedstock trend, leaving United States running roughly 4.6% above the 4-region average for the quarter.
That is faster than the 1.7% average quarterly move United States has posted across the six quarters this report tracks.
Germany rose 2.9% to USD 2,620/MT in Q2 2026, strong precision engineering and automotive demand from the region's established manufacturing base kept Germany at the top of this group, putting it the priciest of the 4 markets tracked this quarter.
Why did the price of Polyacetal Resin change in Q2 2026 in Germany?
Strong precision engineering and automotive demand from the region's established manufacturing base kept Germany at the top of this group, with Germany now sitting about 10.5% above the 4-region average this quarter.
Germany has averaged 1.6% a quarter over the six quarters this report tracks; this move came in faster than that longer-run pace.
USD 2,345/MT. That is where Japan landed in Q2 2026, up 3.3% from USD 2,270/MT in Q1 2026, making it the 3rd most expensive of the 4 markets tracked here this quarter.
Why did the price of Polyacetal Resin change in Q2 2026 in Japan?
Steady consumer electronics and precision component demand supported a firm quarter, which puts Japan roughly 1.1% below the average across the 4 regions this report tracks.
Set against a 1.8% average quarterly pace over the six quarters this report tracks, Japan's move this quarter landed faster than that trend.
In Q1 2026, China priced at USD 1,955/MT, up 1.4% from USD 1,928/MT the previous quarter, ranking it the most affordable among the 4 markets this report follows.
Why did the price of Polyacetal Resin change in Q1 2026 in China?
Feedstock costs firmed modestly as the year opened, carrying through to a steady early-year increase, working out to China trading about 14.8% below this quarter's 4-region average.
Measured against China's own average pace of 1.9% a quarter across the six quarters this report tracks, this move came in slower than that pace.
United States reached USD 2,405/MT in Q1 2026, early-year automotive sector restocking supported a firm start to 2026, placing it the 2nd most expensive across the 4 regions covered in this report.
Why did the price of Polyacetal Resin change in Q1 2026 in United States?
Early-year automotive sector restocking supported a firm start to 2026, leaving United States running roughly 4.9% above the 4-region average for the quarter.
That is slower than the 1.7% average quarterly move United States has posted across the six quarters this report tracks.
Germany rose 1.3% to USD 2,545/MT in Q1 2026, consistent demand from the region's established precision engineering industry carried prices higher, putting it the priciest of the 4 markets tracked this quarter.
Why did the price of Polyacetal Resin change in Q1 2026 in Germany?
Consistent demand from the region's established precision engineering industry carried prices higher, with Germany now sitting about 11.0% above the 4-region average this quarter.
Germany has averaged 1.6% a quarter over the six quarters this report tracks; this move came in slower than that longer-run pace.
USD 2,270/MT. That is where Japan landed in Q1 2026, up 1.4% from USD 2,239/MT in Q4 2025, making it the 3rd most expensive of the 4 markets tracked here this quarter.
Why did the price of Polyacetal Resin change in Q1 2026 in Japan?
Growing electronics manufacturing demand supported a steady early-year gain, which puts Japan roughly 1.0% below the average across the 4 regions this report tracks.
Set against a 1.8% average quarterly pace over the six quarters this report tracks, Japan's move this quarter landed slower than that trend.
The global average climbed steadily across the window, from USD 2,175/MT in Q1 2025 to USD 2,370 by Q2 2026, a gain of 9.0% over six quarters.
| Quarter | Price (USD/MT) | QoQ Change | Direction |
| Q2 2026 | 2,370 | +3.3% | ↑ Rising |
| Q1 2026 | 2,294 | +1.3% | ↑ Rising |
| Q4 2025 | 2,263 | +1.3% | ↑ Rising |
| Q3 2025 | 2,234 | +1.3% | ↑ Rising |
| Q2 2025 | 2,204 | +1.3% | ↑ Rising |
| Q1 2025 | 2,175 | - | - Stable |
| Q3 2026 | In Progress | - | - In Progress |
Looking back at 2025, the global polyacetal resin average ran from about USD 2,175/MT in Q1 to USD 2,263 by Q4, a 4.1% increase across the year.
China prices moved from about USD 1,850/MT in Q1 2025 to USD 1,928 by Q4, up roughly 4.2%. China closed the year ranked 4 of the 4 markets this report tracks.
United States prices moved from about USD 2,280/MT in Q1 2025 to USD 2,373 by Q4, up roughly 4.1%, leaving United States in 2 place among the 4 tracked markets heading into the new year.
Germany prices moved from about USD 2,420/MT in Q1 2025 to USD 2,513 by Q4, up roughly 3.8%. That left Germany ranked 1 of 4 tracked markets heading into 2026.
Japan prices moved from about USD 2,150/MT in Q1 2025 to USD 2,239 by Q4, up roughly 4.2%, placing Japan 3 of 4 tracked markets as 2025 closed out.
Expert Market Research: Your Source for Real-Time Polyacetal Resin Price Intelligence
We monitor polyacetal resin markets across every region with meaningful production or consumption, connecting the price you see to the formaldehyde/trioxane and methanol costs and demand conditions behind it. The result is a regularly updated view built from the ground up rather than a single static figure.
Our forecasts combine production capacity data with feedstock cost trends and regional demand signals, giving sourcing teams a defensible basis for budgeting and supplier negotiations beyond a single point estimate.
Get in touch with our analysts if you need a more detailed regional view, historical pricing beyond the six quarters shown here, or a sourcing analysis built specifically around your procurement footprint.
We track homopolymer and copolymer grade pricing separately, since the roughly ten percent price gap between them can shift independently based on which end-use segment is driving demand in a given quarter.
*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.*
Polyacetal resin, commonly known by its acronym POM or the trade name Delrin, is an engineering thermoplastic polymerised from formaldehyde or its trimer trioxane, prized for its stiffness, low friction, and dimensional stability in precision mechanical parts.
In Q2 2026, it averaged USD 2,035/MT in China, USD 2,480/MT in United States, USD 2,620/MT in Germany, USD 2,345/MT in Japan, with Germany the priciest of the 4 markets tracked in this report.
The global average moved from USD 2,263/MT in Q4 2025 to USD 2,294 in Q1 2026, then to USD 2,370 by Q2, a 4.7% increase across the two quarters.
Ample production capacity met firming feedstock costs, and the other regions covered here moved for largely the same underlying reasons, filtered through their own local supply and demand conditions.
Expect steady gains across all four markets through H2 2026 as automotive and precision component manufacturing demand continues its gradual recovery.
Germany sits at the top given its cost and demand structure, while China trades lowest of the 4 markets tracked here. The gap between them reflects local production costs, import exposure, and demand intensity, and it is worth revisiting each quarter since the ranking can shift as input costs move.
Formaldehyde and trioxane feedstock costs; Automotive and precision mechanical component demand, the largest established end use; Consumer electronics manufacturing demand for small precision parts, along with broader macroeconomic conditions across the 4 regions this report tracks.
Polyacetal resin, commonly known by its acronym POM or the trade name Delrin, is an engineering thermoplastic polymerised from formaldehyde or its trimer trioxane, prized for its stiffness, low friction, and dimensional stability in precision mechanical parts.
Homopolymer grade offers higher stiffness, strength, and surface hardness, making it the choice for demanding mechanical parts like gears and bearings. Copolymer grade trades some of that mechanical performance for better long-term thermal stability and resistance to hot water and chemicals, making it better suited to plumbing fittings and under-hood automotive applications.
Monthly, though our analysts flag any material shift in feedstock costs or regional demand as soon as it emerges.
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