Furfural

Furfural: Recent Commodity Market Intelligence Report

I. Market Price Dynamics
- Recent Price Trends:
- As of June 21, 2026, the price of furfural (National Standard Grade II) exhibited volatility, with prices in certain regions hovering around RMB 11,000 per metric ton—down from previous levels.
- In early June 2026, delivered prices in Shandong Province stood at RMB 9,500–9,600 per metric ton, whereas the negotiated reference price for cash-and-carry transactions in Hebei Province ranged from RMB 12,300 to 12,500 per metric ton, highlighting pronounced regional price disparities.
- On March 27, 2026, the average ex-factory delivered price of furfural in Shandong Province was RMB 8,800 per metric ton—up by RMB 1,000 per metric ton compared to February 27, indicating a notable price rebound at the beginning of the year.

- Drivers of Price Volatility:
- Raw Material Costs: Prices of upstream raw material corn cobs have surged to their highest level in nearly four years, directly increasing furfural production costs.
- Supply-Demand Balance: Industry capacity utilization remains low; however, downstream industries exhibit limited tolerance for high raw material prices, and the structural oversupply in the furfural sector has not been fundamentally resolved.
- Export Performance: China’s furfural exports declined year-on-year during January–February 2026; nevertheless, the average export price rose steadily on a year-on-year basis, reflecting improved international demand.

II. Supply-Demand Analysis
- Supply Situation:
- Furfural production is influenced by regional distribution of raw materials, industrial chain integration, and policy guidance, resulting in a production landscape characterized by “stable traditional core zones and rapid expansion in emerging zones.”
- Traditional production bases—including Shandong and Henan provinces—leverage abundant raw material resources and well-established deep-processing industrial chains, thereby reducing logistics costs and maintaining high capacity shares.
- Emerging production zones—including Northeast and Northwest China—are expanding capacity rapidly, supported by local raw material advantages and government policy incentives.

- Demand Situation:
- Furfural finds broad application across plastics, resins, coatings, pharmaceuticals, and agrochemicals; its downstream application structure continues to optimize.
- Growing demand from high-end applications—such as electronic encapsulation adhesives and corrosion-resistant wind turbine blade coatings—is driving upward pressure on product value-added per unit.

III. Industrial Policies and Impacts
- Policy Orientation:
- Policies such as the “Three-Year Action Plan for Accelerating Innovation and Development of Non-Grain-Based Bio-Materials” are guiding the furfural industry toward high-end, green, and large-scale development.
- Government support focuses on efficient conversion technologies for non-grain biomass and encourages enterprises to develop high-value-added downstream products.

- Environmental Regulations:
- The Ministry of Ecology and Environment’s “Technical Guidelines for Industrial Organic Waste Gas Treatment” has tightened VOC emission limits for furfural production facilities, compelling industry-wide environmental technology upgrades.
- Increased environmental compliance investment has raised market entry barriers significantly, further consolidating industry concentration.

IV. Analysis, Outlook & Forecast
- Short-Term Outlook:
- Upside potential for furfural prices remains limited. Although elevated raw material costs and improving international demand provide some price support, downstream industries’ low tolerance for high input costs—and the persistent oversupply situation—constrain significant price increases.
- Prices are expected to remain range-bound in high-level oscillation, with a projected trading range of RMB 9,000–10,300 per metric ton.

- Long-Term Outlook:
- If structural overcapacity persists unresolved, furfural prices may struggle to rise substantially and could continue fluctuating within relatively low ranges.
- However, continuous expansion into emerging application areas—coupled with technological upgrading across the industry—could drive meaningful demand growth and facilitate gradual price recovery.
- Policy support and tightening environmental requirements will accelerate the industry’s transformation toward high-end, green development. Enterprises possessing strong capabilities in technological iteration and environmental compliance will gain competitive advantage.