Dimethyl Oxalate Market Dynamics Intelligence, Analysis, and Forecast

I. Market Dynamics Intelligence

Price Trends
Recent market prices for dimethyl oxalate have exhibited volatility, with quotations varying across enterprises, purity grades, and geographical regions.
- Quotation Summary (May 18–20, 2026):
- Shandong Zhongsu Supply Chain Management Co., Ltd.: RMB 7,000/ton on May 18 for drummed/tank-truck delivery of 99.8% purity grade; quotations ranged between RMB 5,200–7,500/ton for selected specifications on May 19–20.
- Shandong Hongyang Chemical Co., Ltd.: RMB 7,500/ton for domestically produced 99% purity grade from May 18–20.
- Nantong Zhonghe Chemical New Materials Co., Ltd.: RMB 10,300/ton for domestically produced dimethyl oxalate in Jiangsu Province/Nantong City from May 18–20.
- Shandong Yihe Fine Chemical Co., Ltd.: RMB 6,000/ton for domestically produced dimethyl oxalate in Shandong Province from May 18–20.
- Liaocheng Jinxinda New Materials Co., Ltd.: RMB 3,450/ton for domestically produced dimethyl oxalate in Shandong Province from May 18–20.
- Shandong Zhihengda Import & Export Co., Ltd.: RMB 3,500/ton for liquid 99.5% purity grade and RMB 7,500/ton for solid 99.5% purity grade from May 18–20.
- Wuhan Hengjiu Chemical Co., Ltd.: RMB 9,000/ton on May 18 for drummed/tank-truck delivery of 99.8% purity grade sourced from Shandong or Hubei Province.
- Shandong Aite Chemical Co., Ltd.: RMB 9,700/ton for domestically produced dimethyl oxalate in Shandong Province on May 19.

Supply-Demand Situation
- Supply Side: China’s dimethyl oxalate production capacity and output are trending upward. Between 2025 and 2030, national capacity is projected to increase from 485,000 tons/year to 660,000 tons/year, while output is expected to rise from 398,000 tons to 579,000 tons. Capacity utilization is also improving. Although the near-term influx of new capacity may create temporary oversupply pressure, the industry is expected to maintain healthy and orderly growth over the medium-to-long term, supported by expanding applications in high-value-added sectors.
- Demand Side: Dimethyl oxalate serves diverse downstream sectors, including pharmaceuticals, agrochemicals, dyes, plastics, and textiles—traditional markets—as well as emerging fields such as new energy, biodegradable plastics, and high-end electronic chemicals. In the new energy sector, rapid expansion of the lithium-ion battery industry has driven exponential growth in demand for dimethyl oxalate, a critical raw material for lithium battery electrolytes. In traditional sectors, for example, a major chemical enterprise reported a significant year-on-year increase in its 2025 procurement volume of dimethyl oxalate, and this growth momentum is anticipated to remain stable over the coming years.

II. Analysis and Assessment

Causes of Price Volatility
- Raw Material Factors: Primary feedstocks—including ethylene glycol and carbon monoxide—are subject to fluctuations in global supply and pricing. Changes in raw material costs directly affect dimethyl oxalate production costs, thereby triggering price volatility.
- Supply-Demand Imbalance: While overall capacity and output are expanding, regional and enterprise-level disparities persist in capacity utilization rates and local demand conditions. Oversupply in certain areas or among specific producers may intensify price competition, whereas premium or specialty-grade products may command higher prices due to robust demand.
- Corporate Competitive Strategies: Enterprises adopt differentiated pricing strategies aligned with their market positioning, cost structures, and competitive objectives. Some firms pursue market share expansion via aggressive pricing, while others emphasize product quality and brand equity, sustaining relatively higher price points.

Industry Development Trends
- Green and Environmental Sustainability: As environmental regulations tighten and energy efficiency demands grow, the dimethyl oxalate industry is placing greater emphasis on eco-friendly and energy-efficient production methods. Companies are increasing investments in catalyst performance enhancement, by-product recovery and reuse, and carbon emission management to comply with increasingly stringent regulatory requirements.
- Technological Innovation: Technological advancement remains a pivotal driver of industry development. Applications of green chemistry and biocatalysis are improving production efficiency and reducing costs, supporting sustainable development. Concurrently, emerging technologies—including artificial intelligence and big data analytics—are being actively explored to enable precise process control and intelligent manufacturing management.
- Application Diversification: Beyond conventional chemical applications, substantive progress is expected in R&D for emerging applications—such as biodegradable plastics and high-end electronic chemicals—injecting new growth momentum into the market.

III. Forecast

Price Trend Outlook
In the short term, dimethyl oxalate market prices are likely to remain volatile. Regional overcapacity may sustain price competition, keeping certain product grades at relatively low levels. However, rising demand from new energy, biodegradable plastics, and other emerging sectors—combined with tightening environmental policies—may support stable or upward price movement for premium or specialized products. Over the medium-to-long term, improved supply-demand equilibrium and increased industry concentration are expected to gradually stabilize market pricing.

Industry Development Outlook
The dimethyl oxalate industry is projected to sustain steady growth over the next several years. Continuous technological advancement and ongoing industrial restructuring will open broader development opportunities. Enterprises will enhance core competitiveness through multidimensional strategies—including technological innovation, industrial chain collaboration, and green manufacturing—to navigate an increasingly complex and dynamic market environment. Meanwhile, government policies will continue promoting transformation and upgrading across the chemical industry, encouraging adoption of advanced technologies and processes to elevate product value-added and market competitiveness.