2,2-Dimethyltetrahydrofuran

Dimethyl Tetrahydrofuran: Recent Market Intelligence, Analysis, and Forecast

I. Market Intelligence

Price Dynamics
- Stable Benchmark Price: According to B2B chemical platform Shengyishe data, the benchmark price of 2-Methyltetrahydrofuran remained unchanged at RMB 11,566.67 per metric ton from June 10 to June 22, 2026.
- Regional Price Divergence:
- Jiangsu Province: Suzhou Senfeida Chemical Co., Ltd. quoted RMB 44,000 per metric ton (premium grade).
- Shandong Province: Jinan Jinhua Chemical Co., Ltd. quoted RMB 9,300–9,990 per metric ton; Shandong Jinwen Chemical Co., Ltd. quoted RMB 9,900 per metric ton; Weifang Chengxin Chemical Co., Ltd. quoted RMB 22,000 per metric ton (purity 99.9%); Shandong Hongyang Chemical Co., Ltd. quoted RMB 15,530 per metric ton; Qingdao Shengze Chemical Co., Ltd. quoted RMB 9,600 per metric ton.
- Zhejiang Province: Ait (Zhejiang) Supply Chain Management Co., Ltd. quoted RMB 15,000 per metric ton.

Supply-Demand Dynamics
- Supply Side:
- Domestic production capacity is geographically concentrated, with Shandong, Jiangsu, and Zhejiang as major producing provinces; however, significant inter-enterprise price variation reflects differentiation in product purity, specifications, and target markets.
- High-purity products (e.g., 99.9%+ purity) remain largely import-dependent; domestic producers primarily supply mid-to-low-tier industrial-grade material.
- Demand Side:
- Demand continues to grow steadily in pharmaceutical intermediates, lithium-ion battery electrolytes, and high-performance coatings—yet the high-end segment remains heavily reliant on imported products.
- Regional demand varies markedly: the East China and North China regions exhibit higher demand activity due to well-developed industrial chain integration.

II. Analysis and Assessment

Causes of Price Divergence
1. Product Specification Differences: High-purity (e.g., pharma-grade) products command significantly higher prices due to high technical barriers and complex manufacturing processes.
2. Regional Supply-Demand Imbalance: Jiangsu Province hosts a concentration of advanced manufacturing enterprises with strong demand for high-purity products, driving up local quotations; Shandong Province, by contrast, focuses on mid-to-low-tier capacity, resulting in intense price competition.
3. Import Substitution Effect: Domestic manufacturers have yet to fully overcome technological bottlenecks in high-purity production, allowing imported products to dominate the premium market—thus establishing a dual-track pricing system.

Core Market Contradictions
1. Structural Overcapacity: Mid-to-low-tier capacity suffers from underutilization, while high-end capacity faces substantial shortages—leading to a situation of ‘low-end overcompetition and high-end dependence’.
2. Technological Barriers: Domestic enterprises lag behind international peers in critical areas such as catalyst efficiency and precision distillation purification. The pass rate for electronic-grade products remains below 15%, rendering them unable to meet stringent quality requirements in lithium battery and pharmaceutical applications.
3. Escalating Environmental Pressures: The sector’s CO? emission intensity stands at 3.6 tons CO? per ton of product; comprehensive hazardous waste utilization rates are below 8%; and the absence of standardized green production criteria constrains sustainable development.

III. Future Outlook

Price Trends
1. Short Term (1–3 months): The benchmark price is expected to remain stable; however, regional price divergence may intensify—high-purity product prices will likely be supported by import costs, whereas industrial-grade prices may face downward pressure due to overcapacity.
2. Medium Term (6–12 months): Should domestic manufacturers successfully break through high-purity technology bottlenecks and accelerate import substitution, premium product prices may gradually decline; concurrently, stricter environmental regulations could drive the exit of outdated capacity in the mid-to-low-tier segment, potentially triggering modest price recovery.
3. Long Term (1–3 years): With broader adoption of bio-based feedstocks and continuous-process manufacturing technologies, production costs are projected to fall by 10–15%, contributing to an overall downward shift in the industry’s price center.

Evolution of Supply-Demand Structure
1. Supply Side:
- Domestic enterprises will increase R&D investment, focusing on breakthroughs in electronic-grade purification technologies; high-purity self-sufficiency is expected to rise to over 60% by 2027.
- Bio-based production capacity share is projected to increase from 15% in 2026 to 30% by 2028, reducing reliance on petroleum-derived raw materials.
2. Demand Side:
- Demand in the pharmaceutical intermediates segment is forecast to sustain an annual growth rate above 12%; the share of lithium-ion battery electrolyte applications is expected to climb from 10% in 2026 to 18% by 2028.
- Demand in eco-friendly coatings and inks is projected to grow at 8–10% annually, prompting structural upgrading in industrial-grade product demand.

Industry Risks and Opportunities
1. Risk Factors:
- Raw Material Price Volatility: Prices of bio-based feedstocks such as furfural are subject to agricultural commodity cycles and may exert upward pressure on production costs.
- International Trade Friction: Import restrictions or technology embargoes targeting high-end products could heighten supply chain risks.
2. Opportunity Areas:
- Policy Tailwinds: National “dual-carbon” (carbon peak & carbon neutrality) goals are accelerating the establishment of green solvent certification systems; enterprises aligned with ESG standards will gain competitive market advantages.
- Technological Advancement: Widespread application of continuous manufacturing and intelligent process control technologies can reduce energy consumption by over 20%, significantly enhancing overall industry competitiveness.