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China and Germany are the leading exporters of Thiophene (CAS 110-02-1), accounting for the largest shares of global shipments in recent years, while the United States, South Korea, and India represent the top importing countries. Thiophene prices have remained relatively stable amid steady demand from pharmaceutical and agrochemical manufacturers. Exports from China have expanded modestly since 2022, while German exports have held steady, and U.S. imports have grown consistently—reflecting sustained industrial uptake in North America and Asia.
Thiophene Commodity Market Intelligence Report (July 21–28, 2026)
I. Market Price Dynamics
| Date | Supplier Name | Origin/Delivery Location | Quoted Price (CNY/ton) | Specification | Quantity | Validity Period |
|------------|--------------------------|----------------------|---------------|------------|-------|--------|
| 2026-07-28 | Shandong Hongyang Chemical Co., Ltd. | Shandong Province | 31,000 | 99% | 33 tons | 3 days |
| 2026-07-28 | Shandong Layah Chemical Co., Ltd. | Shandong Province / Zibo City | 27,900 | 99% | 1 ton | 7 days |
| 2026-07-27 | Shandong Zhihengda Import & Export Co., Ltd. | Shandong Province | 30,000 | Not specified | Not specified | Not specified |
| 2026-07-27 | Shandong Aite Chemical Co., Ltd. | Zhejiang Province | 33,000 | Not specified | Not specified | Not specified |
| 2026-07-23 | Liaocheng Jinxinda New Materials Co., Ltd. | Shandong Province / Jinan City | 28,000 | Premium Grade, 99.9% | Not specified | Not specified |
| 2026-07-21 | Shandong Layah Chemical Co., Ltd. | Shandong Province / Zibo City | 27,900 | Not specified | Not specified | Not specified |
Price Range: CNY 27,900–33,000 per ton; mainstream quotations concentrated in CNY 28,000–31,000 per ton.
Regional Variation: Significant price divergence within Shandong Province (CNY 27,900–31,000 per ton); the highest quotation is from Zhejiang Province (CNY 33,000 per ton).
Specification Impact: High-purity (99.9%) products lack explicitly stated pricing, but typically command premiums over standard-grade (99%) material.
II. Supply-Demand Analysis
1. Supply Side
- Production Capacity Distribution: Major Chinese thiophene producers are concentrated in Shandong, Jiangsu, and Zhejiang provinces, with enterprises in Shandong exhibiting the highest quotation activity.
- Inventory Dynamics: Shandong Hongyang Chemical’s single quotation of 33 tons indicates sufficient short-term inventory; Shandong Layah Chemical’s quotation of only 1 ton may reflect small-batch or exploratory pricing.
- Regional Competition: Substantial intra-provincial price variation in Shandong (e.g., Hongyang at CNY 31,000/ton vs. Layah at CNY 27,900/ton) likely stems from differences in production processes, brand premium, or cost structures.
2. Demand Side
- Downstream Applications: Key consumption sectors include pharmaceuticals (e.g., intermediates for cephalosporin antibiotics), agrochemicals, and electronic materials (e.g., organic semiconductors).
- Demand Characteristics: The high-end pharmaceutical segment exhibits stable demand for high-purity thiophene, yet domestic self-sufficiency remains below 60%, necessitating imports. Demand for standard-grade products fluctuates cyclically with the broader chemical industry.
- Regional Consumption: The Asia-Pacific region accounts for over 45% of global consumption; China is the world’s largest consumer, though reliance on imported high-end products persists.
III. Price Drivers
1. Cost Factors
- Raw Material Prices: Thiophene production relies on sulfur and ethylene; fluctuations in sulfur prices directly affect production costs. Current sulfur market pricing is unspecified; however, sustained elevated sulfur prices would provide upward support to thiophene quotations.
- Environmental Compliance Costs: China’s “Dual Carbon” (carbon peak & carbon neutrality) initiative compels enterprises to upgrade environmental protection equipment, increasing production costs—some companies pass these costs on via price increases.
2. Policy Factors
- Environmental Regulations: Stricter requirements under EU REACH regulations and China’s domestic environmental standards are accelerating the industry’s transition toward green production; compliant manufacturers may secure premium pricing.
- Trade Policies: Global trade tensions and tariff adjustments could impact imported raw material costs, though no significant impact on the thiophene market has been observed currently.
3. Market Sentiment
- Quotation Activity: Frequent quotation updates by Shandong-based enterprises between July 21–28 indicate relatively high trading activity; however, limited price volatility (±CNY 5,100/ton) suggests a balanced supply-demand equilibrium.
- Competitive Strategies: Some suppliers adopt low-price strategies (e.g., Layah at CNY 27,900/ton) to capture market share, while premium-brand suppliers (e.g., Aite at CNY 33,000/ton) maintain pricing power.
IV. Future Trend Outlook
1. Price Outlook
- Short Term (1–3 months): Prices expected to remain range-bound at CNY 28,000–32,000 per ton, influenced by raw material costs and supply-demand dynamics.
- Medium Term (6–12 months): Should sulfur prices sustain at elevated levels or environmental regulations tighten further, prices may rise toward CNY 33,000/ton; conversely, a slowdown in pharmaceutical demand could push prices down to ~CNY 27,000/ton.
- Long Term (1–3 years): As green production technologies (e.g., biocatalytic synthesis) become more widespread, production costs may decline—but premium pricing potential for high-end products will persist.
2. Supply-Demand Structure
- Supply: Domestic capacity continues expanding, yet improving self-sufficiency in high-end products will require time; import dependence is unlikely to diminish significantly in the near term.
- Demand: Steady growth in pharmaceutical applications remains robust; emerging applications in new energy materials (e.g., conductive additives for lithium-ion batteries) may serve as new growth drivers.
3. Industry Risks
- Raw Material Volatility: Sulfur prices are highly sensitive to international markets; supply disruptions pose material risk.
- Technological Substitution: Breakthroughs in alternative organic semiconductor materials (e.g., graphene) could erode thiophene’s application share in electronics.
- Regulatory Changes: Further tightening of environmental standards or increased trade barriers may raise operational costs.
V. Strategic Recommendations
1. Producers: Optimize production processes to reduce costs; prioritize development and scale-up of high-purity product lines to enhance pricing power; strengthen strategic partnerships with downstream pharmaceutical firms to secure stable high-end demand.
2. Traders: Monitor inter-regional price differentials (e.g., Shandong vs. Zhejiang) to identify arbitrage opportunities; diversify supply chains to mitigate raw material price and supply volatility.
3. Investors: Focus on enterprises demonstrating leadership in green manufacturing capabilities and proprietary core technologies (e.g., biocatalytic synthesis), which offer superior long-term return potential.
Thiophene is a colorless, volatile liquid with a chloroform-like odor, boiling at 84 °C and melting at –38 °C. It is a heteroaromatic compound—specifically, a five-membered aromatic ring containing sulfur—and is widely employed as a building block in organic synthesis. Industrially, thiophene serves primarily as a chemical intermediate in the production of pharmaceuticals, agrochemicals, and specialty dyes. Its derivatives are incorporated into conductive polymers, corrosion inhibitors, and certain high-performance coatings and electronic materials.
1. It is used not only for the synthesis of cephalosporin drugs, but also for the production of dyes, synthetic resins, solvents, etc. 2. It is used for making drugs and plasticizers; thiophene is an important organic chemical raw material which has broad range of applications. It is mainly used for dyes, medicines and resins. It can be used for synthesis of new broad-spectrum cephalosporin antibiotic, and is an important pharmaceutical and chemical additive. It can also be applied for the manufacture of color films and trick photography and synthesizing a complicated reagent used for the extraction and separation of uranium and other metals.3. It is used as the raw material and a plasticizer of medicine, dyes, and plastics.4. It is mainly used as the intermediates of pharmaceutical industry used for preparing thiophene acetic pyridine, and pyrantel. It can also been used as a raw material for synthesizing resin and dye industry. It is also be used as an organic solvent. As a chemical reagent, it is used as a standard reagent for chromatography analysis.5. It is used as a solvent, standard reference agent for chromatography analysis, and also for organic synthesis.6. Thiophene can be used for the manufacture of dyes, pharmaceuticals and resin; used for the synthesis of new broad-spectrum cephalosporin antibiotics; used for the manufacture of color films and trick photography; used for the synthesis of some complex reagent; it is an important intermediate in the synthesis of Bakelite and resins. Thiophene itself is a good dewaxing solvents and paint cleaners. The derivatives of thiophene have a variety of pharmacological activities. There are a variety of thiophene-azo dyes with excellent performance. The sulfonylurea derivatives of thiophene are new herbicides of ultra-efficient as well as low toxicity. Other derivatives can also be used as insecticides, fungicides, and animal and plant growth-promoting agent. In addition, some derivatives of thiophene are also the component of organic semiconductors. In short, thiophene and its derivatives have a very important position in the pharmaceutical industry, dye industry, pesticide industry, resin industry, and chemical industry.
It is colorless, transparent liquid with an aromatic odor similar to benzene. It is soluble in alcohol, ether and other organic solvents but insoluble in water.
This chemical is included in Fine Chemicals. See more about what is Thiophene and Thiophene SDS information.
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