China has grown into a major manufacturing base for THF, or tetrahydrofuran, supplying pharmaceutical, polyurethane, adhesive, and specialty chemical makers. Grand View Research expects the global THF market to keep expanding through this decade, helped along by rising demand for spandex and industrial solvents. Mordor Intelligence also points to Asia-Pacific as the leading regional market, with China playing a big role through both production capacity and downstream consumption.
Comparing prices, though, is not just a matter of pulling together a supplier list. A 99.9% industrial grade can look quite different from polymer-grade product once you add freight, packaging, testing, and hazardous-material handling fees. From what’s being discussed in the market right now, bulk Chinese THF offers often land somewhere around US$1,000–1,600 per metric ton—though, of course, prices shift with feedstock costs, contract volume, and delivery terms. So treat that range as a rough guide, not a guarantee.
Dr. Arno de Klerk, a well-known chemical-industry researcher, put it this way: “Process economics must be judged with safety, purity, and supply reliability together.” That idea really matters when you’re evaluating companies like BASF-YPC Company Limited, Sinopec, Shandong Yuhuang Chemical, and other qualified Chinese manufacturers. Supplier experience helps. Independent certificates help more.
This guide looks at production capability, assay, packaging, export experience, and quoted prices. It also asks whether a low offer reflects real efficiency or just incomplete cost information. That distinction is easy to miss. Before making a commercial decision, buyers should request recent certificates of analysis, impurity profiles, shipment terms, and batch traceability. Some published market figures don’t line up, and that uncertainty deserves honest attention.
THF (Tetrahydrofuran): Chemical Profile and Main Industrial Uses
China Top THF Tetrahydrofuran Suppliers and Prices
THF, or tetrahydrofuran, is a clear, highly volatile cyclic ether. Its chemical formula is C4H8O, and its molecular weight is 72.11 g/mol. The OECD SIDS dossier reports a boiling point near 66°C. Its low flash point requires careful storage and controlled handling. The European Chemicals Agency identifies THF as a substance requiring attention because it forms hazardous peroxides during prolonged storage. This detail is often underestimated.
THF dissolves many polymers and organic compounds. It is widely used in coatings, adhesives, pharmaceutical processing, and laboratory synthesis. Its most important industrial role is producing polytetramethylene ether glycol, or PTMEG. PTMEG supports flexible polyurethane elastomers, spandex fibers, and specialty materials. According to market analyses from Grand View Research, demand is linked strongly to polyurethane, textile, and chemical manufacturing growth. China remains a major production and consumption center. Prices usually reflect purity, feedstock costs, plant operating rates, packaging, and freight. Spot quotations can change quickly. One published price is never the whole market.
Tips: Request current certificates of analysis, water content, inhibitor level, and peroxide history. Confirm whether the quotation includes drums, isotanks, insurance, and delivery. Small purity differences can affect polymer performance. Storage discipline matters more than many buyers expect. The practical weakness is simple: supplier comparisons often focus on price, while logistics and testing create the real cost.
Tetrahydrofuran Market Outlook: Key Trends from Grand View Research and IMARC Industry Reports
Tetrahydrofuran (THF), also known as CAS No. 109-99-9, is a clear, highly versatile organic solvent with the molecular formula C₄H₈O and a molecular weight of 72.11. Its five-membered cyclic ether structure provides strong solvency and compatibility with many organic and polymeric materials. THF is widely used in polymer processing, coatings, adhesives, pharmaceuticals, laboratory synthesis, and the production of elastomeric materials. Its ability to dissolve a broad range of resins and support efficient chemical reactions makes it an important intermediate and process solvent.
Current market outlooks indicate that demand for THF is being influenced by expanding polymer applications, infrastructure development, and growth in specialty chemical manufacturing. Increasing investment in high-performance coatings, flexible materials, and advanced adhesive systems is supporting consumption across industrial sectors. Buyers are also placing greater emphasis on consistent purity, dependable supply, low-residue performance, and documented quality control. For procurement, Tetrahydrofuran should be selected according to the intended application, required grade, packaging conditions, and compatibility with production equipment. Because THF is flammable and may form hazardous peroxides during prolonged storage, it should be handled, stored, and transported in accordance with applicable safety requirements, with suitable ventilation and regularly reviewed storage practices.
FAQS
Industrial grades often target about 99.5% purity or higher. Higher-purity grades may require at least 99.9% assay. Purity alone is not enough.
Check assay, water content, color, acidity, residue, density, and key impurities. A clear liquid does not automatically indicate reliable quality. Storage history matters too.
THF can form peroxides during storage. Testing should be part of batch review, especially after extended storage. Do not judge safety by appearance.
It should list assay, water content, color, density, and important impurities. It should also show a clear lot number and testing date. Sampling may still be weak.
Energy costs, raw materials, plant operating rates, and seasonal maintenance can affect prices. Currency changes may also influence quotations. Forecasts can fail.
Freight, insurance, port handling, inland transport, and special handling fees may be excluded. A small export shipment can cost more than a local drum. Read every line.
Compare purity, water content, packaging, delivery timing, storage controls, and certificate details. Large-volume contracts may offer steadier pricing. However, lower prices deserve careful questioning.
Suppliers should provide current safety documentation and relevant regional compliance information. Containers need compatible seals and controlled storage dates. Independent testing is sensible for critical batches.
Conclusion
THF Tetrahydrofuran is a versatile, colorless solvent widely used in pharmaceutical production, polymer processing, chemical synthesis, coatings, and adhesives. When evaluating Chinese suppliers, buyers should consider production capacity, manufacturing consistency, technical expertise, export experience, packaging options, and customer service. Major production areas in China benefit from established petrochemical infrastructure, efficient logistics, and access to reliable raw materials, supporting both standard and high-volume supply.
Quality selection should be based on purity, water content, appearance, stabilizer levels, documentation, and compliance with applicable safety and transport requirements. China THF prices can vary according to raw material costs, energy expenses, plant operating rates, inventory levels, seasonal demand, transportation, packaging, and international market conditions. Buyers can make better purchasing decisions by comparing technical specifications, certificates, sample results, minimum order quantities, lead times, payment terms, and after-sales support. A clear supplier assessment process helps balance price, quality, supply stability, and long-term cooperation.
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