Tetrahydrofuran (THF) CAS 109-99-9 is a widely used cyclic ether solvent in industrial formulation and organic synthesis. For buyers, THF is not only a line item in a chemical catalog; it is often part of a production workflow where solvency, water content, stabilizer status, packaging integrity and export documentation all affect whether the material is suitable for use.
This guide introduces common THF application scenarios, specification checks and practical procurement points for global B2B buyers comparing industrial-grade solvent supply.
Common Application Scenarios
THF is valued because it can dissolve many organic materials and can work as a polar aprotic solvent in synthesis and formulation. In industrial purchasing, buyers often evaluate THF for the following scenarios:
- Polymer and resin processing: THF is commonly reviewed as a solvent for polymers and resins, especially where strong solvency and clear dissolution behavior are required.
- Coatings, inks, adhesives and lacquers: Formulators may compare THF for viscosity adjustment, resin compatibility, wetting behavior and drying balance in coating or adhesive systems.
- Organic synthesis: THF is often considered as a reaction medium in fine chemical, pharmaceutical intermediate, agrochemical and specialty chemical synthesis. Water content and inhibitor/stabilizer status may be important depending on the process.
- Extraction and cleaning processes: In selected industrial processes, THF may be evaluated for solvency, residue, evaporation behavior and compatibility with process materials.
- Pilot trials and supplier qualification: Buyers may request small trial quantities first to compare batch consistency, odor, color, moisture and COA values before regular procurement.
Product Snapshot
| Product | Tetrahydrofuran (THF) |
|---|---|
| CAS No. | 109-99-9 |
| Typical Purity | ≥99.9% |
| Category | Heterocyclic Compounds |
| Typical Focus | Purity, moisture, stabilizer status, color, residue, packaging and export documents. |
| Supplier Support | SDS, COA, TDS, packaging review and export document coordination according to batch and destination requirements. |
Why THF Specifications Matter
For many downstream users, simply confirming the product name is not enough. THF quality should be checked against the intended application. A coatings buyer may care about odor, residue and resin compatibility, while a synthesis buyer may focus more on water content, purity, stabilizer status and batch consistency. If the product is used in a sensitive formulation or reaction system, buyers should confirm the current batch COA before arranging shipment.
Useful purchasing details include target purity, moisture limit, preferred stabilizer status, packaging format, destination port, storage plan and whether the material will be used for formulation, cleaning, extraction or synthesis. Sharing these details helps the supplier confirm whether the available grade is suitable.
Packaging, Storage and Handling Notes
THF is a volatile solvent and should be handled according to the latest SDS for the exact batch. Buyers should review storage temperature, ventilation, ignition-source control, container sealing and compatibility with other materials. For longer storage or sensitive applications, stabilizer status and peroxide-related controls may need to be reviewed according to the buyer’s internal safety procedure.
Packaging should be selected according to order quantity, destination rules and warehouse conditions. Common export discussions include drum packaging, palletization, container loading, labeling, batch identification and document preparation.
Documents to Confirm Before Shipment
For international procurement, buyers usually ask for SDS or MSDS, COA, TDS and export-related documents. Depending on destination and shipping route, dangerous goods classification, UN number, hazard class, packaging group, carrier acceptance and customs document requirements should be reviewed before shipment planning.
How to Request a Faster Quotation
For a faster THF quotation, send the product name, CAS number, required purity, target application, quantity, destination country or port, preferred packaging and required documents. If the product will be used in a reaction, formulation or electronics-related process, include any moisture, stabilizer, residue or impurity limits you need to compare.