Interest in 3-amino-4-fluorobenzonitrile keeps rising across the chemical raw materials market. As research and manufacturing sharpen their focus on precise intermediates, this compound features more often in catalogs, technical discussions, and commercial offers from china-supply manufacturers.
Chemical Structure and Properties
The compound structure leans on a benzene ring, with both an amino group and a fluorine atom giving it unique reactivity. Its formula: C7H5FN2. Specific density tallies around 1.3 g/cm³, and the melting point falls between 80 and 85°C. Buyers focusing on molecular property, like pharmacological synthesis or dye formulations, tend to look closely at the purity standards cited within the MSDS and TDS provided by each supplier.
China’s chemical producers typically quote factory price for bulk 3-amino-4-fluorobenzonitrile. Offers factor in supply scale, cif or fob purchase terms, and minimum order quantity (MOQ), which may range from a few kilograms up to metric tons. Wholesale buyers start negotiations after a formal inquiry, with some seeking a free sample for pre-screening. Manufacturers posting transparent CIF or FOB options find wider attention, as procurement teams look for clarity and reliable shipment policies.
Global trade regulations point to the relevant HS Code, securing customs clearance and import compliance. Raw material buyers demand up-to-date msds, reach, sds, and ISO- or SGS-based quality assurances. Halal and kosher certifications frequently come up for pharmaceutical and food industry customers planning to use this intermediate. Factory audits may include checks for OEM certification and batch traceability, underlining risk management in hazardous goods logistics.
3-amino-4-fluorobenzonitrile counts as a hazardous chemical. Material safety data sheets detail safe handling limits and proper PPE. Factories with modern storage, good ventilation, and robust labeling systems win more commercial trust. On-site teams need solid training for emergency procedures, with eye-wash stations and spill kits close at hand. Buyers appreciate open policies for hazardous raw materials, since accidents and waste can trigger regulatory setbacks and production downtime.
Across Asia and Europe, this compound fits into production plans for agrochemical actives, pharmaceutical intermediates, and specialty dye stuff. Producers target strict product specifications—ranging from purity thresholds above 98% to limits on residual solvent or inorganic impurities. OEM partners demanding exclusive grades often negotiate long-term contracts. By publishing clear product specifications and test data, manufacturers keep commercial partners confident in both batch reproducibility and safety records.
Most inquiries land through digital channels, with immediate requests for a detailed quote, sds, coas, and up-to-date certifications. Supplying a robust sample quickly, together with transparent news about policy changes or inventory, builds trust. Repeat buyers stick with suppliers offering fast response and honest discussion of lead times, logistics, or customs trends. As demand grows for certified, safe raw materials, more Chinese manufacturers move toward global best practices in chemical trade, ensuring stable supply alongside detailed technical support.
