P-Fluorophenylacetonitrile pops up in the world of chemical production as a raw material with a growing list of uses. Many research labs and manufacturing plants turn to this substance for its unique properties—reactivity, relative stability, and clean structure. Structurally, it carries a fluorinated aromatic ring attached to an acetonitrile group, which means it offers both nitrile functionality and a position-ready phenyl group for further synthesis. Its molecular formula stands as C8H6FN with a specific density near 1.13 g/cm3, usually appearing as a pale or colorless liquid.
Businesses often choose Chinese suppliers for P-Fluorophenylacetonitrile based on competitive rates, reliable manufacturing capacity, and globally recognized certifications. Factories certified under ISO and SGS bring that quality assurance labs seek. Inquiry forms usually get quick responses, offering quotes based on CIF or FOB terms and adjusting for MOQ requirements. Having done business with East Asian factories before, I’ve found their transparency around documents like MSDS, SDS, and TDS crucial for safety and compliance. The paperwork allows customers to check hazard status, shipping restrictions, or whether the material is listed as hazardous, toxic, or restricted by REACH.
Looking at its build, P-Fluorophenylacetonitrile fits right into advanced organic synthesis and pharmaceutical pipelines. Researchers appreciate how easily the -CN group lets them create new bonds, building toward ingredients for medicines or agricultural chemicals. The p-fluoro substitution gives extra stability and often improves yields for downstream products. Its HS Code typically falls under 292690, which classifies it among nitrile derivatives for customs purposes—a detail that trade teams can’t ignore when calculating taxes or duties.
Factory price remains a key driver in procurement. I’ve seen market trackers point out how price can shift based on purity, volume ordered (MOQ, typically as low as 1 kg for some labs), and the solution’s strength—especially in liter-scale drum packaging. Suppliers sometimes toss in free samples to establish trust. News about new policy or safety incidents can trigger checks on batch certificates, especially for buyers wanting documentation like halal, kosher, or OEM certification. Long-term contracts often get negotiated once product consistency gets confirmed, so buyers don’t face nasty surprises from changes in specs or supply glitches.
Any material labeled as hazardous or potentially harmful requires solid procedures. Warehouses storing this nitrile run on strict inventory limits, and regular training ensures everyone keeps up with safe handling routines. Spills or leaks call for quick containment, ideally using absorbent materials resistant to organic solvents. Staff use gloves, goggles, and lab coats—keeping personal exposure low. Disposal routes also face scrutiny, with incineration or licensed waste handlers needed, so byproduct flows don’t damage the local water or soil. Factory teams keep accident logs and share MSDS updates quickly, helping customers avoid downtime or fines.
P-Fluorophenylacetonitrile attracts attention, especially as regulations around raw materials, hazardous transport, and chemical traceability tighten worldwide. Companies want to secure certified, high-quality supply lines. The best responses lie in strong supplier relationships, transparent document handling, and active safety management. Staying updated with REACH, SGS tests, and policy shifts brings companies a step ahead when selling or purchasing internationally.
