Phenyl-2-pyridylacetonitrile stands out as a valuable intermediate for pharmaceutical and agrochemical manufacturers. With a molecular formula of C12H8N2, this compound carries a molar mass of 180.21 g/mol. A white to pale beige crystalline powder, it holds a specific density near 1.13 g/cm3. It dissolves in polar organic solvents—think acetone or dimethylformamide—which makes it easy to handle in the lab. Structure-wise, the nitrile group attaches to a bridge between a phenyl and a pyridyl ring, giving it versatility for chemical synthesis. HS Code assignment (292690) confirms its place among the broader nitrile materials in international shipping and trade.
Most demand for phenyl-2-pyridylacetonitrile flows from China, where reliable manufacturers offer flexible bulk order terms. Price fluctuates with order quantities, seasonal bulk shipment, and raw material costs. For chemical buyers concerned about factory direct procurement, sourcing from China-supply outfits sees a clear advantage in cost efficiency and shipment flexibility. Quotes usually come on both CIF and FOB terms, so comparing options before making a purchase decision helps control budget planning.
No chemical order should move forward without reviewing the MSDS and SDS. Phenyl-2-pyridylacetonitrile carries hazards—its dust irritates respiratory tracts, and it is harmful if ingested. Protective gloves, eye shields, and fume extraction must come into play in any environment handling this raw material. On the certification side, trustworthy suppliers issue ISO and SGS reports, including REACH registration and TDS for customers in the EU zone. Food and pharma companies frequently request halal, kosher, and OEM documentation, aiming for safe global distribution. Regulatory policy updates often require reviewing these compliance docs at every procurement cycle.
Day-to-day, I see phenyl-2-pyridylacetonitrile show up as a key building block for antihistamines, fungicides, and synthetic research materials. Its dual ring system suits functional group transformations, making it popular for academic method development. End users require fresh documentation, ongoing batch consistency, and full traceability. Purchase contracts usually specify MOQ—often one kilo for pilot batches or up to 200 kilos in pharma-scale projects. Free samples usually unlock after consultation with the sales team for evaluation and testing, although lead times may apply.
Raw material prices can jump due to changes in upstream petrochemical feedstocks. Trade news points to tighter regulations on hazardous materials; keeping up with policy shifts across Europe and North America helps avoid unexpected shipping holdups. As buyers push for green chemistry and more transparent sourcing, suppliers answering these calls publish updates on origin, traceability, and hazardous goods labelling.
Working with phenyl-2-pyridylacetonitrile, I pay careful attention to quality reports—batch COAs, spectro-purity data, logistics, and updated MSDS. Establishing trust with China-based chemical factories or certified international brokers lightens the burden of compliance. Long-term savings rarely come just from the sticker price but through a dependable relationship, transparent negotiations, and full paperwork supporting each sale.
