P-Phenylbenzonitrile, known under the CAS number 3486-49-1, stands out as a vital raw material in specialty chemistry. Its molecular formula, C13H9N, and an HS Code often noted as 2926909090, hint at its category among aromatic nitrile compounds. Manufacturers and researchers alike look at the transparent to pale yellow crystalline appearance, the specific density around 1.1 g/cm³, and its notable melting point near 82°C. Solubility leans toward organic solvents, making blend formulations in drug and dye intermediates straightforward.
Direct contact with China-based supply chains for P-Phenylbenzonitrile remains popular due to competitive factory pricing and OEM capacity. Those sourcing this chemical usually weigh options between CIF and FOB shipping terms, balancing freight schedules and price per liter. Inquiries from buyers—small batch or bulk—often focus on minimum order quantities (MOQs), which set the pace for transaction size and delivery speeds.
To gain client trust—especially in Europe, North America, or Southeast Asia—producers keep up with REACH, ISO9001, SGS, and sometimes Kosher or Halal certifications. An up-to-date Safety Data Sheet (SDS or MSDS) serves as more than compliance—it gives importers and downstream manufacturers a clear view of safe handling, transportation, and processing conditions. Test Data Sheets (TDS) round out technical specifics, and third-party testing results bolster reliability.
P-Phenylbenzonitrile qualifies as hazardous under GHS standards. Handling or processing in poorly ventilated spaces brings real risks. Skin or respiratory exposure demands fitted PPE, eye protection, and commitments to local environmental policy. Shipping and storage guidelines point toward segregated warehouse conditions, sealed drums, and up-to-date labelling to avoid accidental exposure or misuse. Market news occasionally covers accidental spills or regulatory shifts—issues companies can address through regular staff training and process audits.
Price negotiation in this sector hinges less on speculation and more on straightforward supplier relationships, batch consistency, and documented compliance. Factory quote systems favor transparency: customers ask about free samples, expected lead times, and reliable delivery under changing policy environments. For buyers, getting a competitive quote depends as much on volume as on timing—spot deals for kilo shipments look different than long-term contracts for multi-ton requirements.
Recent pushes for REACH and ISO-aligned purchasing play a crucial role. Chemical buyers in electronics or agrochemical fields want transparent supplier histories and detailed lifecycle data. As a materials specialist, the safest long-term practice involves frequent review of updated SDS sheets, supplier certifications, and recurring on-site quality audits. The more a supply chain integrates traceable records and regular policy reviews, the better the results for workforce safety, finished product quality, and brand reputation.
