Phenylthioacetonitrile carries the chemical formula C8H7NS. At first glance, it’s a compound with a clear story: aromatic ring, thioether group, and a nitrile handle. Structural details reveal the presence of both phenyl and thiol functionalities, which play a part in its chemical reactivity. It packs a density around 1.112 g/cm3, and users generally store it away from heat and light to avoid breakdown or unwanted reactions.
Working with phenylthioacetonitrile demands respect for its hazardous classification. MSDS documentation flags harmful risks from inhalation, ingestion, and skin contact. Gloves, goggles, and proper ventilation serve as a baseline for responsible handling. Many factories highlight its listing under HS Code 2930909099, fitting it squarely into international trade channels for organic intermediates. In daily chemical supply, the worker’s focus never drifts from safe transportation and labeling, especially as regulations like REACH and ISO/SGS traceability shape global movement. Halal and Kosher certifications rise in importance, with requests for compliant material spiking over the last five years.
Factory price becomes the first question buyers ask: What does a liter cost? How do quotes differ CIF Shanghai vs. FOB Tianjin? China-based manufacturers respond quickest, competing both on per-unit pricing and monthly availability. Trading companies and factories post minimum order quantities (MOQ), with thresholds ranging from 1 kg for research to a pallet for OEM clients. Bulk discounts come into play, especially as yearly contracts lock in prices for pharmaceutical or specialty chemical companies. Free sample requests signal intent, but sellers often want evidence of a purchase pipeline before approving shipment. Ensuring REACH-compliant SDS and TDS files accompany each lot has grown standard, avoiding clearance headaches in Europe or the U.S.
Chemists working with phenylthioacetonitrile see it as a reliable intermediate in synthesizing pharmaceuticals, agrochemicals, and specialty resins. Its dual reactivity—a benzene backbone and a terminal nitrile—lets process engineers construct complex molecules with fewer synthetic steps. I’ve watched small biotech companies turn to this material as a starting block for active pharmaceutical ingredients (APIs) and research compounds. It handles predictably in solution at common solvent concentrations. The ability to access pure, ISO/SGS-certified batches matters most during scale-up. The quality of raw materials determines whether a process hits spec or devolves into weeks of troubleshooting.
Buyers start with technical questions—product origin, purity, and documentation. They move fast to logistics: What packaging suits their plant? Is the stock stable for ocean freight? Direct factory contact or reputable supplier partnerships smooth out nearly every problem I’ve seen, especially when issues with customs or paperwork crop up. For first-time buyers, clear quote breakdowns and news on recent policy shifts help cut through red tape. The trend toward more sustainable manufacturing and greater documentation isn’t going away. As policies tighten, only suppliers with traceable, certified, and clearly documented phenylthioacetonitrile survive in the global market.
