Oxo(Phenyl)Acetonitrile stands out for anyone dealing in fine chemicals, agrochemicals, or pharmaceuticals. With its molecular structure C9H7NO, this organic nitrile carries a phenyl group and carbonyl functionality, making it a key intermediate. Producers in China ship vast volumes worldwide, keeping costs competitive for businesses chasing reliable supply. As manufacturing gets tighter on safety and certification, more buyers want SDS, TDS, ISO, SGS, halal, kosher, and REACH-compliant documentation with every purchase.
Factory listings often note the HS Code for easy customs clearance. Oxo(Phenyl)Acetonitrile comes as a colorless to pale yellow liquid, with a specific density about 1.1–1.13 g/cm3. The chemical formula C9H7NO gives clear identification. Solubility in organic solvents and stability through common handling temperatures means it ships and stores with less risk, but it still counts as hazardous as per MSDS data. Those who handle bulk or concentrated forms need to mind proper PPE—gloves, goggles, and proper ventilation. Some suppliers now offer free samples and flexible MOQs, even in liter-scale quantities. This helps R&D labs and pilot plants trial new formulations before locking down a bulk deal.
Prices track with raw material supply, logistics costs, policy shifts, and market demand. Chinese manufacturers, with their scale and tight cost control, usually quote lower prices—especially for CIF or FOB shipments from ports like Shanghai or Qingdao. OEM buyers and trading companies often negotiate volume deals and request halal or kosher certificates for downstream markets. The use of Oxo(Phenyl)Acetonitrile as a chemical building block—rather than as a finished product—means any shift in feedstock costs or policy changes around hazardous materials can ripple through the market. Exporters compete on quality, packaging, speed, and good communication, which matters a lot to clients ordering under time pressure or facing customs bottlenecks.
MSDS and SDS documents spell out hazards. Acute toxicity is a concern if inhaled or ingested in larger amounts. That raises the stakes for safe storage and transport. Facilities juggling multiple raw materials need sharp labeling and emergency protocols. In my time working with chemical shipments, clear labeling and frequent training saved time and trouble. Buyers expect clear tracking for each lot—date, purity, origin, and whether it fits quality certifications such as REACH or ISO. Some factories add QR tracking to each drum or IBC, which gives even small teams peace of mind under scrutiny.
Market intelligence points to steady growth in demand for this molecule, mostly from pharmaceuticals and specialty chemicals. Buyers look for reliability, well-documented MSDS/SDS, and fast response to inquiries. Most companies now send TDS and COA with each shipment and update safety info per country policy. Orders go smoother when both sides agree on MOQ, price terms (FOB, CIF), and certifications up front. Supply chain hiccups still pop up—lockdowns, new hazardous material policies, inspection delays—but China’s established logistics backbone keeps most deals moving.
With tighter global regulations, transparency and responsible sourcing push ahead of just low price. Vendor selection, material testing, compliance with halal/kosher, and up-to-date certificates now carry equal weight. Real buyers don’t just chase low numbers—they want reliability, fast samples, and chemical traceability from factory gate to final product. It brings confidence to both product developers and managers balancing compliance and costs. As digital platforms make it easier to compare offers and request quotes, those who build trust and meet documentation standards win the repeat business. That means everyone—from purchasing teams to lab staff—gets what they need with fewer headaches and more confidence in every shipment.
