Nicotinonitrile stands as a pivotal raw material across pharmaceuticals, agrochemicals, and specialty chemicals. Its molecular formula, C6H4N2, highlights a structure small enough to fit in the palm, with noticeable stability thanks to its aromatic ring and nitrile group. This compound, recording a specific density close to 1.14 g/cm3, usually comes as a clear to pale yellow liquid, giving scientists and manufacturers a consistent and predictable product profile. The HS Code for nicotinonitrile falls under 2926909090, which covers nitrile-based compounds—information often needed for international buyers or customs clearance.
Major Chinese suppliers drive global deliveries for this compound, offering reliable bulk supply at competitive factory prices. My experience buying raw chemical materials reveals that China’s market not only features lower costs, but strict manufacturing oversight too—think ISO, SGS, OEM certifications, plus access to kosher and halal-certified batches when end-markets require it. With factories offering MSDS, SDS, and TDS documentation, buyers receive both the safety assurances and technical details needed to match customer demands or regulatory documentation. REACH compliance expands export opportunities to Europe, smoothing procurement for brands planning distribution across multiple regions.
Nicotinonitrile deserves respect during storage and use. Its MSDS flags harmful exposure risks through inhalation, ingestion, or skin contact. Solutions often travel in liter quantities, though bulk shipments fill drums or intermediate containers for factory applications. Workers need gloves, chemical goggles, and fume extraction to minimize unwanted health effects. Emergency protocols stand vital—spills and leaks demand immediate containment, and any direct contact with skin or eyes needs prompt washing. Proper ventilation means more than ticking a safety box; it saves workers from breathing vapor over long shifts.
Pharmaceutical R&D teams reach for nicotinonitrile to synthesize drugs featuring pyridine backbones. I have seen it featured in numerous patent filings due to its unique reactivity and role as a nitrile building block. Agricultural companies rely on this material to create novel crop protection products, often blending it as an intermediate before forming a finished pesticide or fungicide. Some tech sectors, including electronics, apply these derivatives in more specialized uses. The versatility of its structure opens doors in both established manufacturing and experimental science.
Factory pricing depends on MOQ, the minimum order quantity. For direct China supply, buyers regularly secure CIF or FOB shipment quotes within days of inquiry, whether they favor a liter sample, full drum, or customized bulk packaging. Free samples help new customers verify product quality—an important step, since sub-par materials cost more in the long run through wasted resources or failed synthesis runs. From my purchasing experience, Chinese factories that provide clear HS Codes, specifications, and certificates tend to streamline customs clearance, making shipments faster and less risky.
Well-established chemical suppliers attach detailed certification documents. ISO certification points to organizational quality, REACH and SDS give buyers what regulators or inspectors demand, and halal/kosher options help reach untapped global markets. Factories committed to OEM supply even adjust specifications to meet end-customer technical requirements, further reducing surprises during production or testing. I always recommend selecting manufacturers open to third-party audit or batch analysis—this extra assurance protects against adulteration, batch-to-batch inconsistency, or missed deadlines.
