Succinonitrile (formula: C4H4N2) stands out for its unique balance of physical and chemical properties. Its molecular structure features two terminal nitrile groups, delivering excellent polarity and a melting point near 58°C. With a density of 1.134 g/cm³ and the HS Code 2926909090, this compound slides comfortably into a host of demanding roles — serving as both a solvent and a raw material in laboratory and manufacturing settings. Users often turn to it for phase-change studies, lithium battery research, and as an intermediate in pharmaceuticals and agrochemicals.
Strong demand has opened the door for manufacturers in China to lead in succinonitrile production. China suppliers often provide competitive ex-factory price points, especially when working with larger MOQ (minimum order quantity) contracts. Factories offer prompt responses to queries and detailed quote sheets for CIF or FOB shipping, translating to clear cost expectations before dispatch. A focus on export standards — from REACH and ISO to SGS certification — helps businesses worldwide comply with regulatory requirements and gain greater confidence in their purchase.
Industrial chemicals like succinonitrile always come with strict documentation. MSDS (Material Safety Data Sheet), SDS, and TDS (Technical Data Sheet) packets arrive with each order, listing raw material origins and clear, actionable instructions for safe handling. GHS labeling, full transport safety marks, and additional compliance with EU REACH, halal, and kosher standards satisfy buyer requests for traceability and product stewardship. These documents matter—not just for policy reasons, but to protect people working in the factory and those downstream in logistics and application labs. OEM buyers often require their logo and certification on the shipment, which China suppliers support for bulk orders.
Calling succinonitrile a raw material doesn’t make it benign. Exposure risks, especially inhalation or skin contact, underline the need for gloves, mask, and good ventilation. Spills from liter solution containers can pose hazards. Each shipment includes a robust safety data pack, with clear warnings and first-aid guidance. Consistent labeling and batch tracking help keep each drum accounted for from port to end user. Buyers with established safe handling protocols pair well with suppliers that deliver thorough hazard training materials.
Scientists prize succinonitrile for its predictable solid-liquid phase behavior and dielectric constant. Lithium battery engineers rely on its performance as a non-aqueous electrolyte, and pharmaceutical firms exploit its reactivity for custom synthesis. Polymer research groups tune material properties using this molecule as a model for crystal growth and solid-state transitions. Market reports show increasing demand for high-purity, ISO-, halal-, and kosher-certified lots. China manufacturers keep pace, shipping tailored packages that meet end-user needs and respond quickly to new product inquiries or requests for free samples for lab validation.
Direct-from-factory contacts deliver prompt responses to purchase inquiries. Bulk buyers secure discounts, and smaller labs benefit from sample lots before full purchase. Well-known supply chains ensure delivery by ocean or air under CIF, FOB, or DAP terms. News of evolving policy, shipping conditions, or updates to hazardous material handling rules reach buyers through regular supplier news bulletins. Reliable supply plus global certification gives OEM customers peace of mind for consistent results, batch after batch.
