Beta-Butenonitrile, recognized by the molecular formula C4H5N and HS Code 2926909090, works its way into many specialty chemical chains. It turns up often as an industrial intermediate in pharmaceuticals, agrochemicals, and custom synthesis. When anyone asks about its core nature, the answer begins with structure. Beta-Butenonitrile holds a distinctive double bond and a nitrile group, giving it unique reactivity. On the factory floor, it shows up as a clear liquid, specific density around 0.80–0.88, and a boiling point near 120–124°C. Trends show that demand rises as more research opens up new downstream use cases for this nimble molecule.
China supplies much of the world’s Beta-Butenonitrile—the pricing and lead time depend on raw material costs, currency, and output from leading producers. Chemical buy-supplier partnerships now rarely stick with spot purchases. Instead, buyers ask about MOQs, OEM packaging, ISO and SGS certification, REACH registration, and compliance with halal or kosher standards. Freight matters too, whether CIF or FOB; clients expect reliable quotes with all documentation ready for customs. Some Chinese factories offer free samples to support pilot projects. Quick inquiry responses build trust, especially in an overheated market where every week of delay may mean lost output for downstream manufacturers.
With Beta-Butenonitrile, safety practices must never slip. An MSDS details every hazard. Skin or eye exposure risk, inhalation dangers, and the need for fume extraction—these are not small print; they are on-the-ground realities. Beta-Butenonitrile falls into the “harmful” category, often classified under Hazard Class 6.1. No shortcuts: gloves, goggles, and proper venting stay mandatory on any receiving dock. Companies supply a full SDS and technical datasheet (TDS) with every batch, outlining correct storage, PPE, and spill control. With sustainable policy direction, more suppliers now push for REACH-compliant and ISO 9001-certified processes, balancing safety with productivity.
Pharma-labs, crop science firms, and specialty materials suppliers all look for reliable Beta-Butenonitrile sources. Its uses stretch from custom synthesis—in which it acts as a building block or modification agent—to research test kits, and even pilot material for polymerization projects. Every end-user checks the batch’s purity, as single-digit ppm metal levels or water content could shift results downstream. Repeat customers rely on China-based factories not just for cost, but for clear documentation and responsiveness. The importance of ISO, TDS, and shipment tracking grows as more multinationals require full traceability and strict documentation for audits.
Smoother chemical supply chains start with transparency—real certificates, clear quotes, supporting COA (certificate of analysis), and open policy on returns or contamination. Certification around HALAL and KOSHER wins business from export markets. Third-party audits (SGS, TUV) become regular features before new supplier onboarding. From personal experience, simple steps like storing Beta-Butenonitrile in a ventilated, fireproof room save both time and cost, by sidelining avoidable safety scares. Only by facing the real material dangers, respecting all compliance steps, and keeping open lines with trusted China suppliers do companies avoid both technical setbacks and regulatory trouble.
