4-Fluorobenzonitrile belongs in the group of fluorinated aromatics, carrying the molecular formula C7H4FN. This compound appears as a colorless to pale yellow liquid, with a molecular weight of 121.11 g/mol. Known for its sharp, persistent odor, its structure features a fluorine atom in the para position on the benzonitrile core. The HS Code for this material usually falls under aromatic nitriles, a common entry for industrial chemicals with this backbone. For anyone sourcing raw materials, density sits around 1.15 g/cm³, and the melting point tends to land near 40°C. A solid technical data sheet or TDS covers all these core specifications, while a reliable MSDS gives serious detail on safe handling, storage conditions, and emergency procedures.
Price matters, especially as manufacturers and R&D labs keep a close eye on costs. Chinese suppliers often lead the market, not just on price but with scalable factory production and responsive global shipping. Many exporters in China post ISO and SGS certificates showing compliance with international regulations. Larger factories offer OEM, Halal, or Kosher certified options with traceable batch records. An established supplier meets strict documentation policies—lab analysis, supporting REACH, and regularly updated SDS sheets. These safety datasheets prove especially important since 4-Fluorobenzonitrile counts as both a hazardous material and a useful synthetic intermediate.
The chemical industry relies on this compound as a starting material in pharmaceuticals, agrochemicals, and electronic chemicals. I’ve seen it added in small doses to synthesize complex drug intermediates, benefiting from the unique properties that fluorine brings to molecular stability and biological activity. Out in the field, some materials engineers choose it to create advanced coatings or specialty polymers, where specific aromatic nitriles improve longevity and chemical resistance of the end materials. Most laboratories prefer 4-Fluorobenzonitrile in liter solution or custom pack sizes based on project needs. MOQ, or minimum order quantity, often gets discussed early in the purchasing process, especially when working with high-purity material or special certifications.
The MSDS for this compound draws clear lines—it’s labeled as harmful and hazardous, especially if inhaled or contacted in high concentration. Wearing gloves, goggles, and using local exhaust always made sense in my own lab work. Factories selling globally must offer full transport documentation: CIF, FOB, or DDP options, with compliant labeling for raw material shipments headed to Europe or North America. Professional suppliers ship only after final inspection passes REACH and export safety policies, including free samples on request for product validation. Certification ranks as a big deal for end customers. Halal, Kosher, and ISO documents aren’t just paperwork—to buyers in food contact or pharmaceutical industries, these certificates open doors for international trade and compliance audits.
Buyers track updated policies on import and export, searching for competitive quotes based on consistency and transparency. China’s supply ecosystem for 4-Fluorobenzonitrile adapts fast to shifting global regulations, especially as GHS classifications change or as customer companies push for greener production methods. News of improved purification and packaging technology has encouraged some buyers to switch suppliers for better purity, price, and safety. In any context—small research batches or bulk manufacturing—asking for up-to-date SDS, technical property tables, and policy clarifications before purchase keeps quality and worker safety aligned. Strategic sourcing in this market means verifying documentation, negotiating for free samples, and building trust for long-term business.
