O-Anisonitrile stands out as a valuable chemical in many industrial processes. Recognized by its molecular formula C8H7NO, this compound often supports production in the agricultural, pharmaceutical, dye, and chemical synthesis sectors. Its distinctive structure—characterized by a cyanide group attached to an anisole ring—implies certain hazards but also grants versatility. Regulatory details list it under HS Code 2926909090, a detail buyers often look for when handling import-export documentation.
With a specific density of about 1.08 g/cm³, O-Anisonitrile appears as a colorless to slightly pale-yellow liquid. Chemical suppliers supply it in pure technical grades, sometimes delivered in sealed drums or containers to preserve quality and safety. Its melting point hovers around -5°C, and it boils at roughly 270°C—info crucial for planning safe storage and handling. Many buyers ask for liter solution packing options, and leading sites in China supply both bulk and smaller lot orders to serve needs from raw materials to research labs.
Chemical handling always raises concerns. Access to a full MSDS (Material Safety Data Sheet), SDS (Safety Data Sheet), or even a technical sheet (TDS) helps buyers, warehouses, and operators stay safe. O-Anisonitrile rates as hazardous and should never contact open flames or strong oxidizers. Most China factories and exporters hold ISO and SGS certification, making traceability and compliance with strict regulatory standards more straightforward. Users in the EU often prioritize REACH registration. Companies with halal and kosher certified products enjoy extra trust from clients who require those validations for downstream processing.
China leads the market in O-Anisonitrile supply, with many chemical factories providing stable access and competitive CIF/FOB quotes. Buyers worldwide look for clear price lists and prompt responses to inquiries. Minimum order quantity (MOQ) varies by producer, and some offer free samples for approved commercial accounts. Purchase agreements—from single container loads to OEM/private label programs—mean buyers can source at flexible volumes. Interested parties compare price, purity, and port policies closely. A good supplier answers questions fast and backs products up with verifiable certification, from ISO to TDS, offering a smoother purchasing journey.
End-users turn to O-Anisonitrile for fine chemical synthesis, intermediates, and lab-grade research. Its structure supports the development of specialty compounds and pigments. Many times, companies look at it for pharmaceutical intermediates, making painkillers or anti-inflammatory agents. In my experience, working with chemicals like this means always double-checking raw material compatibility, particularly for hazardous or harmful ingredients. Responsible sourcing pays off in safer final products and lower overall risk of recall or regulatory trouble.
In the current market, reliable O-Anisonitrile sources balance affordable factory price with transparency and strict oversight. Interest in certified materials—halal, kosher, ISO—continues to drive demand for traceable, high-purity supply options. News policies and trade regulations may shift, but companies that keep safety and documentation a top priority have the best shot at lasting partnerships with buyers worldwide.
