O-Methylbenzonitrile stands out among chemical intermediates, showing up in the synthesis of pharmaceuticals, agrochemicals, dyes, and various specialty materials. Its molecular formula reads C8H7N, HS Code 2926909090, and a CAS Number of 1126-21-4. This colorless liquid offers a characteristic aromatic odor and hits a specific density of around 1.01 g/cm3. Lab testing confirms a boiling point close to 216°C, with low solubility in water but good compatibility with ethanol and ether—fitting for reaction processes in research and large-scale plants alike.
This compound features a benzene ring substituted by a methyl group and a nitrile group in ortho positions. Because both groups sit next to each other on the aromatic ring, reactivity changes compared to other isomers, and this often brings more value for synthetic chemists. The structure matters for downstream transformation—making O-Methylbenzonitrile attractive for specialty reactions or building blocks in organic synthesis.
People often ask about safety and compliance. O-Methylbenzonitrile registers as a hazardous raw material; its MSDS (Material Safety Data Sheet) calls out harm risks like irritation to the eyes and respiratory system. Handling this chemical means respecting proper PPE, local regulations, and workplace protocols. Compliance with REACH, ISO, SGS, and GHS labeling gives buyers assurance, especially when sourcing from major producers in China. Major suppliers also provide SDS (Safety Data Sheet) and TDS (Technical Data Sheet) on request.
China supplies a significant portion of the world’s O-Methylbenzonitrile, both for domestic use and for export. With well-established manufacturer networks and efficient logistics, the country’s chemical plants can offer competitive CIF and FOB quotes to buyers in Europe, North America, and Southeast Asia. Factory prices per liter or per ton usually reflect real-time fluctuations in upstream raw material costs, energy, and shipping rates. Buyers usually look for MOQs (minimum order quantities) ranging from 200L drums to full-container loads, and suppliers often provide free samples for quality approval before purchase.
Buyers pay close attention to certifications—halal and kosher certificates, OEM production capabilities, and compliance with global policies on chemical management. Genuine manufacturers show transparency through documentation, regularly passing audits for ISO environmental and quality management systems. Some end-users require halal/kosher certified ingredients for regulated end-products, so these distinctions make a clear difference in supplier selection.
Pharma and agrochemical sectors remain the main users of O-Methylbenzonitrile, utilizing its molecular structure as a precursor in active ingredient manufacturing. Specialty materials, dyes, and research labs also rely on this compound for custom synthesis. It’s rare to see a well-stocked intermediary warehouse without at least several types of benzonitriles available, underscoring their role in today’s material science supply chain.
Recent news points to tighter regulations on chemical shipments, especially for products flagged as hazardous. Changes in China’s export policy, customs checks, and global logistics disruptions have affected shipment timelines and prices. The best suppliers now help buyers navigate customs, manage documentation, and respond quickly to quote requests. Keeping up-to-date with REACH compliance, TDS, and MSDS revisions reduces supply chain risk and helps buyers stay prepared for shifting policy demands.
