O-Methylphenylacetonitrile, also known by its molecular formula C9H9N, stands out in organic synthesis and specialty chemicals manufacturing. Its specific density floats around 1.05 g/cm3, offering reliable performance in both research and industrial settings. Chemists recognize this compound for its utility as an intermediate, especially valued in fine chemical production.
The structure features a methyl-substituted phenylacetonitrile backbone, which grants it unique reactivity. Whether for pharmaceutical, agrochemical, or flavor component research, the structure of O-Methylphenylacetonitrile offers a robust starting point for further molecular transformation. Its CAS number and HS code frequently form the core of compliance checks in import and export documentation, especially through customs channels in regions such as China and the EU.
China supplies a staggering volume of O-Methylphenylacetonitrile annually, reflecting the nation’s dominance in specialty chemicals. Factories often comply with stringent ISO, SGS, and even REACH guidelines. Manufacturers push to keep both factory price and export quality competitive, and buyers often seek OEM-certified production. As global demand rises, halal and kosher certifications rank high on the list for international buyers, especially those seeking raw materials for regulated sectors.
The role of msds, SDS, and TDS documentation in international trading can’t be understated. Clients and regulators worldwide expect up-to-date safety and specification files, outlining molecular property data, safe handling, transport guidance, and potential hazards. Manufacturers in China routinely update these files, making compliance checks more straightforward for global distributors.
Laboratories and plant engineers work with O-Methylphenylacetonitrile mainly as a raw material. Its properties fit well in liter-scale reactions, batch production schemes, or continuous manufacturing lines. Some regard it as hazardous, demanding careful storage, ventilation, and rigorous attention to msds guidelines. Experienced handlers recognize risks associated with volatile aromatics and cyanide derivatives, using PPE and secure containment. Frequent training and clear hazard labels on every liter shipped keep incident rates low, but ongoing vigilance helps guard against unexpected spillage or exposure.
Safe, responsible practice also extends to disposal. Factories and labs require robust SOPs, backed up by REACH and ISO certification, to reduce environmental and staff risks. Compliance with local policy matters deeply—no one wants to see a chemical citation threaten distribution or disrupt a valued contract.
Buyers looking for O-Methylphenylacetonitrile often focus on key terms: MOQ, quote terms, and shipping options like CIF or FOB. Factory price transparency has become a bargaining chip for many. Competition keeps price shifts in check, although fluctuations in feedstock markets and recent news on environmental policy changes may impact the bottom line. For especially large inquiries, manufacturers can sometimes offer free samples—a nod to long-term partnership building and confidence in product consistency. Halal and kosher-certified products tend to command a slight premium, reflecting stricter oversight during manufacturing.
Local and international buyers have boosted traceability requirements. ISO, SGS, and OEM certifications now frame most quotation requests along with traditional technical data sheets. Some regions already plan policy updates to restrict harmful raw materials, adding urgency to chain-of-custody documentation. In the end, the ability to provide certified stock, update documentation quickly, and communicate openly with buyers builds long-term trust on both sides of the marketplace.
