2-Methoxyphenylacetonitrile draws interest for its unique structure and molecular formula, C9H9NO. The compound features a methoxy group attached to a benzene ring, paired with an acetonitrile moiety. With a specific density sitting around 1.08 g/cm³, it boasts stability throughout a wide range of typical laboratory and industrial conditions. The CAS number, a crucial detail for buyers and regulators alike, sits at the core of transparency in this market. As requirements for molecular property disclosure keep rising, manufacturers commonly offer MSDS, TDS, and SDS with batch shipments. These datasheets don’t just highlight the basic specifications — they also lay out possible hazards and storage protocols.
Most inquiries for 2-Methoxyphenylacetonitrile go straight to China-based suppliers. The country dominates chemical manufacturing, especially for intermediates used in pharmaceuticals and fragrance sectors. Competitive factory pricing hinges on order volume — a minimum order quantity (MOQ) often kicks in, setting the baseline for what producers can offer. Buyers get the chance to request detailed quotes, with options for CIF or FOB delivery terms, extending flexibility for global supply chain managers. Certification comes standard for best-in-class manufacturers, ranging from ISO and SGS to kosher and halal credentials, and even REACH compliance for the EU market.
Raw materials like this one don’t just ship out the door without regulatory backbone. Responsible suppliers attach full hazard and precautionary labeling. Common concerns revolve around material safety and transport classification. Although not as hazardous as some specialty chemicals, 2-Methoxyphenylacetonitrile demands careful handling. Packaging serves both storage and end-user application, with drums, jerrycans, or liter-based solutions typically available. Every reputable supplier should provide up-to-date MSDS, keeping users informed on risks — flammability, inhalation, or spill response. Some markets look for REACH registration, while others consider approval from OEM and halal-kosher authorities. This isn’t red tape; it is risk management in practice.
This chemical shows up most often as an intermediate in labs synthesizing active pharmaceutical ingredients, fragrances, or advanced material precursors. Those sectors carry their own regulations, so the demand stays steady, especially as new research targets greener, more efficient processes. Often, buyers chase small-batch liter quantities for R&D, later scaling up as projects move to pilot and then factory scale. Chinese manufacturers respond fast to these shifts, sometimes dispatching free samples for technical evaluation. In my field experience, the real test comes at the intersection of price, speed, and full documentation.
Any serious buyer starts with a product inquiry — not just a number, but clear communication about use case, grade, and required documentation. Top-line suppliers stand out by delivering quick, accurate quotes, MSDS, and answers to technical questions. Strong partnerships form where response time matches flexibility; nobody wants to wait days for a simple update or struggle to translate vague specs into workable purchase orders. Quality, certification, and global reach go hand-in-hand in this industry, and trust builds as much on the paperwork as on the price.
Factory pricing pressure, stricter policy changes, and global demand shifts make this an interesting market to watch. Buyers increasingly demand transparency, safe packaging, and strong certification backing. Shortages and volatility drive up inquiries, with more companies focusing on sustainable sourcing policies and verified supply chains. Factories that invest in documentation, responsive customer service, and internationally recognized certificates don’t just get more orders — they help reset industry standards.
