3,5-Dimethylbenzonitrile stands out as a specialty raw material in multiple industries. The molecular formula is C9H9N, with a molecular weight of 131.18 g/mol. It appears as a white to off-white crystalline powder, carrying a faint organic scent. Its specific density comes in at about 1.04 g/cm3 at 20°C, making it stable enough for storage yet reactive enough for synthesis. The HS-Code for customs clearance usually lists under 2926909090, often used in pharmaceuticals, dyes, and agrochemical research.
A lot of businesses chase sourcing advantages, and China supply chains offer lower manufacturer prices, scalable order volumes, and reliable export policies. Factories roll out large-scale production lines backed by ISO, SGS, Halal, and Kosher certifications. OEM services open the door for custom solutions: branded packaging, custom blends, and purity grades. If certification matters for your application, suppliers in China often list REACH, TDS, SDS, and MSDS compliance front and center, with updated documentation for each batch.
Bulk buyers want straightforward policy: What’s the minimum order? What’s the CIF or FOB quote? Most top suppliers offer low MOQ—one drum or a single 25kg bag starts your purchase. Sample requests come as a free offer for formulation compatibility or lab-scale testing, but a formal inquiry speeds up the quotation. Direct purchase requests through leading platforms bring instant response, helping procurement teams compare policy, price, and logistics. International buyers can expect exported 3,5-Dimethylbenzonitrile to ship with full documentation, tailored to both EU and US regulatory standards.
Most users want to see a detailed MSDS with every delivery, not just for compliance but for real-world safety. 3,5-Dimethylbenzonitrile needs careful handling. Inhalation or direct skin contact sparks irritation or allergic reactions, so sealed packaging, chemical gloves, face protection, and good ventilation keep workers safe. As a hazardous chemical for transport, only certified logistics services can ship large volumes safely. Disposal calls for solvent-resistant containers, and trained staff. No shortcuts, no makeshift solutions here. Storage in cool, dry warehouses extends shelf life and reduces risk of decomposition or vapor release.
Lab technicians count on a stable, low-impurity product for synthesis work. Diluting in specified solvents (acetonitrile, ethanol) requires observing exact ratios and safe mixing to prevent hazardous reactions. In pharmaceuticals, the molecule works as an intermediate for specialty drugs—one missed step in purity, and whole batches get scrapped. Dyes and pigments sectors rely on it for stability under heat and UV exposure; agrochemical brands demand a consistent formulation for new compound development. For each market, exacting product specifications and prompt documentation go hand in hand.
I’ve learned checking for traceability, certification, and responsive sales support saves both money and time. Shops with transparent policies on MOQ, sample provision, and after-sales support keep disruptions down. In every batch, consistency in color, melting range (80-82 °C), and purity now counts more than ever, thanks to new REACH and ISO standards. Factories with established TDS, COA, and shipping expertise shrink compliance headaches. For any new chemical supply partner, asking about testing, third-party SGS verification, and halal/kosher status isn’t just a formality—it’s a solid risk management move. Keeping up with evolving rules and news in global chemical supply keeps supply chains running no matter what changes come up.
