Acetonitrile, Iodo-—known to many as iodoacetonitrile—draws attention for its unique chemical structure. Its molecular formula gives it a distinctive profile: C2H2IN. The iodo group steps up its reactivity, making this compound valuable in organic synthesis, pharmaceutical research, and raw material innovation. Specific density lands around 1.9 g/cm3, commandingly higher due to the heavy iodine atom. Translating to the lab bench, the product stands liquid at room temperature, colorless and fitting tightly with reaction protocols focused on halogenated nitriles.
China’s supply of iodoacetonitrile continues to set the pace by combining large-scale manufacturing with competitive pricing. Most suppliers work in ISO- and SGS-certified facilities, often holding REACH registration—this builds real trust for global buyers. Through visits to these factories, clear emphasis shows on safety, raw materials traceability, and reliable packaging. The HS Code, often 2926909090, covers this compound in international trade. Quotes come in both CIF and FOB, with MOQs usually ranging from one to twenty liters, depending on purity and packaging needs. The factory price fluctuates, largely based on raw iodine and acetonitrile costs, and typically provides room for negotiation at higher volumes.
On the shop floor and at research sites, MSDS (now recognized as SDS) guides every move. Iodoacetonitrile requires careful handling—it does not belong near open flames, oxidizing agents, or acids. Every batch comes with TDS and analytical reports, offering transparency for properties like purity (often 98% or higher) and specific density. The solution requires good ventilation and the usual PPE: nitrile gloves, goggles, and lab coats. Repeated exposure carries some risk, with inhalation or skin contact raising harmful effects; safe storage respects its light-sensitive nature and hazardous classification.
Pharma and agrochemical segments show repeat interest in iodoacetonitrile, using it for targeted synthesis and complex molecule building. OEM options meet custom needs—halal and kosher certifications also come standard in many export offerings. Purchase inquiries usually specify liter-quantities, and sample requests keep labs testing before a bulk buy. Growing demand ties to new policy in Europe and North America for traceable raw materials, pushing for REACH compliance and OEM certification. Frees-ample samples often open initial deals, helping buyers verify structure, specifications, and molecular property fits.
In my own work sourcing chemicals, direct dialogue with China’s supplier base gets the best price and clearest picture of batch availability. Transparent quote response, including CIF and FOB terms, sets a foundation for planning. It comes down to understanding genuine MOQ, testing a free sample with TDS and SDS in hand, and checking for ISO and other certification. News from policy fronts regularly shapes what certifications matter, with halal, kosher, and GMP climbing in importance year by year. When supply hiccups hit, knowing several audited factories in China makes all the difference for stable output.
Anyone considering acetonitrile, iodo- rests success on safe use, reliable material property data, and strong connections with certified suppliers. Global policy changes and sustainability efforts will keep pushing improvements in documentation and pricing transparency. The days of sourcing blind or ignoring SDS summaries have faded. Today’s projects in pharma, agchem, and materials research drive a deliberate, informed process at each liter-solution inquiry and purchase.
