2-Iodobenzonitrile, recognized by its chemical formula C7H4IN, stands out as a core building block in specialty chemicals, pharmaceuticals, and advanced materials. Its structure brings together the reactivity of an iodine atom with the usability of a nitrile group, helping manufacturers create new compounds through cross-coupling or substitution. For researchers in medicinal chemistry and those scaling to pilot batches, knowing the origins and specifications of this raw material shapes productivity, compliance, and downstream success.
As a crystalline solid, 2-Iodobenzonitrile melts at about 47–51°C. It shows solubility in common organic solvents, making it a material that can be easily dissolved for reaction setups. Boiling point sits around 286°C, and its specific density usually clocks in near 1.78 g/cm³. HS Code 292690 is used for customs and logistics, especially for international shipments. Chemicals like this often follow strict REACH, SDS, TDS, ISO, and SGS certification, giving buyers and regulators peace of mind. Many Chinese suppliers and manufacturers carry these certifications and can supply documentation on inquiry.
Large-scale sourcing usually comes from China, a well-known hub for specialty chemical manufacturing. Here, cost advantages from vertical integration and bulk-scale reactors let customers purchase 2-Iodobenzonitrile at competitive prices—often negotiated on CIF, FOB, or EXW terms. Factories with OEM capabilities can deliver custom quantities or proprietary formulations, and MOQ terms (minimum order quantity) typically range from a few kilograms for lab trials up to tons for production. Free samples often help prospective buyers verify grade and specifications, streamlining the quote and purchase process.
Handling 2-Iodobenzonitrile calls for careful attention to material safety data sheets (MSDS) and compliance with hazardous materials protocols. With a moderate risk profile, this compound falls under "harmful" classification; inhalation or direct skin contact should be avoided. Labs rely on full MSDS access and proper ventilation for safe handling, particularly when preparing solutions or charging reactors. Manufacturers holding ISO certification typically embed responsible practices directly in factory SOPs.
2-Iodobenzonitrile proves useful across industries. Agrochemical developers value it for synthesizing crop protection agents. Pharmaceutical labs, looking to scale early intermediates, depend on consistent lots with SGS and ISO certifications. More customers want halal or kosher certification for clean supply chains, opening new global markets. Large importers and traders buying from China often require these documents for customs and regulatory audits. Certification helps maintain trust and transparency, reducing risk in the cross-border trade process.
Recent Chinese policy updates impacting raw material exports make supplier selection important. Direct communication through inquiry and quote requests clarifies not just price, but shipment timelines and supply security. Policy shifts and new compliance requirements can complicate the sourcing landscape—agile buyers stay ahead by maintaining regular news checks and working with certified partners. Valid REACH, SDS, and TDS certificates should be requested with every order, avoiding gaps in safety or documentation when shipping or using the product.
A practical approach to 2-Iodobenzonitrile procurement calls for more than just price comparison. Responsible sourcing starts with evaluating certifications, reviewing safety data, and testing samples. Buyers who value proper documentation, direct supplier relationships, and certified quality gain long-term benefits—not just smoother batches, but fewer interruptions from regulatory or quality issues. With ongoing changes in global trade, these practices offer steady footing in a shifting marketplace.
