2-Iodophenylacetonitrile stands out in the world of fine chemicals for its value as an intermediate in pharmaceuticals and specialty materials. Its molecular formula, C8H6IN, gives it a certain heft — a unique mix of iodine and nitrile chemistry woven into a simple arylacetonitrile backbone. This compound appears as a pale crystalline solid, showing a specific density that helps manufacturers assess storage and stability. Global buyers usually look for clear, reliable information: HS Code 2926909090 tracks its export, and chemists gauge purity on specs like melting point and solubility in common organic solvents.
China brings a strong advantage as a bulk supplier of 2-Iodophenylacetonitrile. Decades spent building chemical synthesis capabilities mean cost efficiency combines with flexible production runs. If your project needs 10 kilos or a few metric tons, factories offer CIF Shanghai or FOB Qingdao shipment, and experienced sales teams handle MSDS, freshly updated SDS, and third-party certifications like ISO, REACH, or SGS. MOQ (minimum order quantity) discussions allow buyers to test batches, often with free samples available for initial evaluation, before moving to larger, OEM-supported production.
Safety runs front and center. Acetonitrile derivatives, especially with functional groups like iodine, demand careful handling—2-Iodophenylacetonitrile falls in the hazardous materials category. Operators wear gloves in ventilated spaces. Labels reference pictograms from GHS (Globally Harmonized System), listing inhalation and skin hazards. Both suppliers and users rely on detailed MSDS files, updated as international policy or national regulations shift. As Europe ramps up REACH registration standards, Chinese factories adapt processes and documentation, easing customs clearance and reducing buyer risk.
Factories focusing on pure, traceable materials work hard for third-party audit trails. Beyond government registration, markets in Europe or the Middle East expect ISO system proof, and sometimes additional requests like Halal or Kosher certificates. That matters: finding 2-Iodophenylacetonitrile produced without animal-derived reagents or residual solvents remains a priority for some industries. Bulletin boards in the chemical parks list the latest SGS or TDS (Technical Data Sheet) uploads, ready for compliance checks.
Pricing for 2-Iodophenylacetonitrile correlates to iodine costs and production technologies. Factories pass on savings when bulk contracts roll in and raw material supply stabilizes. Buyers track news on feedstock price shifts—an uptick in China’s port supply or disruptions from halogen suppliers can nudge CIF quotes. Purchase agreements benefit from direct discussions: sales teams talk openly about lead times, technical demands, and market policies, helping buyers avoid hidden costs or MOQ pitfalls. For research purchases and niche projects, small pack-size options help R&D teams match budget to need, with courier-friendly shipment and full documentation.
The chemistry that shapes 2-Iodophenylacetonitrile’s appeal comes from its predictable reactivity; the benzene ring, that iodine atom, the nitrile grip — they all matter for custom synthesis. As sustainable supply chains and waste reduction gain traction in China’s chemical sector, customers benefit from new hydrogenation and crystallization methods that cut impurities. It’s an arms race for who delivers pure material, at fair price, backed by honest paperwork.
