3-Indoleacetonitrile stands as a specialty raw material in both research labs and industrial production. Its chemical formula is C10H8N2, molecular weight around 156.18, and structure includes a nitrile group on an indole ring—a backbone valued in fields from fine chemicals to pharmaceuticals. The specific density hovers close to 1.18 g/cm³, giving it a characteristic crystalline solid form with relatively high purity when sourced from top-tier Chinese manufacturers. HS Code: 2933990099. This code ensures proper customs classification for global trade.
China remains a dominant hub for 3-Indoleacetonitrile, thanks to robust manufacturing clusters and a stacked quality system. Factories, both large and boutique OEM outfits, supply bulk and custom quantities. Price varies—often influenced by MOQ (minimum order quantity), purity (98%+ is mainstream), and delivery method (CIF, FOB, EXW). For example, CIF Europe for a 100kg shipment can swing widely based on raw material volatility, currency exchange, and policy shifts after 2023. Many suppliers offer free samples for serious buyers, so looking for ISO, SGS, and REACH-compliant partners helps filter through the noise. Certification for halal or kosher standards widens appeal across pharmaceutical and food-grade sectors.
3-Indoleacetonitrile pushes safety up front. Based on MSDS and SDS, this material falls under hazardous chemicals, so proper handling matters—especially during scale-up. It can prove harmful by inhalation and skin contact. Industrial customers stick with strict PPE, chemical fume hoods, and solvent-proof gloves in every batch. REACH and TDS documents make transparency possible, detailing emergency protocols, first aid procedures, and storage requirements. Factories that upload clear MSDS documentation score higher with importers wary of hazardous mishaps or customs trouble.
Procurement managers typically field quote requests by email or official inquiry forms, specifying application, target purity, and shipment incoterms. Most Chinese manufacturers now support fast quote turnaround—often within 24 hours—and do not shy away from MOQ negotiations for new product development. For those running synthesis at scale, TDS files and pilot samples show up before a PO hits approval. OEM and private-label options let distributors bring their own packaging and branding into the mix.
The product’s role as a precursor in raw materials synthesis (especially plant growth regulators, agrochemicals, specialty pharmaceuticals) underlines why end-users demand predictable specifications. Every batch with ISO9001 or similar certification comes with a robust audit trail. Key buyers—whether in research, fine chemicals, or material blends (liter-solution benchwork)—lean on suppliers who prove full regulatory compliance (REACH, SGS, FDA where needed).
Recent Chinese policy has nudged chemical manufacturers toward cleaner synthesis and improved emissions control. Buyers outside China notice firms upgrading EHS standards, which boosts overall trust. REACH registration, halal or kosher approval, and full batch documentation help bridge trust gaps in global supply. Pricing transparency remains uneven across platforms, but any supplier hiding behind scanty certifications tends to lose out as buyers chase verifiable product quality and chemicals with clear chain of custody.
For R&D, small-quantity orders usually cost more per kilo, since factory production favors larger lots for price stability. End-users tracking compliance and safe use often push for regular news updates, changes in Chinese export policy, or new formats (liter-solution material, custom forms) in line with their own standards. Sustainable sourcing and proper waste disposal will only play a bigger role as EU, US, and Asian regulators tighten up.
