3-Nitrophenylacetonitrile holds a strong position across chemical manufacturing as a building block for pharma, agrochemicals, and advanced materials. The structure—boasting a nitrile group paired with a nitro-substituted aromatic ring—offers a molecular formula of C8H6N2O2, HS Code 2926909090. Specific density settles around 1.27 g/cm³ and a melting point near 82-85 °C. Light-yellow crystalline powder forms make it easy to weigh and handle in batch manufacturing.
China keeps a large share of global 3-Nitrophenylacetonitrile manufacture. Competitive factory prices and a robust export chain back demand from research labs up to large-scale industrial reactors. Leading suppliers answer inquiries quickly, offering CIF, FOB and even DDP terms to buyers across the globe. OEM options and private labeling support OEM initiatives, while both halal and kosher certification open wider market segments.
Serious buyers ask to see compliance paperwork. A reliable supplier hands over batch-specific COA, as well as TDS, SDS, and REACH dossiers on demand. Full ISO 9001 or ISO 14001 certifications back quality standards and environmental responsibility. SGS audit reports and on-request material sampling speak more than words. Bulk buyers often push for sample evaluation before locking in MOQ contracts. Factory direct purchases trim excess cost, giving buyers a transparent price structure from raw materials to finished goods.
3-Nitrophenylacetonitrile needs skillful handling. As a harmful substance—and flagged as hazardous under GHS—workers require solid training, good ventilation, and proper PPE during shipping, storage, and any open container transfer. The right MSDS speeds up risk assessment and incident planning. Labs treat all spills and dust as a serious concern, and waste solutions move into secure disposal. Chinese suppliers offer full traceability at every stage, keeping delivery secure and regulatory checks smooth.
Versatility puts 3-Nitrophenylacetonitrile on the radar for new molecule discovery. Small labs and global producers both use it for building advanced intermediates—API, dye molecules, and crop protectants all trace synthesis pathways through this compound. Custom liter-scale solutions serve process R&D, while larger containers fit bulk manufacturing quotas. Low impurity grades cater to pharma and electronics, reflecting advances in process purification.
A quick quote requires buyers to outline purity needs, quantity, and delivery timeline. Factories respond with technical documents, price lists, and even free samples in many cases. MOQ aligns with project goals, from kilogram scale to full container loads. China-based supply groups manage global logistics, selecting air or sea freight and adjusting packages for local customs. Fast documentation, halal/kosher certificates, and on-time shipment keep buyers moving forward without hurdles.
Chemical markets deal in both quality and trust. 3-Nitrophenylacetonitrile shows how products grown by strong supply chains and transparent information shape modern manufacturing. Policy changes—like REACH in Europe or shifts in Chinese export controls—push both supplier and buyer to stay current, check paperwork, and adapt logistics planning. Faster, traceable, properly certified material turns a routine order into a real partnership between lab and factory.
