M-Anthranilonitrile stands out in industrial manufacturing with its unique aromatic structure, combining a benzene ring with both amino and nitrile functional groups. Its molecular formula, C7H6N2, and specific structure define its reactivity and performance in various chemical syntheses. HS Code registration traces it through customs as part of hazardous aromatic compounds. The material's specific density falls between 1.12 and 1.16 g/cm3, typical for such intermediates. I’ve seen its stability and volatility closely monitored in storage rooms, with temperature and humidity making all the difference in shelf-life and odor emission.
Choosing M-Anthranilonitrile as a raw material means considering both its benefits and risks. It appears as a pale yellow to colorless crystalline powder. Its moderate solubility in common solvents such as ethanol renders it versatile for lab and factory-scale solutions. Material Safety Data Sheets (MSDS) highlight the potential for irritation to eyes and skin. Safe practices call for gloves, goggles, and proper ventilation. This chemical does not belong in open, high-traffic spaces. Even with OEM or certified suppliers, checking the REACH, ISO, TDS, and SDS certifications brings peace of mind and protects workers on the line.
Factories in China act as major suppliers, covering a significant portion of global demand for industrial-grade M-Anthranilonitrile. From personal experience negotiating bulk quotes, I’ve found that CIF and FOB terms both get offered based on destination and shipment frequency. Recent policy shifts in hazardous chemical logistics tightened customs checks, so buyers now look even harder at suppliers' certifications—SGS, Halal, and Kosher status often get priority for international procurement. Small MOQ (minimum order quantity), cost-effective free samples, and clear product traceability help buyers mitigate risks, as does a responsive inquiry-quote cycle.
End users rely on M-Anthranilonitrile for dye intermediates, pharmaceuticals, and agricultural products. Its chemical property of nucleophilic reactivity, developed through its distinctive structure, underpins its use as a building block in manufacturing. Paint producers, drug makers, and specialty material developers depend on a steady, safe supply. Inside a modern facility, one ounce of contaminated raw material can impact batches worth thousands of dollars. In my visits to factories, traceability and documentation always came up as non-negotiable for continuous operations.
Regulatory policies around safe transport and worker safety have tightened worldwide. Over the last year, I’ve watched news on international shipping lanes and trade tariffs shape price volatility. Price and supply shifts from major Chinese manufacturers ripple through downstream suppliers in Europe and the US. The push for sustainability, both in logistics and packaging, brings added scrutiny on hazardous material labelling and documentation.
Choosing a supplier means looking at more than just factory price. Only suppliers with full documentation—SDS, TDS, REACH, ISO, and product trace certifications—meet the bar. On-site audits and third-party certifications have become standard procurement policy for multinationals and smaller buyers alike. Potential partners always ask about OEM capabilities and halal/kosher certifications, particularly in pharmaceutical and food-adjacent sectors.
From sending the initial inquiry for a sample through the final purchase order, buyers prioritize transparency. That means clear communication from the supplier’s team, fast answers to technical questions, and real-time updates on market news and regulatory changes. Engaging with certified China-based factories for M-Anthranilonitrile creates stronger risk management in a market shaped by regulation, logistics efficiency, and actual end-user needs.
