3-Aminopropanenitrile, also known as β-aminopropionitrile, shows up in a range of laboratory and industrial settings. Its molecular formula, C3H6N2, and density of about 0.91 g/cm3, define a simple, volatile liquid that carries an amine group and a nitrile at opposite ends of a three-carbon chain. HS-Code 2926909090 provides a customs entry point for easy import and export tracking. Chemists pay attention to features like purity, boiling point near 185°C, and good solubility in water and organic solvents, which opens doors to many synthesis routes. Use in solution form simplifies dosing and mixing, so suppliers often offer it in liter containers with custom concentrations.
China stands as the dominant source of 3-Aminopropanenitrile, balancing cost pressure with high production capacity. Factories here focus on direct supply routes with competitive prices in FOB and CIF terms, pushing for lower MOQ (minimum order quantities), fast quotes, and even samples free of charge to help new customers qualify material. The edge comes from massive scale, ISO-certified factories, and various OEM options, including Halal and Kosher certification. Third-party SGS testing gives buyers confidence in quality, matching demands for GMP and REACH registration where strict import rules kick in.
The amine and nitrile functional groups both pose some risk. 3-Aminopropanenitrile counts as hazardous and harmful if handled carelessly. Material Safety Data Sheets (MSDS) flag out the key dangers: it can irritate skin and eyes, toxic by ingestion or inhalation, and needs careful storage in cool, dry, ventilated spaces. Bulk shipments require officials to check UN codes and follow policy for raw material imports; SDS, TDS, and local certifications smooth customs clearance and warehouse safety checks. Any production environment using this material must train workers, fit proper PPE, and install ventilation.
Pharmaceuticals, agrochemicals, and specialty intermediates lead the demand. This chemical helps build larger molecules—a starting block for drug synthesis, fine chemicals, and even polymer research. Factory price transparency and fast supply matter here because R&D timelines run tight. In recent news, demand for certified, sustainable supply jumps as brands face tougher audits: buyers want ISO, Halal, Kosher, or REACH credentials lined up before a purchase. Manufacturers in China—spotting this shift—invest in traceability, tighter QC, and new eco-audits to hold market share. Price swings come from both global supply chain hiccups and stricter controls on precursor chemicals, setting up more consolidation among suppliers and refineries.
Successful buyers rely on rapid inquiry response, technical documentation, and reliable shipment tracking. Large users—especially those blending batch solutions or scaling syntheses—negotiate FOB vs CIF terms based on their own network reliability and risk profile. To avoid losing money, they make sure all purchases tie back to verified MSDS and SDS from the factory. Buyers shipping across borders watch for updates in import rules, HS-Code adjustments, and policy swings tied to environmental checks. The safest play remains talking directly with a factory or authorized supplier, seeking certifications and confirming with independent lab test results.
