N-(2-Aminoethyl)Pyrrolidine, often noted for its structure incorporating a pyrrolidine ring with a handy aminoethyl group, has earned attention across pharmaceutical and fine chemical fields. This compound, sometimes found as a solid, powder, or even in liquid-crystal forms, plays an active role as an intermediate in synthesizing APIs, specialty coatings, and advanced materials. Its molecular formula, C6H14N2, and a specific density around 0.99 g/cm³, put it in a class of small organic molecules with significant reactivity and versatility for developers looking for robust nitrogen sources or nucleophilic partners. Going beyond its structure—frequently provided in supplier documentation alongside MSDS/SDS and REACH certificates—this molecule feeds into the backbone of countless products shaping both research labs and scalable industrial sectors.
Most global inquiries for N-(2-Aminoethyl)Pyrrolidine drift toward China. The reasons tie back to large manufacturer clusters specializing in small molecule fine chemicals, with access to affordable raw materials and streamlined quality systems meeting ISO, GMP, SGS, and even halal and kosher certifications. Factory price points often depend on the moisture content, purity (frequently above 98%), and volume tier. Bulk CIF and FOB options lower landed costs if buyers negotiate on shipping conditions. Brokers and direct distributors, both local and foreign, maintain solid MOQ terms and sample inquiry routes—buyers routinely secure free samples before confirming large shipments. The HS Code (2933990099 for many markets) provides clarity both for customs and tariff purposes, but it also allows buyers to check compliance and market access, especially where import restrictions or licensing requirements come into play.
Labs, pilot plants, and process lines deploy N-(2-Aminoethyl)Pyrrolidine as a raw material for synthesis, crosslinking, and sometimes corrosion inhibition routines. Its properties, such as basicity and solubility in water or alcohols, help chemists fine-tune reactions. Hazard and MSDS sheets point out risks: skin and eye irritation, harmful in case of ingestion, and possibly hazardous fumes if heated too strongly. Accredited manufacturers provide ISO and SDS documentation, plus TDS reports when questioned about handling at scale. Researchers and plant managers weigh these risks, setting up procedures for ventilation, PPE, and emergency response. Bulk tanks, drums, and custom packaging meet safety standards to prevent accidental exposure or cross-contamination with other amines or volatile bases.
From my work supporting procurement and lab sourcing, I’ve seen how a transparent supplier relationship streamlines the sourcing of N-(2-Aminoethyl)Pyrrolidine. Buyers expect batch-to-batch consistency and access to detailed product property sheets—density, purity, structure, and certificates like GMP and SGS. Chinese suppliers who issue clear quotes with not just factory prices but breakdowns for bulk CIF or FOB, get repeat orders. Fluctuating market demand—dictated by pharmaceuticals, new material sectors, and sometimes regulatory news—can push prices up or down. Reports from the field indicate that managing MOQ intelligently, keeping responsive communication about sample shipments, and checking compliance with reach and ISO policies, stabilizes both the price and quality assurance.
Sourcing N-(2-Aminoethyl)Pyrrolidine means cutting through smoke and mirrors—buyers demand full certification chains for ISO, REACH, halal, kosher, OEM requests, even custom packaging. A quality supplier brings their MSDS up to date, offers OEM/white-labeling by request, and shares market news, demand outlooks, and production schedules. Fluent, fast response on distributor and wholesaler policy questions helps serious buyers feel comfortable with large orders. Requests for liter-scale or gram-scale samples highlight real R&D engagement; prompt follow-up on sample MOQs and competitive quotes can make or break a deal. The best suppliers provide transparent supply policy, timely shipment updates, QA certificates with every consignment, and a history of successful OEM arrangements for pharmaceutical and chemical users worldwide.
Every year, regulatory scrutiny steps up. End-users—from biotech firms to multi-ton pharma plants—look past price and focus more on supplier reliability, safety assurance, and legal compliance. REACH registration, thorough SDS documentation, and ISO registration prove more than ticking boxes; they’re now central in deciding between one factory and another, especially as customer audits grow tougher. Halal and kosher certifications open doors for global sales from China to the EU and Middle East. The market for N-(2-Aminoethyl)Pyrrolidine still attracts new entrants, but the factories showing best demand response, real-time news updates on supply chain changes, and honest QA certification continue to set the pace for this often-overlooked but undeniably essential chemical.
