N-(2-Chloroethyl)Pyrrolidine hydrochloride draws attention in chemical synthesis and pharmaceutical intermediates because of its unique structure and properties. The compound, recognized by its HS Code (2921299090), displays a well-characterized molecular formula: C6H13Cl2N. These details matter for anyone shipping, importing, or exporting, particularly when verifying customs clearance or documentation accuracy. The product appears as a solid—usually flakes or powder. Density hovers near 1.1 g/cm³. Usually packed in 25 kg drums or fiber drums, safety considerations guide its storage and handling. MSDS, REACH, and SDS documentation all spell out precautions and hazard classifications, since this raw material counts as hazardous. From my own visits to chemical plants, material verification means checking not only purity but also batch-specific certificates like TDS, ISO 9001, SGS, and sometimes even halal and kosher status, which matter to global clients with special compliance policy.
Anyone looking to buy N-(2-Chloroethyl)Pyrrolidine HCl will quickly see offers splashed across chemical-buy platforms. China sits at the forefront of this market, with suppliers and manufacturers promoting bulk and wholesale pricing. The phrase “factory price” gets tossed around a lot, but in my experience, you have to double-check conditions behind those figures. Direct-from-manufacturer quotes sometimes leave out distribution or logistics costs, particularly for CIF and FOB contracts. Buyers should focus on sample availability (often 10 grams – 100 grams free sample offered for MOQ inquiries), delivery lead time, and third-party certifications that back up the supplier’s claims. I’ve watched plenty of small distributors link up with established Chinese GMP factories, bridging language barriers with sales teams trained for export compliance—especially when a buyer needs SGS inspection, REACH Registration, or other regulatory sign-off for Europe or the US market.
Demand for N-(2-Chloroethyl)Pyrrolidine hydrochloride ties directly to pharmaceutical, research, and agrochemical developments. Major applications often appear in process chemistry for active pharmaceutical ingredients (APIs). Regulatory status shapes every purchase; REACH-compliant, non-restricted use changes how manufacturers can supply European firms. Over recent years, reports have pegged continued growth in market demand, particularly for pharma and chemical intermediates. Each time I have discussed raw material sourcing with R&D and purchasing teams, the common thread includes consistent material specifications: purity above 98%, clear COA, stable supply chain, and competitive factory pricing. Policy trends in China and international markets foster transparent supplier relationships driven by distributor networks that can deliver bulk, small-lot, or custom-quantity shipments under clear Incoterms.
Handling N-(2-Chloroethyl)Pyrrolidine HCl demands attention beyond molecular property sheets. The MSDS categorizes this as a harmful or hazardous material. Safety culture in manufacturing floors and research labs prioritizes proper PPE, fume hoods, neutralizing agents, and first aid training. Storage regulations (dry, cool, well-ventilated area) sometimes go overlooked until an audit. As someone who has worked alongside quality managers, the presence of English-and-local-language MSDS, clear safety labeling, and good communication with the supplier’s technical team makes a real difference. Transport routes, packing methods, and exposure controls become critical, especially for bulk shipments going by ocean freight. Buyers—especially procurement officers—push for batch samples, third-party testing, and transparent documentation to minimize business risk and ensure regulatory alignment.
Sourcing starts with a thorough supplier verification process. Top buyers look for transparent information: company registration, GMP or ISO facility certificates, product quality history, and clear after-sales process for replacement or refund. I’ve seen smart procurement teams request not just a quotation or sample but also factory audits (sometimes remote video inspection), test batch shipments, and ongoing QA-QC dialogue. Sometimes, market disruptions—policy changes, shipping bottlenecks, or local regulation shifts—force purchasing departments to keep a backup distributor or wholesaler, ready for rapid switch or bulk reorder. Key certifications—REACH, ISO, SGS, OEM capabilities—plus demand for Kosher, Halal, and specialized grades, shape selection. Good suppliers willingly share market reports, product news, and technical updates, helping build trust over repeated transactions.
While the solid form of N-(2-Chloroethyl)Pyrrolidine HCl dominates, it sometimes appears as a liter solution for specialized industrial use. As a chemical raw material, the flexibility to customize specifications—density, concentration, or even crystal/pearls/powder morphology—directly addresses process needs. Some buyers in research and manufacturing focus on exact structure details, pushing suppliers for bespoke technical data. Ongoing inquiries for free samples, large MOQ, or custom quotes reflect this trend. Labs and production plants benefit from suppliers prepared to advise on storage, handling, and safe agricultural, pharmaceutical, or specialty chemistry applications. Market demand for this chemical—whether driven by end-use industries or supply chain news—shapes not just how it’s traded but also who succeeds in the competitive landscape, balancing fast delivery, consistent quality, and regulatory peace of mind.
