People working in pharma R&D or fine chemicals encounter plenty of specialty intermediates, but (S)-3-(N-Bocmethylamino)Pyrrolidine turns up on more lists every year. In industry discussion, folks often call it by its CAS number 150108-09-9 or just Boc-methylamino-pyrrolidine. Walk into any synthetic chemistry lab in pharma, and you see teams counting on this raw material for molecule assembly. Its structure features a pyrrolidine ring and an N-Boc-protected methylamino group. Technically speaking, the molecular formula reads C10H20N2O2, and its HS Code often registers as 2933399090 (non-hazardous organic compound for export documentation purposes in China). Most batches form as a white to light yellow solid or powder, sometimes flakes. Density sits near 1.08 g/cm3. Analysts check for impurities by NMR, HPLC, or GC regularly, since keeping up with GMP standards matters not only for FDA audits but for scaling safely to the kilo or ton ranges.
Open any chemicals trading website, and “China supply” and “manufacturer factory price” pop up constantly for (S)-3-(N-Bocmethylamino)Pyrrolidine, and for good reason. Factories in Jiangsu, Zhejiang, and Tianjin dominate most of the bulk production, usually offering GMP support, ISO and SGS quality certification, plus TDS and SDS on demand before sample shipping. Inquiry response is fast: buyers regularly get CIF and FOB quotes within hours, sometimes with MOQ as low as 1 kg or even 100g for new customers. I’ve seen some suppliers extend free sample offers for qualified distributers; just make sure you ask about REACH registration and Halal or Kosher certificates if you’re selling for regulated markets. Spec sheets nearly always detail flash point, melting range (typically 38-40°C), appearance, molecular property, and recommended storage. Don’t forget—raw materials shipped under bulk contracts require exporter provision of hazard assessment, safe handling, and full MSDS compliance, no shortcuts allowed in this policy environment.
So what makes anyone buy or inquire about (S)-3-(N-Bocmethylamino)Pyrrolidine in the first place? It’s all about downstream synthesis. This small molecule acts as a powerful chiral auxiliary or intermediate, especially for building new APIs or highly selective ligands. In practice, CROs and CMOs use it to speed up small-molecule library creation during drug lead exploration. This creates constant market demand and keeps the price under close watch. Most inquiries come from contract research and generic drug companies, some from university labs. In large-scale production, maintaining a consistent material specification protects batch traceability for ISO, GMP, and sometimes OEM documentation. Tighter compliance often pays off—major export clients routinely want copies of SGS or TDS analysis results attached to the quote. Reach out for market trends, and you quickly spot an upswing in Asian demand, followed by slightly lower factory prices for bulk orders compared to EU or US-based suppliers. Inquiries for “liter solution material” or multi-ton lots highlight a shift to regular sourcing cycles for new and established customers.
Workplace safety grows in importance as chemical buyers face stricter policy from local governments and international partners. (S)-3-(N-Bocmethylamino)Pyrrolidine is labeled non-hazardous by international shipping codes, but full SDS and hazard details from Chinese suppliers assure downstream handlers of safe storage and raw material handling—key for passing audits or customs clearance. Many manufacturers now upload MSDS, COA, and QA certificates to online portals for smooth third-party verification. Factories supporting ISO, Halal, or Kosher standards typically keep batch-level paperwork on file and respond quickly to supply chain transparency requests. Make sure to verify every shipment for proper labelling and chemical structure confirmation—batch swaps or cross-contamination risks can slow final product approval and drive up costs, especially for buyers balancing OEM or private label manufacturing contracts.
Every purchaser in specialty chemicals feels the pinch between quality and factory price. In China, the “chemical-buy-supplier-manufacturer-factory-price” equation means buyers expect a quote that reflects both reliability and competitivity. As the market grows, more suppliers step up with REACH registration, ISO certification, and third-party tested raw materials. It pays to build direct relationships with quality teams, ask for updated TDS and COA with each quote, and keep records of compliance for every batch purchased. Many buyers now ask for distribution reports, news bulletins, or even market insights so they don’t get caught without coverage during policy changes or disruption in supply. The best solution I’ve found—always run a small sample batch in-house, check both material performance and certification match, and document every SDS or verification from start to finish. Only then can you meet market demand with confidence and keep safety, compliance, and performance at the top of your priority list.
