1-Benzyl-3-aminopyrrolidine is finding more attention across the pharmaceutical raw material market, mostly due to its unique structure and strong reactivity. Years ago, most buyers felt stuck between inconsistent quality and volatile prices. These days, large suppliers and manufacturers in China support stable outputs, often controlling the fabrication process from raw material sourcing through to finished chemical, sometimes under GMP certifications. Reliable sources like these offer clear channels for MSDS, COA, REACH-compliance, ISO, or SGS certificates—key for importers who may face strict customs and environmental checks. Factory price and direct-from-supplier supply help keep costs contained, especially for buyers seeking CIF or FOB delivery, and it’s not uncommon to see competitive quotes for both sample and bulk orders. MOQ (minimum order quantity) can be lower when negotiating with bulk chemical producers, who support both the industrial and research market with offline or online inquiry forms, unit price calculators, and custom logistics.
The chemical formula of 1-benzyl-3-aminopyrrolidine, C11H16N2, sets it apart from other aminopyrrolidines, due to the benzyl group attached at the 1-position. Its structure—confirmed by NMR or HPLC data in technical datasheets—supports reactions forming a range of APIs in modern drug discovery. Specific density typically ranges near 1.05 g/cm³, and the compound appears as a solid powder at room temperature. Properties such as melting point, solubility, and purity have direct impact on downstream processes—impurities and water content can hinder yields or compromise formulation stability. Most suppliers list product specifications including form (flakes, powder, solid, or liquidcrystal), molecular property data, and HS Code (often 2933399090 in China) for customs clearance. Safety sheets cover risk phrases, hazardous classification, and emergency handling procedures. As a raw material, it may be hazardous, demanding proper handling per its MSDS, especially during large-scale, open-batch production.
1-Benzyl-3-aminopyrrolidine serves as a versatile building block in medicinal chemistry. Researchers and manufacturers use it to construct central nervous system agents, antiviral candidates, and small-molecule intermediates aimed at modulating complex biological pathways. It fits into many scaffold-hopping strategies, where a pyrrolidine ring tweaks ADME characteristics. Bulk purchasing often correlates with upswings in R&D or scaling-up new therapies, and current demand reports from Asia and Europe show robust inquiry and quote activity—especially for sample evaluation, pilot lots, or expanded batch production. Distributors and purchasing agents focus on quality (purity, absence of heavy metals, trace solvent content), and often request TDS, SGS, or third-party lab results to meet regulatory pressures. Halal and kosher certification are becoming more common, as customers diversify into global markets where these quality marks open new sales channels.
1-Benzyl-3-aminopyrrolidine isn’t just another harmless additive. Most factories in China emphasize the importance of safe transport and packaging—drums are tightly sealed, inner liners provide extra isolation, and outer cartons show hazard warnings. SDS highlights potentially harmful properties: ingestion, inhalation, or prolonged skin contact can cause irritation or toxic effects. GMP factories maintain clear records, batch traceability, and sometimes tailor API grade supply. For most buyers, requesting a liter solution or small pack sample, followed by bulk order under CIF or FOB conditions, ensures the compound matches both project needs and laboratory standards. Literature and independent market reports regularly reference policy shifts on hazardous raw materials, affecting supply lead time, sample availability, and quotes for wholesale or OEM collaboration. Much of the real risk comes from improper labeling, incomplete documentation, or misclassified HS Codes—a fact every experienced importer watches closely.
Pricing for 1-benzyl-3-aminopyrrolidine depends on purity, batch size, factory reputation, and terms (CIF/FOB/EXW). Direct negotiation with Chinese suppliers often leads to lower prices, additional technical support, and faster documentation—especially for buyers managing complex multi-step syntheses. Some factories carry full suite certifications: ISO 9001 for management systems, GMP for pharma, REACH and TDS for European markets, and OEM/private label capabilities for global distribution. Free sample offers appear in most marketing materials, as buyers assess batch consistency before committing to larger MOQ or distributor relationships. The market fluctuates with lab, pilot, and commercial project cycles, and regular demand tracking helps buyers and factories align production volumes. Growing inquiry about halal and kosher status surfaces regularly, as supply to Middle Eastern or Southeast Asian markets ramps up. Chemically, keeping on top of product technical documentation saves both money and regulatory headaches.
Every seasoned buyer or researcher knows the challenge of getting quality 1-benzyl-3-aminopyrrolidine on a schedule and at a decent price. Competition between Chinese supplier-factory-manufacturers has improved access, certification, and safety support. I’ve learned the hard way that MSDS, COA, and technical support often separate reliable suppliers from high-risk traders. Bulk purchases, distributor deals, and market-wide inquiry cycles suggest a steady climb in material importance for new drug synthesis and specialty material development. Application notes, REACH/SGS documentation, or quote tools help cut through the sales chatter for anyone needing to secure a liter solution, kilo package, or pallet load. Bigger players invest in robust supply chain tracking, hazardous transit, and open lines of communication with market watchers and regulatory teams. As new chemical market news, policy changes, or demand shifts land, only those with a full documentation set and strong quality checks move ahead in this growing, competitive space.
