1-Boc-2-(Aminomethyl)-Pyrrolidine, known to many as a prime raw material in pharmaceutical synthesis, stands out due to its straightforward pyrrolidine ring core and tert-butoxycarbonyl (Boc) protection for the amine group. This compound usually appears as a white to off-white powder, keeping a stable crystalline form at room temperature, which makes it easier to handle and store in bulk. Its molecular formula, C10H20N2O2, and corresponding HS Code, often used in shipment documentation, signal its regulated chemical identity for international trade. Molecular property details like specific density attract attention in process planning, especially for users working with liter-scale solutions. Water solubility stays moderate; expecting inert behavior under room conditions, but always checking the MSDS for reactivity and storage recommendations pays off. The standard supply form flows as solid powder, sometimes in flakes or pearls, adapting to buyers' preferences, and the batch usually meets ISO and GMP certifications for reliability.
Factories in China have established strong reputations as GMP-compliant suppliers for 1-Boc-2-(Aminomethyl)-Pyrrolidine, often working with leading pharmaceutical brands worldwide. Manufacturers ensure large-scale production with batch consistency and offer both OEM and private label services for custom requests. Pricing often reflects FOB or CIF terms, and buyers regularly negotiate large MOQ quantities to keep the unit cost competitive. Quality control labs at these facilities focus on outcomes set by SGS and other third-party auditors, and shipment batches arrive with complete sets of SDS, TDS, and REACH documents for official import requirements. For global buyers tracking halal, kosher, or other special certifications, major producers work with recognized certifying bodies, adding layers of compliance to regulatory supply chains. Bulk purchase agreements allow for competitive market prices and regular supply to distributors and research groups, reflecting the growing demand for this chemical in innovation-driven pharmaceutical fields.
Drug discovery teams use 1-Boc-2-(Aminomethyl)-Pyrrolidine as a core intermediate for developing APIs targeting CNS and cardiovascular categories. Protection of the amine through Boc chemistry proves essential in multi-step syntheses, keeping the functional group safe until final deprotection. Labs appreciate the compound’s compatibility in a range of reaction conditions: the Boc group resists base and mild acids, and smart manipulation lets chemists sequence their synthetic paths efficiently. Beyond pharma, this compound finds use in specialty chemicals and material science, where the pyrrolidine backbone feeds high-value products. Global demand shows up in import-export data and market trend reports, driven by biotech startups and established names scaling up R&D. Distribution channels from China, India, and some EU factories offer free samples for pre-purchase evaluation, with most buyers starting negotiations through inquiry and quotation, then moving toward bulk supply once quality and paperwork checks match regulatory needs.
Handling 1-Boc-2-(Aminomethyl)-Pyrrolidine calls for careful review of the MSDS provided by the supplier. Mild hazards stem from amine functionalities, so PPE sits front and center at production, warehouse, and laboratory points. Shipping documents often include hazard statements and GHS pictograms, mostly for compliance and risk awareness even though the chemical rate as low toxicity under most use case scenarios. National market access rules rely on the harmonized code, certificate of analysis (COA), and complete SDS for clearance; buyers handle documentation early to prevent shipment delays. Compliance with REACH in the EU or TSCA in the US sets a higher bar for both documentation and pre-market notification. Buyers stay alert to changing policy in the supply chain, especially as authorities adjust requirements in response to new chemical registration or risk classification updates. Some distributors share public market news and trends; reading market demand and regulatory shifts guides smarter procurement and keeps operations ahead of supply bottlenecks.
Global buyers who work directly with China-based suppliers gain value both on upfront factory prices and on willingness to provide tailored documentation packages. Bulk CIF and FOB shipments dominate, yet flexibility in payment terms and MOQ adjustments helps new buyers enter the market. Experienced procurement managers usually start with inquiry and sample requests, following with batch analysis and collaborative negotiation on both technical specifications and supply terms. Bulk distributors pull from multiple manufacturing partners to hedge risk, while labs often work from free samples or small MOQ to verify quality before scaling. Trustworthy suppliers provide a full suit of compliance, including halal, kosher, ISO, GMP, along with audit reports from SGS and customized, client-named COAs. Building a supply network means more than chasing the lowest price; secure sourcing, genuine regulatory documents, and on-time shipping matter just as much, especially when your R&D pipeline relies on timely, consistent material delivery.
Staying competitive in the chemical buying and manufacturing sector demands a transparent relationship between buyers, suppliers, and regulatory authorities. Companies supplying 1-Boc-2-(Aminomethyl)-Pyrrolidine from GMP plants in China often enable oversight on every batch and respond quickly to documentation or technical clarification requests. For buyers, insisting on full COA, SDS, TDS, and regulatory certifications means fewer hassles in customs, safer operations, and smoother scale-up. Market-watchers notice rising price pressures as demand shifts from research-only use toward commercial pharma manufacturing. Consistent communication around MOQ, quote details, and compliance unlocks the ability to build robust supply agreements and respond faster to policy changes or supply shortages. Market demand tracking, smart procurement, and transparent supplier partnerships set up long-term success in this rapidly shifting chemical landscape.
