(S)-1-Boc-3-(Aminomethyl)Pyrrolidine: Chemical Buying, Supply Chain Insights, and Industry Price Perspectives

Market Realities and Supply Landscape in China

Anyone working in pharma intermediates or fine chemicals knows the frustration of chasing reliable sources for complicated molecules. There is demand out there for (S)-1-Boc-3-(Aminomethyl)Pyrrolidine, with questions flying around every week: where to buy, who supplies bulk at factory price, which manufacturer holds GMP certification, and how to check real authenticity behind those glossy catalog sheets. Experience shows real trust forms on the factory floor, not on a generic PDF spec. In China, most high-quality production comes from manufacturers carrying ISO, SGS, and, for Halal-conscious partners, full Halal or Kosher certifications on request. Buyers used to asking for MSDS, TDS, REACH, and full COA documentation can cut through marketing noise by scrutinizing not just quality claims but shipment practices, packaging integrity, and MOQ realities for bulk and sample orders.

With the sheer volume coming from the Jiangsu, Anhui, Zhejiang regions, price advantages rise for bulk purchases — FOB or CIF options level out at scale, but true factory price doesn’t show up until volumes hit regular MOQ thresholds. It helps to compare not only per-kilo rates but also the quote transparency: real suppliers don’t flinch at large batch TDS/COA requests or free, small-scale lab samples, which offer a look at consistent purity (typically >99%) and safe packaging. Buyers sourcing for the global market expect clear communication of supply policy, import/export HS codes, and hazard classifications. Responsible suppliers provide updated SDS documents, showing attention to safe handling and customs process. Forwarders dealing with regulated zones (EU and North America) will want explicit GHS labelling, UN-number details, and confirmation that no hidden restricted ingredients get flagged at the border.

Product Properties and Chemical Structure Breakdown

Anyone in the industry recognizes the value in clear product data. (S)-1-Boc-3-(Aminomethyl)Pyrrolidine lands as a solid powder in most supply configurations, though shipments sometimes arrive as flakes or crystalline solids, depending on batch prep and atmospheric controls. Molecule insights reveal a formula: C10H20N2O2 — molecular weight sits at 200.28 g/mol. The chemical structure contains the Boc-protected pyrrolidine ring, with (S)-chirality on C-3, an aminomethyl group substituent, and a classic tert-butyloxycarbonyl protective handle. Density hovers close to 1.06 g/cm³ at room temperature, which means storage and transfer don't require exotic equipment. As a raw material, this compound helps build out advanced intermediates for the synthesis of APIs, especially those targeting CNS and infectious disease indications. Knowing hydrophobic and hydrophilic solvent compatibility matters: this solid material dissolves smoothly in many organic solvents but not in water, so chemists often order it as a liter solution mixed in DMF, DCM, or another custom carrier for downstream processing. Those preferring to avoid solid transfer losses can always buy ready-made solutions tailored to specific molarity and purity targets.

Application Trends, Market Demand, and Industrial Use

Demand for (S)-1-Boc-3-(Aminomethyl)Pyrrolidine runs steady in large pharmaceutical projects, especially those focused on enantioselective synthesis routes. Real-world users know this molecule stands as an essential protected amine for accessing complex heterocyclic structures without excess waste or side reactivity. For anyone working on peptide synthesis, custom small-molecule libraries, or CNS-active scaffolds, applications pop up regularly in both research and scale-up settings. Market surveys out of Europe and North America point to cyclical price bumps, mostly tied to regulatory shocks or raw material bottlenecks upstream in the China supply chain. Over the past year, strong global supply pushed prices down, but as the API market wakes back up, factories begin to tighten their terms. That means buyers now face stricter lead times, fluctuating spot rates, and rising minimum order quantities, especially for custom GMP, REACH compliant, or OEM-branded batches. Direct distributor arms in China offer the strongest leverage, though Western buyers negotiating via third-party brokers report slower response times and more opaque pricing.

Specification Clarity and Legal-Safety Documentation

Users asking about specification sheets usually care about more than a purity figure on a line item. Full transparency covers melting point, water content (KF titration), residual solvent analysis, particle size distribution, and — for advanced clients — full NMR/IR trace and LC-MS data. Regulatory compliance can make or break a shipment for companies in regulated jurisdictions. A reliable supplier helps with complete SDS (Safety Data Sheet), MSDS, full impurity profile, and other supporting documentation, like Halal/Kosher, if needed. HS code for this molecule usually clocks in as 2933.59.9090 for customs purposes, allowing streamlined import to both EU and US ports.

Hazard and risk evaluation remains a necessity. (S)-1-Boc-3-(Aminomethyl)Pyrrolidine counts as a hazardous chemical by transport standards, though not classed as highly toxic or environmentally dangerous. Warehousing teams handle it with standard PPE, as the powder form can cause moderate irritation on long contact. Those managing bulk storage must review safe handling and ventilation instructions as written on the MSDS and label — this isn’t the material anyone wants lying open on a bench, but in practice, with good lab discipline, incidents stay rare. Factories in the top rank share batch-to-batch traceability, track ingredients against recent regulatory changes, and issue early notifications if a compliance alert or formulation tweak crosses their desk.

Buying Experience and Real-World Solutions for Buyers

Purchasing (S)-1-Boc-3-(Aminomethyl)Pyrrolidine brings its own set of hurdles and opportunities, especially for newcomers sifting through endless lists of “chemical-buy-supplier-manufacturer-factory-price” search results. Buyers gain more than they might expect by forming ongoing relationships with actual producers than chasing weekly spot-price bargains in gray-market channels. Real-world prices at the factory gate diverge from web-quoted promo rates, especially for recurring contracts above 25-100 kg. Most serious buyers ask for a trial “free sample,” jump through the hoops of a signed NDA or inquiry form, and compare batch-to-batch consistency before locking in major commitments. On the policy front, the best Chinese manufacturers now back up their shipments with clear quality guarantees, support for regulatory inquiries, and real-time communication about market volatility — not all factories offer this level of engagement, but the advantage in transparency and reliability becomes obvious as soon as orders start flowing.

Bulk distributors and OEM brands tap into prevailing market demand by tracking innovation in intermediate chemistry, holding faster-moving stock, and keeping open lines with research chemists on the ground. Those who pay attention to shipment terms — CIF, FOB, DDP — avoid the classic pitfalls of mislabelled cargo, hold-ups at border customs, or accidental transit delays from unclear supply chains. ISO, GMP, SGS-certified production offers confidence to buyers whose companies require strict audit trails, especially in pharmaceutical or food-grade applications. Application support emerges as a differentiator. A good supplier answers real-world composition questions, practical use cases, and, if needed, even routes for custom packaging or contract blending for unusual formulations. For businesses shaped by regulatory policy shifts, proactive lines of communication with their supplier save not just money, but uncontested shipment delays, especially during policy swings or holiday slowdowns.