Let’s talk straight about sourcing high-quality (S)-2-(3-Chlorophenyl) pyrrolidine for chemical production and R&D. Walking into chemical procurement in 2024 often means searching for ways to cut through the fog of generic supplier websites, figure out the price landscape, and confirm both safety and regulatory requirements. The chemical, usually spotted in solid or powder form, sometimes in dense flakes or crystalline structures, draws attention across pharma labs, fine-chem manufacturers, and intermediary traders hunting for reliable China manufacturers, MSDS compliance and factory verification. Mentioning “GMP-factory-price-china” isn’t just for show: in practice, most buyers searching for this compound expect detailed product sheets, quality certifications like ISO, SGS, REACH registration, TDS, up-to-date Safety Data Sheets, and quick access to liter or bulk material produced at scale.
The core of this molecule—(S)-2-(3-Chlorophenyl) pyrrolidine—implies a specific, useful chiral intermediate, CAS 61477-40-5, bringing value for asymmetric synthesis, chiral ligand development, research projects, and custom manufacturing. People I’ve spoken to in the sector ask directly for clear breakdowns: molecular formula C10H12ClN, HS-Code for trade, specific density for storage considerations, appearance details—think white to off-white solid or crystalline powder, maybe even pearls for specialized customers and good shelf-life when stored right. Every serious purchaser grabs the MSDS upfront, checking for hazardous or harmful statement codes, GHS labeling, and any flagged chemical raw material danger, because one missing certificate can block a whole shipping schedule or keep a batch stuck in customs. The structure isn’t just academic—the pyrrolidine ring with the 3-chlorophenyl group guides reactivity, solubility, and even stability under atmospheric conditions, which really does matter for bulk solution transport or warehouse storage.
Anyone scouting for supplier-china-supply tags, “factory price,” or bulk inquiry forms quickly learns that price quotes swing a lot between small sample orders and wholesale volumes. Some distributors openly show prices per kilogram for bulk CIF/FOB orders, though negotiation room opens up with MOQ or repeat contract volume. Market demand ties into seasonal runs from manufacturers, policy restrictions for specialty chemicals, and sometimes trade policy shifts. Lately, eastern China’s supply-side remains strong, and many factories with GMP standards hold on to reliable production timelines for export. People moving product into Europe or North America need REACH, Kosher, Halal, and often look for OEM or custom synthesis options, using purchase platforms or direct inquiry to get free samples or on-the-spot quotes. Working with a reliable distributor can mean faster response to sudden bulk inquiries, instead of slow back-and-forth with trading offices that have less transparency for new customers.
Beyond documents and credible pricing, freight and storage issues hit hard, especially handling a chemical categorized as toxic, hazardous, or restricted under international shipping. Specific density matters for container planning, and assessing packing stability—solid, powder, or flakes—directly affects safe bulk shipping schedules. Shipping from factory to international buyer, most issues pop up with clearance at customs if HS-Code details or labeling get missed, or if supplier quality certifications cannot be verified. I’ve seen purchase orders delayed for weeks when compliance teams spot incomplete SDS or lack of English TDS. Certifications like ISO9001, GMP, SGS batch tests, plus Kosher/Halal marks, have become simple filters for buyers scanning potential factories, looking for long-term supply reliability over just the lowest headline price. People sometimes weigh up between trading companies and direct manufacturer relationships. In practice, direct supply ensures more control, especially on recurring orders.
End-users often work this compound into synthesis routes for agrochemicals, pharma intermediates, and chiral catalyst R&D. Sometimes materials scientists or process engineers trial it as raw material for secondary-product development, relying on solid assay data and reactivity under custom reaction conditions. In most cases, strict purity specs (98% and up, chiral purity included) and clean COA data straight from the manufacturer help clear regulatory review, particularly for distribution in controlled sectors. Some buyers reach out for technical support, batch sample, or an application-use report, especially for new market entry. As the market matures, steady policy updates in chemical management mean buyers and sellers both check national supply policy, track application use and safety demand, and track market news for shifts in regulation or sudden spikes in global demand.
Solving the big issues with (S)-2-(3-Chlorophenyl) pyrrolidine supply starts by insisting on clear cost structure (sample-to-bulk price, CIF/FOB splits), upfront documentation (REACH, SDS, TDS, COA, test batch report), and agile sample order handling. It means working with real manufacturers, checking for raw material source declaration, batch testing, and a visible trail of quality and production certificates. For buyers dealing with custom syntheses, or unusual specs—think higher specific density, differences in form (crystal versus powder)—open communication with supplier technical teams can shorten R&D timelines, cut waste, and make shipping plans easier. Bulk buyers, especially those working with tight distribution windows, benefit from choosing partners with established distribution experience, no missing paperwork, and authority to release product with all import/export compliance nailed down. Ultimately, having the right structure, clear market price, regulatory compliance, and strong quality certification creates safer, faster procurement and real value for those who need reliable chemical raw materials at scale.
