Pyrrolidine, N-Methyl-, often showing up in technical catalogs as N-Methylpyrrolidine or 1-Methylpyrrolidine, serves as more than just a building block in laboratories. This compound comes with a straightforward formula: C5H11N. Picture a colorless to pale yellow liquid, somewhat reminiscent of ammonia with its distinctive smell. Dive into the specifics and you’ll find a molecular weight hovering at 85.15 g/mol, a density close to 0.87 g/cm3, and a boiling point in the ballpark of 106°C. These details might look like textbook figures, but for buyers, engineers, or scientists evaluating new materials, numbers like these determine precise suitability for products or reactions. Every time I consult a supplier’s data sheet or MSDS, clarity about physical and hazardous properties prevents trouble down the line—for instance, knowing the substance is flammable tells procurement to request proper UN packaging, and to check its hazard classification for shipping.
General trade for Pyrrolidine, N-Methyl- often requires a look at the product’s form and properties. Whether the request is for flakes, powders, pearls, or even liquid crystal, most factories in China and elsewhere turn out the liquid type. The CAS number 120-94-5 and HS Code 2933399090 get quoted on most invoices. Whenever I’ve checked for compliance or resale, having these reference codes makes customs, storage, and distribution smoother—reducing delays that could halt production lines. Density, molecular structure, and physical state (flakes, solid, powder, or liquid) always end up relevant for anyone filling out a REACH dossier or shipping forms. Detailed specs from Chinese GMP certified manufacturers include not just the formula, but also purity percentage, solution stability, and required storage temperature. There’s reassurance for purchasing managers to see ISO, SGS, or even kosher and halal certification, signed and stamped by a supplier’s QA team.
Price for Pyrrolidine, N-Methyl- shifts with raw material availability, batch size, and route of synthesis. In my years sourcing from bulk suppliers in China, market conditions play a big role. Traders and marketers offering factory price often cite CIF and FOB terms. For new ventures testing samples, most Chinese plants accept MOQ (minimum order quantity) as low as one liter—sometimes free samples, if you’re an established buyer. CIF costs weigh packaging, hazard fees, and ocean freight. Domestic deals in the US, Europe, or India can run higher due to local regulation and import tax. Watching demand reports, the last few years in Asia have seen solid growth for N-Methylpyrrolidine, especially as a raw material in the synthesis of pharmaceuticals, agrochemicals, and specialty solvents. A steady flow of translated TDS (technical data sheet), MSDS (material safety data sheet), and compliance declarations keeps global customers confident to purchase. China’s larger factories prefer building supply partnerships, often giving bulk buyers a better rate per kilogram and prioritizing orders for established distributors.
Every professional in this field stresses the importance of reading the MSDS before handling Pyrrolidine, N-Methyl-. This chemical counts as both flammable and harmful by inhalation or prolonged contact—anyone working with it directly should use gloves, goggles, and work within ventilated labs or factories. The MSDS covers everything: from safe storage (cool, dry, away from ignition sources) to emergency first aid (move to fresh air, rinse with water). Fire departments, shipping agencies, and customs officials pay close attention to SDS sheets—marking this as a raw material that requires clear labeling and controlled access. Certification to REACH, ISO, and GMP standards means a supplier follows not just production best practice but also health and safety protocols—protecting not only factory staff but downstream users in R&D, manufacturing, or commercial labs.
So why do so many companies search for N-Methylpyrrolidine suppliers and manufacturers in China or India? Its versatile chemistry allows it to anchor agrochemical synthesis, act as a solvent or intermediate for pharmaceuticals, or work as a catalyst in organic transformations. Chemical producers rely on its purity and stability as a key differentiator. Each application needs solid packing and traceability documentation—think of pharmaceutical giants reviewing GMP certificates, smaller labs needing fast quotes for sample or bulk orders, or distributors requesting TDS, SDS, REACH and Kosher documentation to secure a large contract. Strong demand from the pharmaceutical industry, especially for new drug synthesis, means a steady market. Policy shifts on chemical imports, local production incentives in China, and tighter EU safety certifications (REACH, SGS, Halal) continue to shape sourcing decisions, often reflecting directly in price swings or in the speed of delivery for time-sensitive projects.
Working in technical procurement, I have seen buyers gravitate toward manufacturers displaying robust quality control, prompt sample delivery, and clear certification (Halal, Kosher, ISO, GMP). Whether for custom research projects or long-term production contracts, direct access to certificates and transparent price quotes means confidence for both buyers and end users. Limited MOQ policies and shipment flexibility (CIF, FOB, DAP) are also high on the list—sometimes the difference between a quick project launch and a stalled R&D timeline. Strong after-sales technical support and the ability to handle tailored bulk and wholesale orders keep trusted suppliers in business. In the current market, where new entrants arrive every month, ongoing supplier audits and annual policy reviews—especially for compliance to global standards—form the backbone of sustainable sourcing, higher product safety, and consistent customer satisfaction. Reliable distributors now publish clear application notes, updated SDS files, and even offer OEM packing, reflecting the shift toward transparency and service.
Recent market reports track rising use of Pyrrolidine, N-Methyl- in both established and emerging markets. Large pharmaceutical and agrochemical industries rely on stable supply chains from China, with India and Europe filling local gaps. China’s market policy increasingly centers around safety, traceability, and compliance, encouraging manufacturers to pursue ISO, SGS, REACH, Halal, and Kosher certifications—not only to meet home demand but to open doors for global export. On the distributor end, more buyers look for regular supply availability, ongoing technical support, and free sample policies before locking in bulk orders. With environmental and worker safety policies tightening worldwide, more attention lands on the MSDS and real-life incident records, especially for chemicals flagged as hazardous or flammable. Factories responding quickly with custom QC, up-to-date TDS, and streamlined purchase inquiry processes gain a reputation that spreads fast in professional networks. Long term, a focus on risk management, customer policy support, and regulatory alignment signals which suppliers will continue to thrive as market expectations shift.
