2-(1-Methyl-2-pyrrolidine)ethanol sits in a unique slot among versatile building blocks for pharmaceuticals, fine chemicals, and advanced material applications. Chemists and purchasing managers keep this molecule on their radar thanks to a molecular formula of C7H15NO and structure featuring both a functional alcohol and a pyrrolidine ring. This dual nature gives it polarity and solubility, making it a steady performer in reaction synthesis and formulation work. The HS Code 29333900 facilitates international cargo shipping, and with a specific density close to 0.97 g/cm³, the material arrives in solid, powder, or liquid forms. Often, this gives manufacturers flexibility in both storage and production line adaptations.
Supply chains for this compound tend to focus on Chinese suppliers who run GMP-compliant facilities and meet ISO, REACH, SGS, TDS, and MSDS standards. In actual sourcing, buyers check audit trails and request batch-specific SDS and COAs to catch every critical safety detail. More quality-focused procurement teams look for halal and kosher certified lots, not only to meet religious or geographical requirements but also because these certifications often reflect a mindset of rigorous process control. In practice, supplier-factory partnerships matter: completing a purchase, whether bulk order CIF or FOB, means asking direct questions about raw material origins, traceability records, and recent SGS audits to avoid contamination scares or importer rejection.
Lately, there’s been a noticeable uptick in demand for 2-(1-methyl-2-pyrrolidine)ethanol across Asian and European markets, mainly due to increased pharma development and surfactant projects. Most large Chinese manufacturers can quote factory price directly, offering liter and kilogram packing, supporting both R&D pilot runs and full-scale commercial orders. Buying at scale, it's common to request samples before a full MOQ, and as a distributor, I try to negotiate sample quantity, expecting lead times under two weeks. Bulk purchases often hinge on price trends, which respond to raw material availability in China and policy shifts in chemical safety regulation. Certifications like ISO9001 play into negotiations as proof of ongoing quality management.
Practical users need to weigh the physical properties—liquidcrystal appearance, moderate volatility, and moderate toxicity—against downstream application priorities. This ethanol derivative ranks as a hazardous material under GHS classification. The supplier’s MSDS covers first aid, spill management, fire precautions, and compatible storage details, preventing common workplace accidents. I always read the TDS and ask for REACH compliance documentation, since regulatory bodies can pivot quickly in Europe, changing the acceptable exposure threshold or paperwork requirements on imports. It’s a costly lesson if missed. Proper labeling and safe storage, often in cool, ventilated areas away from acids or oxidants, keep both staff safety records and insurance premiums in check.
Some of the bigger application areas for 2-(1-methyl-2-pyrrolidine)ethanol come in as an intermediate for custom pharma synthesis, especially in CNS and anti-infective APIs. I’ve seen R&D requests for the substance in pilot formulations of surfactants, catalysts, and wetting agents, where the molecule’s solubility and reactivity give process chemists more room for creativity. Even electronic material manufacturers test it for crystal growth modifiers. Any lab or factory planning to scale to tons-per-month volumes checks product specifications and stability data: water content, melting point, storage temp, and regulatory batch records dictate final success. A recurring market ask in my experience: consistent supply, competitive price, and reliable technical support—without much tolerance for delays or deviation beyond the agreed specs.
Procurement rarely peels back the curtain on the actual quote and negotiation process, but anyone ordering bulk 2-(1-methyl-2-pyrrolidine)ethanol learns the value of a tested supplier network. My standard approach—start with an inquiry outlining exact quantity, need for REACH-compliant MSDS and TDS, and asking for a free sample or discounted MOQ. Like any hazardous chemical, be specific about packaging preferences, whether drums, IBCs, or liter bottles. Most Chinese suppliers respond with CIF and FOB pricing, but asking for EXW often nets a better deal for buyers managing their own shipping. Completing a wholesale transaction takes back-and-forth on documentation, import days, and clarity about application fields, since some suppliers want to avoid black-market rerouting.
Keeping pace with Chinese supply policy changes, material safety regulation, and international freight regulations grows more important every year. European buyers especially react to REACH policy shifts, pushing compliance to the forefront. In the US, EPA and DOT regulations influence preferred suppliers, while buyers targeting halal or kosher-certified end markets demand full paper trails. Tracking import market demand reports helps forecast price spikes months in advance. Suppliers who invest in SGS certification update tenders quickly, and I’ve seen those with recent ISO audit results win more repeat business, especially among multinational buyers.
Anyone looking to buy 2-(1-methyl-2-pyrrolidine)ethanol for application in pharmaceutical, surfactant, or specialty chemical production needs to show thoroughness in supplier selection. Certification to GMP, ISO, REACH, and stringent chemical raw materials controls reduces risk. Buyers often ask about halal, kosher, or OEM production options for clients with specific market access needs. On-the-ground experience shows that plastic sealed packaging reduces risk of cross-contamination, and clear TDS, SDS, and COA documentation avoids customs clearance headaches. Each inquiry, quote, or free sample request furthers trust between manufacturing partner and buyer, while transparent communication and prompt technical advice address almost every operational concern.
