1-Pyrrolidobutylronitrile carries a unique molecular formula: C9H15N2. This compound shows a specific density of around 0.99 g/cm3 and sits as a prized raw material in many specialty market segments. The presence of the nitrile group, along with the pyrrolidine ring, causes its molecular structure to offer both stability and targeted reactivity in different chemical processes. From my experience on the procurement side, these features make it attractive for research and advanced manufacturing, where custom synthesis demands predictable, reliable input.
China sits among the biggest suppliers of 1-Pyrrolidobutylronitrile, especially for clients in the pharmaceutical, agrochemical, and fine chemical sectors. Factories showcase ISO and SGS certification, halal and kosher status, and frequent REACH registrations. Most buyers ask for MSDS, SDS, TDS, and sample material before discussing CIF / FOB quotes, as policy demands clear traceability. On my end, I’ve seen minimum order quantities (MOQ) begin at 10-25 kilograms, with larger inquiries from international traders who want a steady monthly supply. Pricing swings in response to raw materials or energy policy, so early inquiry to lock a rate makes sense.
Anyone working with 1-Pyrrolidobutylronitrile needs a tight checklist for safety. Classified as a hazardous raw material, it falls under harmful substances per its MSDS. Personal protective equipment is non-negotiable: gloves, face shield, and proper fume extraction. Spills should be isolated right away. I’ve observed teams conduct drill runs before full-scale production to ensure safe workflow, especially when prepping liter solutions or handling bulk drums. Cross-referencing HS code listings and local compliance guidelines avoids regulatory headache and helps prevent unplanned shutdowns.
This molecule’s versatility lands it in everything from specialty intermediates to new catalyst formulations. Lab chemists look at its balance of reactivity and solubility, while scale-up managers want its consistency over repeat orders. Fine-tuning its properties in final blends often tells apart top-tier suppliers from casual players. Many Chinese manufacturers now support full OEM runs and private label development, a shift responding to increased client control over material traceability and documentation.
Global demand shows steady upward motion, driven partly by newer pharmaceuticals under development in Europe and Asia-Pacific. Strict policy and REACH controls mean source traceability weighs heavily on purchasing decisions. Factories with in-house QC and ISO-9001 quality systems get higher marks, especially on Western contracts. Buyers with long-term interests ask for sample batches, then request quote structures tied to both CIF and FOB, comparing landed cost scenarios for just-in-time delivery. Raw material price volatility still affects the final sale price, spurring both end-user and supplier to invest time in stable long-term agreements. Free samples, when available, give trust and help settle any technical questions ahead of a big purchase.
A strong history of ISO, REACH, SGS, halal, and kosher certificates puts Chinese manufacturers in a favorable spotlight. For buyers, receiving a complete set of MSDS, SDS, TDS, and COA documents speeds up internal approval. Several factories now highlight news and policy updates, showing their commitment to global best practices. This approach reduces risk for everyone along the supply chain—producer, trader, end user—when every raw material batch must tick off quality and safety standards before use.
