(R)-N-Boc-2-Pyrrolidinonitrile, recognized among synthetic chemists for its valuable structural features, has carved its place across pharma intermediates and specialty chemicals. Its chemical structure—a pyrrolidinone ring with a Boc-protected nitrogen and a nitrile group—offers a versatile starting point for developers aiming to build advanced molecules or produce complex APIs. Molecular formula: C10H16N2O2, molar mass: 196.25 g/mol, specific density stays around 1.14 g/cm3. Properties bring both reactivity and selectivity, helping chemists avoid extra protection-deprotection steps.
Sourcing (R)-N-Boc-2-Pyrrolidinonitrile at a reasonable factory price often leads buyers straight to top-tier chemical suppliers and manufacturers in China. Here, the scale of production and carefully monitored QC processes deliver an edge in price-to-performance. Most suppliers offer price quotes in both CIF and FOB terms, and frequently support OEM customization for bulk orders. The usual minimum order quantity (MOQ) falls between 1 kg and 5 kg, and most companies respond quickly to inquiry requests, often delivering free samples to vetted buyers.
Safe chemical handling forms the backbone of a responsible sourcing experience. Buyers can check for REACH, ISO, SGS, and even Halal or Kosher certifications in line with end market demands—a practice that builds trust and transparency in material procurement. SDS (Safety Data Sheet) and TDS (Technical Data Sheet) files come included, spelling out every safety step, storage guideline, and hazardous property. Responsible suppliers see MSDS and compliance paperwork as more than red tape; these are risk-management essentials.
With its strong stereochemistry and robust Boc-protection, (R)-N-Boc-2-Pyrrolidinonitrile often finds its way into chiral synthesis—think key intermediates in CNS-active drugs or fine chemicals. Its compatibility with various reagents lets it fit easily into existing synthetic routes. During my stint collaborating with a mid-size API facility, purity levels and the reliability of every liter solution often formed the bottleneck. Suppliers backing up shipments with reliable ISO-tested COAs made all the difference, particularly for products shipped under sensitive CFR and DDP terms.
Material is classified as harmful upon acute exposure—wearing gloves, using fume hoods, and controlled storage below 25°C remain non-negotiables. Raw material batches matching HS Code 2933399090 streamline import documentation for global buyers, especially those moving shipments from Chinese ports into Europe and the US.
China’s ongoing improvements to chemical supply policies—stricter QC, third-party audits, regular updates to safety rules—make it easier for buyers to receive raw materials with predictable quality and clear paperwork. Recent news points to several major chemical manufacturers dropping turnaround time by digitizing their inquiry and quote systems. Some, known for certification under halal and kosher standards, now fill global niche demand.
The global conversation around hazardous materials has shaped how suppliers package and transport (R)-N-Boc-2-Pyrrolidinonitrile. Palletized drums, inner plastic liners, and custom-labeled containers help preserve material quality. Some exporters now run monthly updates for buyers about policy changes, compliance news, and raw material price shifts, making future procurement more predictable.
Quality, traceability, and price transparency will continue to matter for buyers lining up next year’s production targets. For anyone interested in (R)-N-Boc-2-Pyrrolidinonitrile, a quick inquiry to a certified Chinese factory, cross-checking certification, and asking for recent SGS or ISO documentation ranks as the safest route—making sure no corner gets cut from purchase to end-product.
