1-N-Boc-2-Pyrrolidinonitrile has built a reputation among chemists and industrial buyers for its role in pharmaceutical intermediates and fine chemicals. This compound carries a molecular formula of C10H16N2O2. Its Boc-protected pyrrolidine structure pairs flexibility with selectivity, opening up advanced synthesis options. Factories in China now lead the global supply, offering competitive manufacturer-direct pricing, scalable tonnage, and a range of certifications.
A clear understanding of 1-N-Boc-2-Pyrrolidinonitrile’s structure pays off when evaluating uses or compliance. The compound contains a nitrile and a Boc (tert-butoxycarbonyl) group, giving rise to stability under common lab and plant conditions. Density clocks in near 1.12 g/cm³ at 25°C. CAS number and HS Code are recognized on import statutes for buyers in Europe, North America, and Southeast Asia, helping clear international customs. The white-to-off-white solid dissolves in organic solvents, making it practical as a solution material in pilot or large batches.
Direct chemical-buy options out of China shifted global sourcing trends. Local factories run ISO and SGS-certified operations, offering 1-N-Boc-2-Pyrrolidinonitrile at ex-factory price or on CIF/FOB terms. Most buyers now expect full REACH, SDS, and TDS documentation with any inquiry or quote request. Some suppliers extend OEM, halal, or kosher certification, addressing market expectations. The MOQ varies from a few kilograms to multi-ton bulk, attractive for both research and commercial loads. China-based partners tend to deliver MSDS and detailed transportation labels, especially for hazardous or harmful raw materials.
Anyone purchasing this chemical pays attention to proper handling. Standard operating procedures start with a review of the supplier’s SDS. The raw material carries hazards typical of nitrile compounds: avoid ingestion, vapor inhalation, and prolonged skin contact. Factories must comply with local hazardous material regulations in packaging and shipping, with batch lots barcoded for traceability. Robust tracking, up-to-date ISO and SGS certifications, and compliance with regional policy changes (especially for REACH) promote safe trade. Some brands list recent news about TDS updates or manufacturing advances, supporting transparency and safe practice.
Lab teams and production chemists use 1-N-Boc-2-Pyrrolidinonitrile in medicinal chemistry research, API precursor routines, and as a reactant for specialty materials. The chemical’s protective Boc group helps with selective reaction pathways and reduces byproduct risk in scale-up. Researchers interested in safe laboratory use pay for full documentation up front. Businesses operating in countries with strict chemical policy expect robust compliance support—especially in regions tightening controls on raw material imports or updating safety standards. Available vendor news and certifications play a role in the decision to purchase.
Suppliers field regular queries for pricing, MOQs, and sample availability. Some manufacturers send out free samples or tiny liter-solution packs for qualified buyers. A typical inquiry mentions the destination port and desired purchase terms (CIF or FOB preferred). Seasoned purchasing managers check for documentation on every quote—SDS, TDS, and recent ISO certification. They compare free sample offers, production capabilities, logistics partners, and previous policy compliance before finalizing any chemical buy.
