3-N-Boc-(S)-Amino Butyronitrile stands out as a raw material in pharmaceuticals, fine chemicals, and advanced materials research. This compound carries a Boc-protecting group and chirality at the S-position, making it useful for producing complex intermediates. Molecular formula C9H16N2O2, HS Code 2933990099, specific density around 1.05-1.07 g/cm3. Its solid form, clean structure, and stability help manufacturers during synthesis.
Sourcing from China offers cost benefits and wide availability. Top manufacturers provide msds, sds, and all specifications, so buyers have a clear view of molecular properties, purity (usually >98%), and packaging options—often 1kg, 5kg, 25kg drums. For technical buyers, data sheets show melting point (55-59°C), NMR data, and detailed product structure.
Global demand for 3-N-Boc-(S)-Amino Butyronitrile grows with broader pharmaceutical R&D. China maintains a robust position in supply, balancing price with factory safety. Prices vary: direct from factory, quotations on CIF (Cost, Insurance, Freight) or FOB (Free On Board) terms bring choices depending on region and volume. For bulk users, MOQ (minimum order quantity) typically starts at 1kg, with free sample policies from many suppliers.
Some buyers look for OEM, halal, kosher certified options to fit into regulated markets. Certification—ISO, SGS, REACH—offers peace of mind. Communication with suppliers in China often moves fast, with digital inquiries answered in hours. TDS, SDS, and all certifications are provided before shipping. In my experience, picking a supplier with strong policy clarity saves months of troubleshooting. Scrutinizing storage, temperature, and compliance details pays off, as raw material quality impacts downstream synthesis.
3-N-Boc-(S)-Amino Butyronitrile deserves careful storage. As with most nitriles, this chemical classifies as hazardous. Literature and msds flag harmful and potentially dangerous vapor exposure or direct contact. Factory storage rooms keep it in sealed containers, away from heat and moisture. Workplaces invest in fume hoods and personal safety—goggles, gloves, and air handling systems.
Understanding material hazards drives policies. Regular staff training, site audit checklists, and emergency response plans ensure safe transfer from factory to lab. Buyers expect every batch accompanied by updated msds, lot numbers, and full traceability—especially when the compound feeds regulated pharmaceutical products.
The chemical’s value sits in making target molecules for active pharmaceutical ingredient (API) routes. Researchers trust its performance to build stereoselective centers, which means low impurity levels are critical. Factories in China keep up with strict quality management, monitoring each step for cross-contamination or deviation.
Manufacturers face tough global standards—REACH, ISO, and custom certification for kosher or halal markets. Spot checks and third-party audit reports (SGS, Intertek) help maintain compliance. As policy updates roll out, top suppliers adjust sops, issuing news bulletins directly to customers. Updates may cover export licenses, tariff adjustments, and labeling protocols.
Buyers find value by keeping a close relationship with reliable suppliers. Fast-response inquiries, clear CIF or FOB quotes, and transparent factory policies help gauge trust. Successful buyers share feedback, build long-term partnerships, and push for batch-level documentation. Strong partnerships lead to reliable supply, product traceability, and shared success in a competitive world.
