(2Z)-3-Aminobut-2-enenitrile offers a functional building block in pharmaceutical and fine chemical synthesis. This molecule, featuring the formula C4H6N2, combines an amino group and a nitrile double bond, bringing versatility for downstream application. With a molecular weight close to 82.10 g/mol and a specific density typically around 0.95 g/cm³, its structure enables strong reactivity in organic transformations. For factories and labs across China and worldwide, this raw material often sits as a crucial matter in modern drug discovery and research. Leaning into its properties—high solubility in polar solvents and clear MSDS classification as harmful—chemists leverage it for key intermediates like pyridine rings, vital in today’s APIs.
Sourcing (2Z)-3-aminobut-2-enenitrile in China gives buyers access to factory-direct pricing, with robust supplier networks across Jiangsu and Anhui. Reliable chemical manufacturers offer competitive quotes based on CIF and FOB trade terms, catering freight to port or customer preference. Many suppliers will share SGS and ISO certification records, supporting consistent quality. OEM or custom batch runs come up in larger projects, with inquiry emails often producing sample offers free of charge. MOQs will vary between 1 kg and 25 kg per order, depending on purity or packaging requests.
Beyond price, policies on REACH and TDS/SDS compliance make or break a deal for many. Export-focused companies invest in up-to-date documentation, from safety data sheets to halal and kosher certificates where needed. Customers with food or pharma projects frequently care about traceability and upstream transparency—asking for every certificate on offer, sometimes down to HS codes and batch records.
This nitrile brings stable storage at room temperature, but safe handling stays a must due to moderate toxicity. Chemical MSDS sheets categorize (2Z)-3-aminobut-2-enenitrile under “harmful” or “hazardous raw materials.” Continuous use of PPE, local exhaust ventilation, and spill protocols avoid unnecessary exposure. Supervisors emphasize training based on SDS content. Weighing and transfer setups often rely on closed systems, reducing the risk for technical staff.
Core uses sit in pharmaceutical intermediates and specialty materials development. As a precursor to heterocyclic rings or fine chemical ligands, its utility shows up in R&D and commercial synthesis alike. Plant managers working in pharmaceutical or agrochemical industries prioritize purity specs, often above 98%, ensuring downstream reactions perform as expected. Some companies request liter-scale solution packaging ready for in-line synthesis, optimizing production without extra prep.
Recent news from China’s chemical supply industry points to stable policy support for exports of aminonitriles like this, alongside tightening regulations on hazardous materials management. Factories keep pace by updating ISO standards and investing in ERP systems. Customer inquiries picked up volume post-pandemic, with many buyers exploring price trends before committing. CIF Shanghai quotes track closely with global raw material costs, and suppliers often align business with green chemistry guidelines for waste and emission reduction.
For buyers, detailed specification sheets remain non-negotiable. Reliable partners share structure diagrams, product analysis, and logistics timelines up front. As demand for certified, quality-assured raw materials rises, responsive communication and transparency rule today’s competitive market for (2Z)-3-aminobut-2-enenitrile.
