2-Bromoprop-2-enenitrile, known by its molecular formula C3H2BrN, draws attention from chemical manufacturers and supply chains. With a structure featuring a bromine atom bonded to a nitrile-bearing propene, this intermediate plays a practical part in organic synthesis. Its HS Code, falling under 2926909090, links directly to a broad array of specialty chemicals, including agrochemicals and pharmaceutical building blocks. The compound posts a specific density close to 1.5 g/cm³. Handling this liquid raw material relies on proper storage and container selection, since it counts as hazardous and harmful under GHS standards. Safety Data Sheet (SDS) information is essential, with MSDS documentation offering up hazard, transport, and first aid details every step of the way. Most China chemical supply companies provide SDS, TDS, and full ISO certifications as a baseline guarantee.
The bulk of 2-bromoprop-2-enenitrile on the market comes from China-based manufacturers. Factories in Nanjing, Anhui, and Shandong have expanded capacity over the last decade, driving improvements in price for buyers who need liter-solution quantities or drum orders. International traders often discuss minimum order quantities (MOQ) for this material: thirty liters stands as a common threshold, with OEM or custom specifications available at a premium. Most suppliers welcome free sample requests—a practice helping labs check purity specs and formula matching before full purchase.
Cost keeps shifting with changes in raw material rates and energy policy out of China. CIF and FOB quotes from licensed exporters show flexibility for both spot buyers and contract clients, but regulatory compliance comes first. With REACH and SGS certification showing up as must-haves for importing into the EU, supply chains lean on in-house QA/QC labs to issue certificates with every shipment. Halal and kosher certification have started showing up for end-users eyeing strict procedural compliance, especially in food and specialty biotech fields.
Labs and plants buy this material for its reactivity. In fact, the bromine group lets it serve as a precursor for unique nitrile and amine derivatives. Pesticide makers and active pharmaceutical ingredient (API) plants each draw from liter-scale and up drum stocks, with batch records closely audited to meet ISO/SGS benchmarks. Electronic industries keep small-volume bottles on hand for organic synthesis work at the R&D stage, sometimes forming custom contracts for rapid-response shipment.
I’ve seen up close how tight safety protocols shape how factories operate, especially in China’s certified chemical zones. Training goes beyond compliance checklists—it makes sense, since exposure to 2-bromoprop-2-enenitrile vapor or liquid can harm skin, eyes, and organs over time. Factory audits now review not only MSDS and hazard labeling, but also raw material segregation and liter solution handling in actual practice. Maintaining a safe bulk material workflow starts with simple things: proper PPE, local ventilation, clear labeling, and strict recordkeeping, with random ISO checks backing it all up.
Buyers today get more data than ever about pricing, hazard classification, and government policy changes shaping raw material supply lines out of China. Quick inquiry response times, clear sample policies, and full traceability (often including TDS and third-party lab certificates) drive real trust between supplier and customer. News about new regulatory limits or updated REACH guidelines often impacts purchase cycles and contract structure. Procurement teams balance price with documentation and safe logistics. OEM and custom solution requests pop up almost every month, reflecting the specialized needs of downstream industries. Those who succeed keep their policy and compliance teams close, request free samples for every new lot, and stay alert for news affecting supply flows and formulas—building a safer, more reliable raw materials market for the long haul.
