2-Fluoro-4-Bromobenzonitrile, a specialty aromatic compound, draws a lot of attention through the chemistry and pharmaceutical worlds for its precise role as an intermediate. The formula reads C7H3BrFN, yielding a molecular weight of 200.01 g/mol. Chemists see value in its fluorine and bromine positioning. These atoms reshape the benzene core, opening ways for further transformations that underpin many drug syntheses, agrochemical launches, and fine material experiments. Reach for a product like this, and one senses a blend of structure and utility that propels new research forward.
Color and form matter in the lab: this compound appears as a pale to off-white powder. It gives off a faint odor. Handling requires attention; nitriles can be hazardous. The material safety data sheet (MSDS) highlights potential for respiratory, skin, and eye irritation. Anyone working with it needs gloves, lab goggles, a good fume hood, along with strict procedures for accidental release and disposal. Standard storage means locking it in a cool, dry spot—away from light, acids, and strong oxidizers. In a world waking up to safety standards, seeing a supplier offer ISO, SGS, and even REACH compliance gives peace of mind for every order, whether in research or pilot plant volumes.
An experienced chemist can spot the benefit in sourcing this material from manufacturing regions such as Jiangsu or Shandong, China. Factories in these clusters run updated production lines, batch and bulk synthesis tanks, and quality labs to monitor every kilogram. These factories provide competitive CIF and FOB pricing, supporting “factory price” procurement that stands apart in a globalized market. Quick lead times, secure packaging, and a willingness to ship liter-level solution material or solid drums show that flexibility holds as much value as certifications do. China maintains robust raw material supply, ensuring steady output—even through global logistics hiccups or shifting policy environments. Most suppliers now support online quote systems, full specification sheets, HS codes for customs, and ready inquiries about MOQ or sample availability. In recent years, larger exporters began offering halal and kosher options, meeting more buyer needs worldwide.
Customers need a clear view of every physical parameter—density, melting point, boiling point—before committing to a purchase. Laboratories want said figures matched by real analytical proof like HPLC, GC-MS, or NMR reports. It’s not just about theoretical data: one batch off-target sinks a month’s research budget. Some suppliers offer technical data sheets (TDS) and rigorous third-party inspection, beside standard SDS and COA documentation. I’ve learned the hard way—an off-color solution or contaminated solid can mean reordering and wasting weeks. For buyers outside China, CIF price gives predictability for delivered cost, while those arranging their own freight lean on FOB terms. Either way, trust in the paperwork, plus honest factory responses, guides real purchase decisions.
Research and manufacturing clients now expect more than purity—they want repeatable supply, ISO and SGS certification, and sustainable sourcing. Product news hits the industry—policy changes, REACH updates, SDS version renewals—so buyers keep an eye on notification channels from reliable suppliers. As a result, many factories have grown skilled at OEM and custom synthesis, fine-tuning the product for every client’s end use. Confidence builds from tested certification, sample offers, clear specifications, and engaged customer support. I keep returning to trusted China-based companies, where every inquiry, quote, or shipping update actually helps move a project to the finish line.
