3-Fluoro-4-Bromobenzonitrile belongs to the world of specialty raw materials. Its structure builds off a benzene ring, holding fluoro and bromo groups partnered with a nitrile, shaping a chemical that sees frequent roles in pharmaceutical R&D and fine chemical manufacturing. Formula: C7H3BrFN. Its unique lattice brings about particular reactivity, making it a favorite in the design of new molecules and intermediates.
Specific density hovers around 1.6–1.7 g/cm3 at room temperature. HS Code for export: 2926909090, fitting into organic nitriles. The compound appears as a pale to colorless crystalline powder, showing purity levels above 98%—a must for downstream synthesis. Molecular structure fuses aromatic stability with halogen reactivity, supporting coupling and substitution reactions in various labs. Compatibility with organic solvents stands out, making it easy to weigh and dissolve for liter-solution preparations in production or pilot settings.
China stands as a central source for 3-Fluoro-4-Bromobenzonitrile based on scale and cost. Several manufacturing plants carry ISO and SGS certification, and many meet REACH and TDS requirements for global trade. Certifications like Halal and Kosher—alongside OEM production—tailor the compound for wider use. Pricing moves with raw material costs and production volume, so those interested usually request a CIF or FOB inquiry for bulk quotes. MOQ sits between 1–25kg, though larger buyers can often negotiate discounted rates.
MSDS documents for 3-Fluoro-4-Bromobenzonitrile warn of harmful exposure if inhaled or contacted with skin. This compound sits in the hazardous class, flagging flammability and the need for engineered ventilation. Wearing proper protective gloves, safety goggles, and using fume hoods isn’t optional—these actions stop accidental contact and reduce risk. Spillages get collected with inert material, any waste disposed of as regulated chemicals. The usual advice: store cool, dry and away from incompatible materials, and never allow it near open flames or oxidizers. SDS and TDS data is available through most large suppliers to ensure compliance from lab to plant.
Suppliers in China often promote direct factory prices and offer free samples for qualified buyers. Ordering starts with a simple inquiry: specs, usage plans, volume. Some offer CIF or FOB pricing for international shipment. Purchase policies center on transparency—buyers request HS Code and full documentation, including full COA (Certificate of Analysis) and batch-level traceability. Most suppliers also track global chemical news and update policies after any regulation shift, keeping buyers informed regarding export restrictions or import duties.
In personal experience as a chemist, solvents and intermediates like 3-Fluoro-4-Bromobenzonitrile come with both promise and risk. Strong policies, training, and certifications cut down on the chance of mishandling. Each batch gets logged, and liter-solution preparations get verified by two sets of eyes. For business, confirming MSDS details and supply chain traceability upfront saves time and reduces regulatory headaches—especially for export and OEM contracts. Prompt response on quotes and technical data matter, a point sometimes overlooked by newcomers shopping factory price as the only criterion.
To find serious partners in China or elsewhere, check for responsive tech support, up-to-date certifications, and detailed responses to inquiry. Most reputable suppliers go beyond quoting the price: they let buyers review current SDS, TDS, and packing specs. Interested buyers can look for REACH, ISO, Halal, Kosher, SGS credentials for assurance of safe and lawful sourcing. Seeking free sample material isn’t just sensible—it signals a focus on proof of quality before scale-up. OEM and custom synthesis support can lend a competitive edge if your process needs a tweak on standard molecules.
