4-Bromophenylacetonitrile, known by the CAS number 114772-54-2, serves as a key raw material in fine chemicals, pharmaceuticals, and specialty materials. Its structure—made up of a bromine atom bonded to a phenylacetonitrile group—delivers unique reactivity that supports downstream syntheses in research labs and industrial production plants. The molecular formula is C8H6BrN, and the HS Code for customs tracking usually falls under 2926909090.
This material appears as a white to off-white solid with a specific density around 1.4 g/cm3. The typical melting point ranges from 63-66°C. Chemists value the nitrile functionality attached to a brominated aromatic ring, because it handles several coupling reactions and introducing further functional groups. Purity levels reach 98% or higher depending on supplier guarantees and downstream application needs; these are documented in the Certificate of Analysis (CoA), which most buyers request with each shipment.
Anybody working with 4-Bromophenylacetonitrile must check the MSDS. Direct contact can irritate skin or eyes, and inhalation leads to respiratory discomfort. ISO and SGS certificates speak to manufacturing quality, but not to safety on the ground. SDS information covers safe material storage, recommended PPE, response in case of leaks, and first-aid measures. Companies in China supply this compound under strict hazardous materials policies, often in liter-sized, sealed, HDPE containers with clear labeling. Proper waste disposal keeps workplace risks to a minimum and fits REACH guidelines for European buyers.
China-based manufacturers dominate global production and export, offering strong supply chains, short lead times, and factory-direct prices. Key suppliers support OEM and custom synthesis for industrial partners. Buyers can ask for samples—usually a few grams free of charge. Commercial quantities often mean a minimum order quantity (MOQ) of 1 kg or 5 kg, depending on project scale and contract terms. Both CIF and FOB quotes arrive on request. Some suppliers highlight Halal and Kosher certification as well, which opens doors for food-grade or pharma-grade end-use in certain regions.
Getting the right quote involves sharing intended use, target volume, destination, and any regulatory specs such as REACH or ISO standards. Responsible purchase teams always verify both SDS and TDS documents before closing on a supplier. As counterfeiting or quality drift remains a risk in crowded markets, checking supplier audit history—ISO, SGS, third-party visits—reduces surprises later. Freight and customs agents guide on HS Code classification, which influences duty rates and risk flags in border inspections. Finding a supplier with responsive customer service helps buyers keep projects on track, even as global chemical supply cycles remain unpredictable.
Global policy on chemicals keeps shifting. Countries and regions roll out new import duties or tighten restrictions, especially around hazardous and dual-use raw materials. Importers who keep up with news on China supply policy or recent trade shifts get an edge. Newsletters from responsible factories often share updates ahead of regulatory bodies. As environmental and safety expectations keep rising, partners who transparently document properties, transport, and disposal set themselves apart in a fast-moving market. Responsible use anchors all this—from safe handling on the workbench to clear labeling in storage—and supports sustainability and safety for all involved in the supply chain.
