4-Chloro-3-Methylbenzonitrile, also known as CMBCN, brings a lot to the table for industrial users. This compound, with molecular formula C8H6ClN, stands out in the chemical supply market due to its unique structure—a benzene ring with a chlorine atom at the fourth position and a methyl group at the third, plus a cyano group. This configuration matters for chemical manufacturers because it influences reactivity and potential applications, particularly in fields such as pharmaceuticals, agrochemicals, and specialty materials.
The physical and chemical properties of 4-Chloro-3-Methylbenzonitrile catch the eye of R&D and industrial teams. It appears as a pale yellow crystalline powder with a specific density around 1.17 g/cm³. The molecular property—boiling point near 238°C—means this material can handle higher process temperatures. Its HS-Code for customs classification is 2926909090, relevant for global trading, especially with china-supply channels gaining traction over the years.
In Asia, especially China, chemical factories produce large volumes of 4-Chloro-3-Methylbenzonitrile, driving prices down thanks to efficient scale and robust logistics. It’s common to purchase this compound directly from factory suppliers, who provide competitive per-kg rates and flexible packaging, along with clear CIF or FOB shipping arrangements. Queries for larger purchases often unlock better deals or even free samples, useful for buyers verifying quality before committing to big MOQ orders. Reputable chinese suppliers publish transparent price lists, provide up-to-date MSDS, and help buyers secure required documentation like REACH registration, TDS, and ISO or SGS certification, supporting compliance with evolving policy in Europe, the US, and Middle East markets. For applications demanding extra care on product origin, some factories also offer halal or kosher certified options, answering growing concerns in food and pharma sectors.
CMBCN finds its place in the synthesis of advanced molecules. As a raw material, it acts as a stepping stone in manufacturing herbicides, dye intermediates, and select pharmaceutical compounds. QC labs appreciate its clarity in liter-solution preparation, ensuring reproducible results. Process engineers count on stable molecular structure for scale-up, as off-batch reactions can lead to costly downtime. Personal experience tells that despite its solid performance, safety matters—a quick glance at the SDS flags it hazardous: it’s harmful upon inhalation, ingestion, or skin contact. Direct interaction in a lab taught me that gloves and proper goggles are a must. Engineering teams set up local exhausts and ensure SDS/MSDS access before unloading.
Workers need practical safety advice, not theory—sure, you find every chemical labeled hazardous, yet with 4-Chloro-3-Methylbenzonitrile, managers run regular hazard drills and store the material in tightly sealed containers, away from heat or open flames. A typical TDS details reactive incompatibilities, which come in handy during troubleshooting. More buyers now demand batch traceability, especially from overseas manufacturers—OEM certification and third-party lab validation (SGS or similar) assure buyers of authenticity and batch consistency before purchase.
Quality sourcing means more than chasing the lowest factory price. Buyers make inquiries that dig deeper—What batch tests can you share? How fast is your CIF delivery? Can you provide paperwork for customs clearance? I see suppliers offering round-the-clock support, arranging for free pre-shipment samples, or handling sudden MOQ adjustments. Good chemical-buy relationships grow from reliable answers at inquiry stage, not generic promises. Decision-makers, especially in pharma and specialty chemical plants, know it’s wise to request detailed product specs, read news on new China-supply policy shifts, and keep all certifications (ISO, REACH, halal, kosher) up to date for a smooth procurement experience.
