Across the chemical industry, 4-Chloro-2-Methylbenzonitrile stands out as an essential compound for pharma, agrochemicals, and material synthesis. Known for its CAS number 874-90-8, the molecular formula C8H6ClN, and a molecular weight of 151.59 g/mol, this compound combines performance with versatile application. Its appearance: a pale crystalline solid, typically with a specific density near 1.17 g/cm³. It melts around 47-49°C and boils above 235°C, making it stable through demanding processing steps.
Every time I pick up a bag from the factory or open the drum at the warehouse, risks come to mind. 4-Chloro-2-Methylbenzonitrile requires proper handling because it rates as hazardous for health and environment if mismanaged. Its MSDS and SDS offer thorough detail—users find PPE recommendations, exposure response, and disposal instructions. Skin and eye protection, good ventilation, and careful transfer methods help avoid harmful incidents. Many buyers request REACH, ISO, and SGS certifications to confirm product quality and regulatory compliance. Halal and kosher certifications often open doors for global markets.
China remains a dominant supplier, shipping 4-Chloro-2-Methylbenzonitrile worldwide. Factory prices, especially from certified suppliers, draw the attention of both big pharmaceutical buyers and speciality intermediates companies. CIF and FOB options let buyers balance shipping risk with cost management. OEM supply gives flexibility for those needing specific packaging or custom solution formulations—sometimes in liter-scale liquid solutions or powder forms. Quick inquiries get timely quotes on MOQ and lead time, while transparent spec sheets and material test results support decision-making.
With strong electron-withdrawing groups, 4-Chloro-2-Methylbenzonitrile fits in as a raw material for synthesizing new molecules. In my experience, research teams and production lines turn to it for efficient reaction pathways when making crop protection chemicals and pharmaceutical intermediates. Its high purity supports reaction reproducibility. Labs often request TDS for direct insight into lot purity and impurity profiles. End users value reliable sourcing, especially those with complex audits checking HS Code 2926909090 compliance, custom declaration documents, and factory ISO records.
Price stability and supply continuity sometimes cause headaches. Over the years, policy shifts—including environmental regulations or new REACH registrations—have pushed for tighter compliance. Buyers who maintain strong partnerships with audited manufacturers and stay ahead with up-to-date SDS and TDS face fewer surprises. I’ve seen cost advantages for those willing to agree to larger MOQ contracts, as factory producers often reward volume with better pricing and priority allocations. Free samples offer a solution to trial new lots before major purchases.
For buyers and users, it’s not just about getting a good deal or ticking off certification boxes. It’s about trust built through open inquiry channels, clear MSDS sharing, and ethical sourcing. By staying informed on product news, company policies, and evolving certifications like Halal, Kosher, or OEM standards, chemical users can manage risk and build steady operations. 4-Chloro-2-Methylbenzonitrile doesn’t just fill a lab bottle or a plant silo; it bridges supply, science, and safe use across borders.
