Benzonitrile, 4-Fluoro-2-Methyl-, also known as 4-Fluoro-2-Methylbenzonitrile, serves as a key building block in modern organic synthesis. The chemical formula is C8H6FN, and many pharmaceutical R&D labs request it for both small-scale and commercial-scale projects. Its specific density sits around 1.1 g/cm3, and the molecule’s structure contains a fluoro and methyl group on a benzonitrile framework, giving it unique reactivity. From my years talking with industry specialists, this raw material often shows up as a crucial intermediate in active pharmaceutical ingredient (API) routes and specialty material innovations.
Fresh out of the drum, this product comes as a colorless to pale-yellow liquid. Its melting point, boiling point, and molecular structure are all readily available in the MSDS for those who care about reaction conditions and handling. Being flammable and slightly harmful, the chemical demands careful storage and handling, especially during scale-up processes. Most factories shipping out of China include up-to-date SDS, TDS, ISO, and SGS certifications with every lot. More and more, clients expect REACH-compliant supply chains to support eco-friendly manufacturing and global commerce standards. I have seen strict policies leading sourcing teams to ask about halal and kosher certifications for final product use in regulated markets.
Today’s buyers mostly look for China-supply deals because plant capacity and raw material logistics make for affordable prices and reliable timelines. Several years ago, a partner company scouted a new benzonitrile factory in Jiangsu that blew away expectations with their GMP alignment and robust QA/QC teams. Chinese suppliers list official HS Codes for customs clearance and respond fast to quote requests—often within hours via email or dedicated B2B platforms. I’ve noticed MOQ flexibility; some plants support orders as small as 1 kg, others only by drum or pallet for larger-scale users. Labs often test with free samples before scaling up purchase orders.
Factory price structures depend on volume, testing requirements, and shipment terms. Many buyers request CIF or FOB quotes to budget costs more accurately and optimize logistics through sea or air freight. With the supply chain offering competitive rates from start to finish, there’s a push to keep products safely packed and fully documented. OEM options are open for those who want formulas blended or packed under custom branding. Requesting a liter solution or any custom concentration has become more common for researchers hoping to save lab time.
Policy changes in international trade often shape buying decisions. Clients in Europe and North America recently asked about REACH registration for all chemicals shipped from East Asian factories. Recent news out of the EU confirms that future standards will only tighten, putting pressure on manufacturers to ship with the most up-to-date documentation. Having full MSDS and safety verification on hand makes customs clearance smoother and protects workers during transit and use. Lab professionals and purchase teams cite these protocols as non-negotiable in product selection. Ensuring safe and certified raw materials is not just corporate policy but a demand from end customers, right down to finished product guarantees.
The road from inquiry to final sale often includes sample evaluation, technical consultation, and negotiated lead times. Marketing teams field direct questions from SMEs, multinationals, and procurement managers who care about availability, price, and regulatory status. As global demand for specialty intermediates and high-purity materials continues to rise, the market favors suppliers who guarantee consistent quality, competitive FOB/CIF pricing, and full transparency. More clients want news, policy updates, and compliance status before placing larger orders. The direction is clear: safe, documented, and high-quality solutions make an impact in a shifting chemical marketplace.
