In the world of specialty chemicals, 3-Fluoro-4-Hydroxybenzonitrile grabs serious attention among research teams, manufacturers, and trading companies. This molecule holds a CAS number of 77175-24-1, packing a molecular formula of C7H4FNO and a specific density of about 1.31 g/cm3. As a crystalline solid, it mixes safety, challenge, and utility: pale hues and a sharp melting point support stable packaging and handling. Analytical specs—including purity above 98% and a low moisture content—make it dependable for high-end syntheses.
Many industries rely on this aromatic intermediate. Agrochemical firms frequently source this material as a precursor for more complex crop protection agents. Pharmaceutical labs draw on its selective reactivity to build blocks for advanced molecules—painstaking work that underpins drug discovery, antiviral development, and medical research. Electronics manufacturers tap into its robust structure for specialty polymers and voltage-resistant coatings. Authentic, consistent supply matters when your business needs each batch to keep the same specs as the last. With China-based manufacturing hubs, cost savings and just-in-time delivery both drive purchasing decisions.
Buyers look for direct lines to trusted factories with ISO and SGS third-party certifications. Many request MSDS, TDS, and REACH-compliant documentation to qualify materials. Reliable suppliers publish up-to-date prices—CIF or FOB—offering swift quotes and honest minimum order quantity (MOQ) information. For new users, sample requests go out, met by labs willing to show off their production quality. Packaging ranges from small glass bottles (liters) for research scale, up to full drum orders for commercial buyers seeking stability and traceability. Price per kilogram fluctuates with raw material costs, exchange rates, logistics pressure, and trade policy. Some buyers need OEM labeling, Halal, or Kosher certification, as global distribution now demands more than raw output alone.
3-Fluoro-4-Hydroxybenzonitrile comes flagged as hazardous and harmful by international standards. Factories enforce strict PPE and closed-system handling: gloves, protective eyewear, and specialized storage cut down incident risk. Chemical buyers often ask for the latest SDS to guarantee regulatory compliance for R&D, transport, or local use. Importers in Europe, the US, and Asia insist on traceability, batch records, and measures to keep workers safe. Environmental health—proper ventilation, spill response procedures, and dedicated handling zones—comes up in every audit. Authorities keep a sharp eye on adherence to safety rules, making strong documentation a must.
Reliable supply sits at the core of every procurement strategy. Disruptions—energy shortages, raw material swings, port delays—can push up prices or stretch out lead times. Direct relationships with Chinese manufacturers sharpen the edge: faster response, more transparent negotiation, and hands-on technical support. Importers often band together to negotiate major orders or invest in local inventory systems. Digital tools speed up documentation: online quotations, instant COA download, and 24/7 inquiry response. Shared knowledge, regular plant visits, and adherence to international safety standards all raise trust in supply quality. Real innovation happens when transparency, stable logistics, and compliance unite.
