3,5-Difluorobenzonitrile stands out in specialty chemical manufacturing as a raw material for producing pharmaceuticals, agrochemicals, and advanced materials. This compound, known for its chemical formula C7H3F2N, comes with a molecular weight of 139.10 and a specific gravity around 1.29 g/cm³. Structural clarity matters, especially for those of us handling scale-up or quality control—its benzene ring sits side by side with fluoro and nitrile groups at precise locations. These features mean solid reactivity, a relatively stable shelf life, and known hazards that require detailed hazard communications.
Operators in chemical plants and research labs know that any compound with nitrite or fluorine rings up a host of safety policies. MSDS sheets mark 3,5-Difluorobenzonitrile as both hazardous and harmful when mishandled. It can cause harm on skin contact, inhalation, or ingestion. Proper labeling, ventilation, and use of PPE lower risk, though large-scale facilities often prioritize closed handling systems, especially in China-based manufacturing or export warehouses. REACH, SGS, and ISO 9001 certifications become practical guarantees for buyers seeking consistent quality, traceability, and safety documentation that aligns with global policy trends.
China’s chemical manufacturers drive most of the world’s 3,5-Difluorobenzonitrile supply. Pricing comes down to factory cost structures, scale efficiencies, and access to raw ingredients. Many buyers scout for direct links to manufacturers or exporters with OEM capabilities. The phrase “China-supply” isn’t just a label; it signals open competitive CIF and FOB offers and flexibility around MOQ. Buyers like me, who have spent years tracking chemical procurement trends, look for facilities that provide real-time COAs, live inventory data, and robust halal and kosher certifications—especially for pharmaceutical-grade volumes.
The typical HS code for 3,5-Difluorobenzonitrile falls under 2926909090, lining up with nitrile organic intermediates. Published specs typically include chromatographic purity, moisture content, and appearance—often a clear to pale yellow liquid or crystalline powder. These parameters impact both research and full-scale industrial production. Whether you purchase by the kilogram or require liter-based solution material, direct engagement with the manufacturer helps clarify specs for synthesis use, especially if you’re prepping for scale-up or regulatory audits.
Every plant manager or procurement specialist knows the importance of solid quote structures: CIF or FOB offers, support for international logistics, and flexible order sizes. Inquiry forms help streamline details like batch size requests, documentation (TDS, SDS), and delivery lead times. News from the supply side matters—whether it’s shifting export policies in China or price changes due to raw material shortages. Having a supplier who communicates quickly about these changes—especially one with a proven policy for free samples or smaller MOQs—can make the difference in project speed.
Certifications like ISO, SGS, REACH, halal, and kosher matter for market access. Downstream industries look for partners who combine chemical expertise with transparent, documented manufacturing practices. As a buyer or user, I put trust in suppliers offering end-to-end support, prompt technical feedback, and open news updates on regulatory or shipment issues. In a business where safety matters as much as price, those relationships—built on clarity around 3,5-Difluorobenzonitrile’s specs, hazards, and market positioning—drive the real decisions for factories and distributors around the world.
