3,5-Difluoropicolinonitrile shows its strength in the world of specialty chemicals. Its molecular formula stands as C6H2F2N2. Structural design includes two fluorine atoms bonded on a pyridine ring, making it ideal for modifying agrochemicals, pharmaceuticals, and advanced materials. Typical molecular weight sits at 140.09 g/mol, density at 1.3 g/cm³. Transparent or slightly yellowish, it appears as a solid or sometimes a viscous oil, depending on purity and storage method. Importers and users often want assurance—HS Code helps with global logistics and compliance, often falling under 29333999 for various nitrogen-heterocyclic compounds.
China plays a major role in the export of 3,5-Difluoropicolinonitrile. Direct purchase from Chinese suppliers opens access to competitive quotations: CIF, FOB, and more. Engaging a reliable chemical-buy supplier in China means lower lead times and bulk purchase flexibility. Factory price matters when running large syntheses, and MOQ—minimum order quantity—can often start at just a few kilograms, sometimes negotiable. Many factories offer quote systems online, letting buyers compare costs within minutes. OEM certification, plus options for halal and kosher-certified materials, allow reach into regulated global markets.
Purchasing specialists and researchers keep eyes out for MSDS, SDS, and TDS for each shipment. These documents detail safe handling, hazard, and emergency info. 3,5-Difluoropicolinonitrile counts as hazardous—storage demands a cool, dry place, tight containment, and controlled access. Export shipments need REACH pre-registration in the EU, plus ISO, SGS, and sometimes even local certifications for each batch. Halal and kosher statements widen usage for ethical and religious sectors, while the MSDS highlights routes of exposure, toxicology data, and safe disposal advice.
Chemists trust the material’s sharp reactivity. 3,5-Difluoropicolinonitrile serves as a building block for intermediates in crop protection, drug research, and dye manufacture. Some buy it as a stock liter-solution, but bulk buyers usually order pure raw material. Density, melting point, and purity specs get highlighted on COA—certificate of analysis. Physical property stability supports both R&D and industrial synthesis projects. More firms now integrate green policy, favoring cleaner production and reduction of hazardous by-products. A few Chinese factories offer free samples to verify fit before full purchase. Prices have remained stable, with only slight fluctuations due to raw material costs or international logistics policy changes.
Buyers looking to order should gather specs, desired quantity, and the required certification list before reaching out. Inquiry forms let new users request quotes fast, and many suppliers now provide online chat support for technical and logistics questions. For long-term procurement, negotiating a supply contract can drive unit costs lower, especially at higher volume.
With global demand for customized intermediates rising, attention keeps shifting to Chinese manufacturers offering factory-direct solutions and batch traceability. Certification standards such as ISO and SGS ensure quality, while compliance with local and international policy covers product-specific risks. More clients also ask for green chemistry credentials, so suppliers adapting their process win broader business. Staying informed on market news and policy updates around hazardous raw materials, tariffs, and trade agreements means making smarter sourcing decisions for 3,5-Difluoropicolinonitrile today.
