2-Aminopyridine-4-Carbonitrile steps into the market as a solid chemical raw material, regularly found in R&D labs, pharma manufacturing, and fine chemical industries. Chemically recognized by the formula C6H5N3, it brings together a pyridine ring bearing both an amino group and a nitrile function. Its HS Code lines it up for easy international trade, supporting compliance checks and customs rules. Density floats around 1.25 g/cm3; this supports safe material handling and storage.
Look for a pale-yellow or off-white crystalline appearance. Solubility varies—glimpses of possibility in polar organic solvents, while water solubility remains low. This matters when you’re thinking about suitable containers—stainless steel wins over plastic for most storage tasks. The molecular structure supports both nucleophilic and electrophilic reactions, turning this material into a keystone intermediate for active pharmaceutical ingredients (API) and agrichemicals.
Chemicals straight from Chinese manufacturers often drive global prices lower, staying competitive due to efficient factory flow and raw material sourcing near industrial hubs. Quotes on 2-Aminopyridine-4-Carbonitrile from leading China suppliers usually reflect this. For buyers, options exist: CIF, FOB, and even sample requests before purchase. Minimum order quantity (MOQ) usually remains flexible, but communicating your needs early avoids delays.
Strong suppliers not only keep up with ISO standards, but back up their product with real certification—halal, kosher, REACH, SGS test reports, and even custom OEM packaging that helps downstream users handle the material in their workflow. Requesting an MSDS (safety data sheet) always comes first on my list, especially when encountering new batches.
2-Aminopyridine-4-Carbonitrile calls for careful handling. Dust or unintended contact turns hazardous. Respirators, protective gloves, and adequate room ventilation decrease exposure risk. Any material shipment should come with both MSDS and TDS for reliable info on hazards and raw material purity. For larger batches, warehouse managers prefer original sealed drums, clear hazard labeling, and regular staff safety drills. Safe use ties to compliance—REACH pre-registration and careful hazardous goods declaration support unhindered shipping.
Laboratories and manufacturers keep close tabs on stock purity and documentation, since one weak link compromises an entire synthesis run. Medicinal chemistry researchers have long used this molecule as a coupling partner for key intermediates—antiviral, anti-inflammatory, and antitumor projects all find a foothold here. Agrochemical and dye intermediates also show up in inquiries; versatility matters, but so does transparency from chemical suppliers.
Buying from a genuine chemical factory in China often smooths out regulatory review, so long as product certifications stand up to audit and sampled drums test clean. Requests for quote can include technical support on liter solution prep and safe waste disposal.
Pricing and MOQ steer many purchase decisions. Yet free samples, responsive after-sales policy, and rapid quote turnaround tell me more about a chemical distributor’s real quality. Certification—halal, kosher, ISO, SGS—and clear documentation anchor trust, especially for international buyers bound by strict local policies. Industry news flows fast; policy shifts—tariffs, export rules, dual-use tech—can change overnight. Sourcing teams who check international compliance bulletins, run REACH checks, and demand SGS reports keep their supply chain ahead of disruptions.
