2-Aminoisonicotinonitrile stands out in the world of fine chemicals due to its molecular property, structure, and versatile uses. With the formula C6H5N3, it forms as a pale yellow powder or crystalline solid, often used as a building block in organic synthesis. Its CAS number is 6018-19-5, and it holds an HS Code commonly at 2926.90, fitting broadly in the category of nitrile derivatives. The specific density usually ranges around 1.16 g/cm³. Its molecular structure shows a cyano group positioned on the isonicotinic acid backbone, with an amino group at the 2-position, which gives this compound unique reactivity in chemical synthesis.
Manufacturers and suppliers from China have created a competitive environment for buyers worldwide looking for 2-Aminoisonicotinonitrile at reasonable factory prices. Thanks to larger-scale production, the cost per kilogram drops significantly compared to local suppliers in regions like North America or the EU. Most inquiries from global buyers start with CIF and FOB quotes, and suppliers often provide a minimum order quantity (MOQ), sometimes as low as one kilogram for qualified customers. This low MOQ lets research buyers run small-batch laboratory synthesis before scaling up to regular industrial requirements.
Buyers today demand more than just low cost—they ask for comprehensive documentation like MSDS, SDS, TDS, and certification proof. Reliable Chinese factories provide these files along with ISO, SGS, and even more specialized certifications such as halal and kosher, supporting unique end-user requirements across industries. The pursuit of REACH compliance in Europe has pushed suppliers to publish full registration dossiers and detailed safe handling guides.
2-Aminoisonicotinonitrile gets classified as a hazardous raw material. Its solid form is manageable, but dust can become harmful if inhaled repeatedly or in high concentration. Material safety data sheets (MSDS) lay out risk and storage advice, including keeping it in dry, well-ventilated areas, and using personal protective equipment. ISO-certified facilities offer assurance of stringent manufacturing and packing controls to prevent cross-contamination or release during shipping. It’s rarely supplied in liter solution form, mainly as dry solid to control shipping risks and costs.
This raw material plays a role in pharmaceuticals, electrochemical sensors, and custom synthetic intermediates for fine chemicals. Research labs make use of its ability to introduce aminopyridine moieties into target molecules. Production lines build on those reactions by turning them into dyes, pigments, and active pharmaceutical ingredients. Several news updates from Chinese supply chains report an uptick in demand thanks to increased global interest in specialty nitriles. This popularity means effort goes into keeping stock fresh, prices stable, and supply lines open during policy changes or logistical bottlenecks—especially important for buyers ready to purchase at short notice.
Engaging a supplier starts with a quote request, driven by FOB or CIF terms. Most suppliers offer replies within 24 hours, adjusting the MOQ depending on order size, frequency, and documentation needs. Some even provide free samples for first-time buyers after a simple qualification process. OEM manufacturing is another strength, with customization possible for both product form and packaging. The client receives tracking updates, customs paperwork, and technical support right through delivery. Overall, 2-Aminoisonicotinonitrile offers a snapshot of modern chemical supply, where competitive sourcing meets strict safety, documentation, and certification needs to drive business forward.
