3-Aminopropiononitrile goes by the formula C3H6N2. The HS Code for this chemical sits under 2926, reflecting its place among nitrile compounds. What sets it apart isn’t just its structure — one amino group and one nitrile group — but how both groups interact in synthesis. You’ll usually see it as a colorless liquid with a density near 0.97 g/cm³ and a boiling point around 194°C. That basic profile underpins its use in research labs, pharmaceutical intermediates, and specialty polymer production.
Most users sourcing 3-Aminopropiononitrile today look toward China for robust, reliable supply. Chinese factories, both large-scale and smaller outfits, list this chemical with strong records in ISO, SGS, and OEM certification. Halal and kosher-certified lots cater to specialty buyers. MOQs (minimum order quantities) can start at kilogram levels for pilot projects, scaling up to metric tons for continuous manufacturing needs. Buyers navigate pricing on CIF, FOB, or EXW terms. Spot prices shift with demand, but China tends to offer a factory price advantage, especially on bulk orders.
Responsible sourcing practice means always requesting up-to-date MSDS and SDS documents. Handling 3-Aminopropiononitrile brings hazards: the material is harmful if ingested, and it’s classified as hazardous under GHS. Adequate labeling, PPE, and safe storage matter most. Factories meeting REACH and ISO standards keep buyers from regulatory headaches. TDS and COA documents help vet quality before shipment. Many suppliers offer free samples, giving R&D teams the reassurance they need before scaling up orders. That means fewer surprises and a better safety record down the line.
Many manufacturers depend on 3-Aminopropiononitrile as a base for complex molecule synthesis. Companies producing APIs (active pharmaceutical ingredients) see this raw material as a crucial step in their multi-stage synthetic pathways. It also finds a spot in new materials research, supporting innovation in resin modifiers or specialty coatings. Engineers working on high-strength polymers look to its reactivity for fine-tuning mechanical properties; chemists value its clean conversion to specific amines or carboxylates in gram and ton scales. My own experience in lab environments showed how its reactivity makes it simpler to trial new reactions before rolling out to production.
Direct factory purchase usually cuts costs. Some buyers use trade platforms or local agents, but engaging directly keeps pricing transparent. Quotes respond quickly, especially if buyers specify purity, packaging, and delivery port. Bulk orders receive volume discounts, yet the best value often comes by cross-checking certification and reliability before wiring funds. OEM and private-labeling services help distributors add their brand, while strict documentation ensures customs clearance goes smoothly.
Recent news and policy shifts nudge buyers toward suppliers who show full documentation — not only MSDS or COA, but also certificates for REACH and RoHS compliance. OEMs and end-users across Asia, Europe, and America want to see sustainable practices, safe transport, and traceability. Factories reacting fastest to these demands win more repeat orders. Sourcing 3-Aminopropiononitrile today means balancing price, safety, and reliable QC, supported by a transparent supply chain and real communication with producers. In a tight global market, this level of diligence pays off in real results and safer operations.
