3-Thiophenecarbonitrile, known under the HS Code 2934999099, carries the molecular formula C5H3NS. This colorless to yellow liquid brings unique benefits into the chemical, pharmaceutical, and materials manufacturing worlds. It enters labs and production lines as a raw material, showing up both in custom R&D and in batches for large-scale synthesis. Structure-wise, the presence of a nitrile group linked to the thiophene ring makes it especially reactive in organic chemistry. Its specific density hovers around 1.14 g/cm3, and with a boiling point close to 224°C, it handles both solution and solid-phase applications.
China pulls weight in global supply, driving the market for 3-Thiophenecarbonitrile with competitive factory pricing and robust export infrastructure. Search “3-Thiophenecarbonitrile China supply” and you’ll spot brands offering both small-sample quantities and industrial-scale orders. MOQs (minimum order quantities) range from a few kilograms for lab research to metric tons for continuous production. Pricing usually aligns with market demand and raw material costs—often adjusted for CIF or FOB trade terms. For buyers abroad, China’s reach means quick lead times and solid logistics chains, but quality checks matter.
Medical and chemical companies must get their hands on MSDS (Material Safety Data Sheet), SGS test reports, and certificates like REACH, SDS, TDS, ISO9001, OEM, halal, and kosher for hassle-free import and compliance. Reliable suppliers provide these up front, cutting headaches with customs and end-user audits. MSDS documents explain both safe handling and risks—important when every shipment belongs to the “hazardous” materials group. Safe packaging in solvent-resistant containers, detailed hazard labeling, and clear material-inquiry forms stay part of every purchase.
Unlike commodity solvents, 3-Thiophenecarbonitrile steps into special roles: it acts as a precursor for pharmaceuticals, dyes, specialty polymers, and agrochemicals. Chemists value its structure for cross-coupling reactions, often using it in advanced API synthesis or to open up new molecular frameworks. If you work with organic electronics or OLEDs, this compound’s thiophene core can help engineer better conductivity or durability in final devices. Each property—good solubility, stable reactivity, manageable toxicity profile—supports industry demand.
Requesting a quote for 3-Thiophenecarbonitrile involves sharing specs: purity (often ≥98%), preferred packaging (drum or liter bottles), and intended use. Most manufacturers—especially those exporting from China—offer free samples for batch verification. They’ll help you figure out CIF versus FOB pricing, as well as support OEM or custom blending if your process needs it. The new market trend pushes for policy clarity, particularly with global REACH certification, to ensure products move across borders without delay.
As with any nitrile-containing raw material, handling 3-Thiophenecarbonitrile takes a careful approach. PPE, local exhaust, and spill management go hand-in-hand with regular training on hazardous chemical management. Modern Chinese factories back this with investments in safe storage, digital traceability, and transparent export paperwork.
Demand grows, especially across electronics, pharmaceuticals, and specialty chemicals. With ongoing R&D and tight regulatory checks, sourcing hinges not only on price but also certification, reliability, and clear communication between factories and buyers. Every shift pushes suppliers and users to work smarter and safer, ready for what comes next.
