Phenothiazine-2-Carbonitrile stands out for its unique chemical structure. The compound, known with HS Code 2934.99, carries the molecular formula C13H8N2S. Its structure features a phenothiazine core linked with a nitrile group. Specific gravity hovers near 1.24 g/cm³, creating stable handling properties. With an off-white to light beige appearance, it dissolves in organic solvents, making it a popular choice for specialty synthesis in pharmaceuticals and advanced materials. A typical safety profile classifies it as a raw material—care around inhalation, ingestion, and skin contact lies at the heart of every safe handling routine. Solutions above 10% in common solvents present higher hazards, so sensible container labeling and protective gear matter in every real-world laboratory and factory setting.
Manufacturers based in China often drive competitive prices and robust availability. Buyers chasing direct-from-factory options can compare quotes based on MOQ (minimum order quantity), CIF, and FOB terms. In today’s market, requesting MSDS, REACH, and ISO certification feels less like a luxury and more like an everyday expectation. Reputable suppliers hold to SGS verification, Kosher, and Halal certificates where buyers require it—especially in markets where clean raw material handling remains central to the end application. OEM supply links and free sample policies let research teams build confidence in quality before committing to a large-scale purchase.
Buyers in the market for Phenothiazine-2-Carbonitrile often pay close attention to more than just price. I have seen quality teams insist on a thorough review of the Safety Data Sheet (SDS) and technical data sheet (TDS) before a purchase order gets signed. The compound flags as hazardous during certain steps: improper storage can lead to decomposition, forming harmful gases. Use of ventilated rooms and flame-proof equipment lowers long-term risks. For those in charge of compliance, dual checks for REACH registration and local MSDS requirements set the standard for a safe, predictable supply route.
In real-world use, Phenothiazine-2-Carbonitrile pops up across pigment manufacturing, pharmaceutical intermediate synthesis, and polymer modification. Some manufacturing lines favor the compound for its stability under high temperatures, while others focus on its sharp reactivity for creating specialty molecules. New policies in China and Europe have pushed for more transparent material tracking. Having spent time in procurement circles, I can say clear product labeling and traceable sourcing don’t just support safer use—they help companies steer around policy bottlenecks and avoid regulatory headaches that could otherwise stall a project.
Reaching out for a quote goes beyond price—discussion of transit conditions, packaging, and certification comes up early. Asking suppliers about current stock levels or ability to ship by sea or air can shorten lead times. For some buyers, negotiating a lower MOQ through consolidated shipments only happens because of a direct inquiry and transparent communication. Requests for free samples or pilot-scale batch material help R&D teams evaluate purity and performance before locking in a purchase contract. Certification requests—Kosher, Halal, SGS, or custom test reports—shape final negotiations and play a role in accessing new markets.
