3-Phenylacrylonitrile continues to draw attention from many industries dealing with organic synthesis and specialty chemical production. With the formula C9H7N and a molecular weight near 129.16 g/mol, this material holds value as a key intermediate in pharmaceuticals, agrochemicals, and advanced materials. Its linear structure features a nitrile group bonded to a phenyl ring via an ethylenic bridge. CAS registry confirms it as standardized for trade and regulatory purposes, and its HS Code governs customs procedures for global shipments.
Chinese chemical factories dominate global output of 3-Phenylacrylonitrile, leveraging advanced manufacturing lines and strict QC protocols to sustain demand. Today, genuine China-source suppliers openly share product specifications, HS Codes, and quote both CIF and FOB prices, supporting small sample requests or bulk MOQs. Direct factory supply means better leverage for buyers aiming to negotiate not just lower costs, but also faster delivery cycles.
The price per kilogram rotates around local feedstock costs, energy prices, logistics, and current export policy. China’s competitive advantage often produces favorable quote structures, especially for long-term contracts. Businesses seeking efficiency in custom synthesis or OEM delivery count on such consistency. I’ve found value in discussing specific purity requirements, as subtle differences in specification define both safety and suitability for certain syntheses.
3-Phenylacrylonitrile appears as an off-white to yellow crystalline solid with a distinct aromatic odor. It delivers specific density in the range of about 1.07–1.10 g/cm³ at 20°C. As a raw material, the compound falls into the hazardous category, demanding careful handling during transfer and storage. MSDS and SDS listings run through necessary precautions, identifying eye, skin, and inhalation risks. Each shipment should travel with up-to-date documentation—covering REACH registration, TDS summarizing chemical behavior, plus ISO and SGS certificates confirming both quality and sourcing traceability.
Suppliers with halal, kosher, or similar third-party certification step up to meet specific regulatory needs, which proves essential for downstream clients in regulated industries. I’ve seen end-users request random sample batches for independent lab validation, so transparency really builds trust in this field.
Down the line, chemists dissolve 3-Phenylacrylonitrile in suitable solvents to prepare liter-scale solutions or custom blends for scale-up synthesis. The nitrile functionality sets the stage for new carbon–carbon or carbon–nitrogen bonds—routes into pharmaceuticals, UV absorbers, or colorants. Some buyers need the powder; others choose prediluted solutions to keep work safer and more efficient.
For safe day-to-day use, robust protective gear and exhaust systems matter. Handling spills or accidental releases means following the procedures outlined in the SDS. Containers arrive sealed in drums or custom drums to meet the demands of specific purchase orders. Attention to detail right from the manufacturer’s plant cuts down on contamination and unnecessary delays.
Frequent changes in international safety policy and chemical regulation—like tightened REACH enforcement or precursor substance tracking—call for exporters and buyers to check that each batch matches the latest requirements. Ongoing news from global regulatory bodies shapes acceptance criteria as well as future price movements. Markets reward suppliers that keep technical data current, respond fast to quote requests, and deliver full documentation for every shipment.
Business decisions around 3-Phenylacrylonitrile stay rooted in real supply chain experience: knowing which manufacturers respect OEM customization, which partners can share free samples, and how certification standards impact both purchase price and finished product acceptance worldwide.
