2-Nitrophenylacetonitrile stands out as a raw material with growing interest from chemical manufacturers, buyers, and research teams. This organic compound features a nitro group and a nitrile group attached to a benzene ring, giving it unique reactivity for laboratory synthesis and industrial manufacturing. Its molecular formula is C8H6N2O2, with a typical molecular weight of 162.1 g/mol. Chemical buyers often pay close attention to its melting point and specific density, details that shape storage and handling decisions. Look to its SDS or MSDS sheet for a clear rundown of safe handling protocols and hazard identification—this compound usually requires gloves, goggles, and good ventilation in work areas.
Many procurement managers turn toward Chinese manufacturers for sourcing 2-Nitrophenylacetonitrile. China's large-scale chemical factories offer factory-direct pricing, ensuring competitive rates for bulk orders. Those searching for a trusted supplier can expect a combination of ISO, SGS, and REACH certifications, and can request SDS, TDS, or analytical COA as part of due diligence. Most China-based sellers support OEM labeling, along with Halal and Kosher certification for markets that demand strict compliance. To get the best price, buyers negotiate terms such as FOB or CIF shipping, often with flexible MOQ to accommodate both research and industrial needs. Quotes often include freight cost breakdowns, sample dispatch options, and estimated delivery dates. Quick access to free samples helps quality control teams assess material consistency before committing to large purchases.
On the technical side, 2-Nitrophenylacetonitrile comes as a pale yellow to light brown crystalline solid, sometimes delivered as a liter solution or powder. Laboratory staff check for purity (often above 99%), as impurities affect downstream processes. The HS Code for this material sits in the range used for organic chemicals, streamlining import and export paperwork. Most supply chains now require a customs-friendly, hazard-class label on every shipment. Material suitability covers pharmaceuticals, agricultural research, and specialty chemicals production.
MSDS documentation flags this raw material as hazardous—nitriles and nitro compounds pose inhalation and contact risks. Safe handling habits make a difference: use fume hoods, select PPE, and double-check storage conditions to prevent heat or moisture exposure. Even experienced handlers benefit from on-the-job refreshers about hazardous goods policies. As regulations tighten, European REACH and US OSHA standards stand front and center for compliance, while buyers outside these regions often follow similar guidelines by default. Suppliers ready to share updated policy news, SDS revisions, and ISO certification proofs build higher trust with end customers.
To place an inquiry, buyers typically submit product specifications, required volume, and end-use details. Good sales teams answer quickly with accurate quotes, MOQ info, and supporting documentation. Purchase agreements often reference ISO, OEM, SGS certifications, and include fresh SDS files for reference. Whether ordering for research or scaling up to factory levels, clarity on policy matters—import licenses, updated HS Codes, and chemical use regulations all play key parts in smooth transactions.
This compound enters conversations not only for its technical profile, but also for the efficiency and transparency modern chemical suppliers bring to the table. With the right mix of safe handling, solid credentials, and clear communication, buyers shape a reliable and compliant sourcing strategy for years ahead, keeping their production lines moving and their teams protected.
