P-Hydroxybenzacetonitrile plays a role as a raw material in several fields. Its chemical structure—C8H7NO—features a benzene ring, a nitrile group, and a hydroxy group. HS Code for this compound tracks as 2926909090, so customs and logistics professionals can reference it for import and export procedures. Chemists refer to it as 4-hydroxybenzyl cyanide, echoing its molecular backbone.
This substance melts around 92-94°C and its specific density reaches about 1.14 g/cm³. Lab workers regularly ask for the latest MSDS, TDS, and SDS files to check safe handling and transport policy, since there are risks: contact may irritate skin, inhalation could affect health, and spills need specialized cleanup. It earns a place on hazardous goods lists, although it is not as common as many bulk organic solvents. China-supply routes, especially from major producers near Shanghai and Jiangsu, offer the material in both powder and liter-solution forms, supporting research and industrial needs alike.
Anyone hunting for manufacturer-direct offers or CIF/FOB pricing on P-Hydroxybenzacetonitrile expects more than just a low per-kilogram figure. They check if suppliers can issue ISO, SGS, REACH, or OEM certification documents. For export markets, halal and kosher certificates open new product segments, especially when supplying global clients with varied compliance rules. China-based plants lead the charge in competitive factory-price quotes, and many provide downloadable MSDS for free on request.
A buyer, especially one from outside Asia, often finds minimum order quantities (MOQ) around 100kg. Some labs can negotiate for smaller sample sizes to run initial tests, a practice that reduces waste. For large contracts, mature players bundle SDS and TDS with each shipment and list hazard information up front, fulfilling safety and customs policy from origin to destination.
This raw material slots into the synthesis of agrochemical intermediates, fine fragrances, pharmaceuticals, and dyes. Its profile—stable under normal storage, reactive under strong acids or bases—suits multi-step chemical production. Engineers take care with thermal and chemical stability, storing shipments in ventilated, cool warehouses away from oxidizing agents. Factory managers require daily access to up-to-date certificates and batch-specific lab checks to anticipate client audits and satisfy buyer policies.
More buyers now look for eco-friendly manufacturing declarations and clear supply chain traceability. This push reflects global moves on REACH and GHS compliance. Requests for purchase information come with direct questions about lot consistency, waste minimization, and any eco-labeling. Manufacturers and traders who stay on top of certification trends find it easier to win repeat orders from big firms who list these materials on annual procurement contracts.
Ask about latest price terms—EXW, CIF, FOB—based on your region, since supply conditions in China and India may shift with new local policy or logistics updates. Make sure every shipment includes full MSDS, hazard, and molecular data. Inquire about stock volume to ensure continuous supply for high-demand products, and check past client reviews to gauge reliability. For niche requests, some producers even offer custom OEM synthesis and free pre-shipment samples—an edge for new product lines or urgent pilot runs.
With evolving laws on hazardous materials, ongoing communication with suppliers helps align use scenarios with certification and traceability. Knowing what to expect in each drum or carton—right down to safe handling instructions—keeps both quality standards and worker safety where they belong.
