4-Ethoxyphenylacetonitrile grabs the spotlight in many modern synthesis labs. The chemical bears the formula C10H11NO and tips the scales with a molecular weight of 161.20 g/mol. Its structure features an ethoxy group tucked at the para position of phenylacetonitrile. Its appearance—white to light beige crystalline powder—makes it easy to spot, both in QC checks and production lines. Through years of working with specialty chemicals, I have come to trust molecular details: specific density of around 1.1 g/cm3 gives clues to its handling and storage needs.
Production teams in pharmaceuticals, agrochemicals, and advanced materials lean on this raw material regularly. As a building block for active pharmaceutical ingredients and specialty intermediates, 4-Ethoxyphenylacetonitrile moves through custom synthesis and bulk production orders. China’s supply chain for this chemical often sets the factory price benchmark worldwide, with flexibility for both kilogram and ton-scale MOQs. Buyers who request CIF or FOB terms like having direct access to MSDS, REACH, SDS, and TDS to keep up with policy and safety protocol changes.
Sifting through chemical-buy suppliers in China, I look for those with certifications like ISO, SGS, Halal, and Kosher, since they signal a base level of process control. OEM offerings allow custom adjustments for formulation teams, which matters when dealing with hazardous or harmful raw materials. Some suppliers even provide free samples—huge help for R&D teams who want to de-risk production trials. I always make a habit of reviewing in-depth technical data and certification documents before settling a bulk purchase. Quotes often reflect not just price but also the supplier’s understanding of current REACH policies.
4-Ethoxyphenylacetonitrile calls for serious attention during storage and use. Material handlers need to scrutinize the MSDS and hazard statements: keep in ventilated storage, avoid inhalation, handle with compatible PPE. The liquid solution and powder both need careful labeling, especially when packed for international shipping under the assigned HS Code. Improper handling has led to injuries in plants, so training on SDS and hazard materials protocols remains non-negotiable in any responsible factory operation.
China-backed factories usually quote competitive prices for 4-Ethoxyphenylacetonitrile, whether on a per-liter or kg basis. Direct inquiry through verified channels speeds up the purchase cycle and brings clarity to MOQ and quote terms. With policy shifts in hazardous raw materials export, buyers benefit from up-to-date info on compliance requirements. News of price changes and regulatory tweaks comes quickly, so close supplier communication often yields advanced purchase opportunities. I have found keeping an active dialogue about lab certifications and compliance aids smooth customs clearance and product acceptance at the end-user site.
Buyers choosing 4-Ethoxyphenylacetonitrile need to blend strong technical understanding with practical supply chain habits. Reliable supply sources, clear documentation, proper material handling, and relentless pursuit of the latest policy news form the backbone of sustained procurement success. Free sample testing, OEM custom options, and third-party certifications help minimize risk, not just for safe storage but also for end-market acceptance. A single chemical’s journey, from China’s factories to the final product mix, reveals just how much attention teamwork and detail-oriented planning deserve in today’s global chemical market.
