4-Boronophenylacetonitrile stands out as a versatile organic boron compound. Chemists know its structure well: C8H8BN, molecular weight sitting at 131.97 g/mol. This material appears as a pale crystalline solid, often supplied in purity exceeding 97%. The HS Code, commonly used in customs paperwork, is 2933990099 for easier clearance at borders. Its density falls around 1.14 g/cm3.
China leads the production and supply of this intermediate, with chemical manufacturers clustered in industrial hubs like Jiangsu and Shandong provinces. Buyers often inquire about prices on FOB (Free On Board) or CIF (Cost, Insurance, Freight) terms. MOQ usually starts from 1 kilogram, though some suppliers negotiate for larger or smaller lots depending on the end use or repeat business. Most established Chinese factories provide MSDS (Material Safety Data Sheets) and certification such as ISO or SGS to meet global compliance standards. Many also undergo audits for REACH or provide custom solutions under OEM agreements. Halal and kosher-certified options are now increasingly available for markets with these requirements.
This nitrile-boron compound plays a key role in pharmaceutical and agrochemical research. R&D teams value it for the boronic acid group, which allows Suzuki coupling reactions—an essential tool for forming complex organic molecules. The cyano group opens access to new chemical scaffolds, making it attractive for both raw material suppliers and researchers developing targeted therapy drugs. Its properties also suit advanced electronic material synthesis and bioactive molecule development. Factories maintain ongoing collaborations with end users to keep product quality in check. Labs often request liter solutions or custom formulations to simplify their own workflow.
MSDS reveals that 4-Boronophenylacetonitrile counts as hazardous based on its nitrile group and boronic acid content. In my work as a chemist, the greatest risk comes from dust or improper ventilation—these can lead to irritation and health risks. Factories insist on tight packaging standards and clear hazard labels. Compliance with TDS (Technical Data Sheet), SDS (Safety Data Sheet) guidelines, and safe packaging protocols figures into all shipments. Workers use personal protective equipment and follow strict waste disposal rules as expected under REACH and local environmental laws. Raw material buyers should never skip verifying each batch’s certificate of analysis or hazard report before approving a shipment.
China-based suppliers remain strongly competitive on price due to economies of scale and raw material cost controls. Seasoned procurement teams request free samples before making large purchases and use EXW, FOB, or CIF terms to balance pricing and logistics. Real-world deals hinge on supply chain reliability, shipping lead times, quote transparency, and manufacturer reputation. Polices around trade, such as export licensing and custom regulations, also shape buying trends. Quotes usually reflect global demand and recent feedstock changes.
Certifications like ISO, SGS, REACH, Halal, and Kosher have become baseline requests in international chemical trade. Clients expect supporting documents with every order—a sign of responsible manufacturing. Leading manufacturers back every lot with traceability, robust QA, and updates to MSDS or technology sheets. I’ve seen buyers prioritize suppliers offering documentation that tracks from factory floor to customer warehouse for added peace of mind.
Supply chain resilience matters more than ever in today’s market. Policy shifts, raw material availability, and ongoing regulatory changes have prompted many to diversify sourcing options. News from industry trade shows reveals a push for greener boron sourcing and a surge of interest in higher-purity custom specs. Factories in China now invest heavily in environmental controls—an important move for long-term sustainability and easier export approvals.
