Nanjing Finechem Holding Co.,Limited
Knowledge


3-Methylbenzenecarbonitrile: Structure, Supply, and Market Insight

Understanding 3-Methylbenzenecarbonitrile

3-Methylbenzenecarbonitrile stands out in the specialty chemical landscape because of its ring-based aromatic structure and high purity. Known by its chemical formula C8H7N, this material features a methyl group attached to a benzene backbone with a nitrile functional group, producing properties tailored for industrial precision. With a specific density around 1.02 g/cm³ and clear appearance, it works as a raw material in pharmaceutical and agrochemical manufacturing, pigments, and advanced organic syntheses.

What Makes It Useful?

Performance comes from its molecular structure. Stable yet reactive, 3-Methylbenzenecarbonitrile offers a controlled starting point for further processing. Its boiling point sits above 230°C, supporting broad compatibility. Factories source this compound for chemical synthesis, not just as an ingredient but for the value it adds through purity and batch consistency. High-performance standards, such as ISO, SGS certification, and REACH and TDS compliance, show trustworthy supply signals. For customers seeking safe sourcing, halal and kosher certification can also be obtained from select manufacturers in China.

China-Supply and Factory Price

Production scale makes a difference for buyers looking for competitive offers. China-based suppliers lead the field for high-volume production and factory-direct pricing. By going directly to a manufacturer, purchasers cut out layers of distribution, allowing for customized quotes—whether CIF, FOB, or local delivery. Factory quotes reflect market changes, offering both spot and contract pricing. Minimum order quantity (MOQ) tends to start from 1 kilogram, but liter-based solution packages for lab or R&D use are also common. This blend of flexibility and scale suits a range of budgets.

Certificates, Safety, and MSDS Information

Responsible sourcing hinges on access to transparent materials data. Reliable suppliers provide a full set of documentation—SDS (Safety Data Sheets), COA (Certificates of Analysis), TDS (Technical Data Sheets). The MSDS flags hazards such as skin or respiratory irritation while outlining essential handling and storage guidelines. Correct labeling under HS Code 2926909090 supports customs clearance and regulatory audits. Factories with ISO certification and SGS audit records strengthen supply chain confidence. Buyers in regulated markets look for SDS and REACH status when screening potential imports.

Market Policy, Purchase, and Inquiry

Most business buyers require a live quote before committing. Sending an inquiry triggers a fast response—pricing, availability, sample policy, and lead time. Vendors offering free samples often show greater product transparency. OEM production agreements allow for custom specifications, packaging, or branding. Industry trends suggest a rising interest in single-raw-material consignment, suited for companies managing cost and inventory by just-in-time logistics.

Safe Use, Hazards, and Industry Role

3-Methylbenzenecarbonitrile, like many specialty chemicals, counts as hazardous in bulk. Its safe handling calls for PPE, ventilation, and proper disposal protocols supported by site-specific SDS guidance. Applications include synthesis of specialty intermediates, dyes, and advanced materials—key to new product development in a fast-moving sector. Ongoing investment in certification, such as REACH, keeps pathways open in global markets. Chemical buyers, from procurement managers to technical directors, balance cost with compliance and safety.

Conclusion: A Modern Raw Material

Serving as more than a technical building block, 3-Methylbenzenecarbonitrile links manufacturing efficiency with regulatory and logistical requirements. Its place in the supply chain comes with both commercial and safety challenges, directly managed through reliable sourcing and transparent data.