Carbamoyl Chloride, known by its CAS number 463-72-9, stands as a fundamental intermediate in the realm of chemical manufacturing. Possessing the molecular formula CH2ClNO and a molecular weight of 79.49, this compound, typically a white solid, exhibits a melting point of 90°C. Its reactivity, however, is its defining characteristic. While it can decompose around its boiling point of 61-62°C, stabilization through adducts with Lewis acids enables its controlled use in diverse synthetic processes. This inherent instability requires careful handling protocols, but its utility outweighs these considerations for many industrial applications.

The primary industrial significance of Carbamoyl Chloride lies in its role as a precursor to carbamate pesticides. This involves crucial reactions with alcohols and phenols to produce carbamic acid esters, which are vital for modern agricultural practices. The compound also facilitates the synthesis of thiocarbamates and substituted ureas, thereby broadening its applicability across different chemical sectors. For organizations seeking to buy carbamoyl chloride, understanding its comprehensive Carbamoyl chloride applications is paramount for integrating it effectively into their production workflows.

The global chemical supply chain relies heavily on consistent access to key intermediates like Carbamoyl Chloride. This makes the selection of reliable Carbamoyl chloride suppliers a critical business decision. Ensuring that sourced material meets strict quality standards is essential for achieving optimal results in downstream manufacturing. The synthesis of Carbamoyl Chloride, typically involving methylamine and phosgene, is a testament to the specialized knowledge and infrastructure required from Carbamoyl chloride manufacturers.

Furthermore, the market for CAS 463-72-9 is influenced by demand from various industries, including pharmaceuticals and specialty chemicals, where it serves as a valuable building block. Its synonyms, such as carbamic chloride or chloroformamide, highlight different facets of its chemical identity. Ultimately, Carbamoyl Chloride's versatility and reactivity ensure its continued importance as an essential component in driving chemical innovation and industrial production forward.