2,3-Dichloropyridine purity matters because it affects both the amount of the intended intermediate in a charge and the non-target components entering the next synthesis step. Those components can influence reaction consistency, unwanted products and purification, depending on the chemistry involved
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2,3-Dichloropyridine can be made through selective dechlorination of a more highly chlorinated pyridine, replacement of an amino group with chlorine, or a piperidone-based sequence. Each approach produces the same adjacent chlorine arrangement on the pyridine ring, but starts from different raw mate
READ MORE2,3-Dichloropyridine is used as an agrochemical intermediate and as a starting material for organic synthesis. A documented downstream use is the preparation of chlorantraniliprole intermediates. In that route, its pyridine ring becomes part of a larger insecticide molecule through several chemical
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