二氧化锰电解工序研究

A Study on Electrolysis Process of Manganese Dioxide

电解二氧化锰作为电池工业中非常重要的原料之一,其生产过程简单分为化合(制液)、净化(除杂)、电解、后处理(再加工)4个部分。在电解工序当中,锰在此工段以二氧化锰的形式电沉积在阳极板上并在剥离后送至后处理进一步加工。而电解作为整个电解二氧化锰的核心工序,其过程工艺对最终产品质量有很大的影响。主要介绍了电解工艺原理、电解生产时的参数控制以及简单作业流程。

Electrolytic manganese dioxide is one of the most important raw materials in battery industry.Its production process is simply divided into four parts:chemical combination(liquid preparation),purification(impurity removal),electrolysis and post-processing(reprocessing).In the electrolytic process,the element manganese is electrodeposited on the anode plate in the form of manganese dioxide and sent to the post-treatment for further processing after peeling.As the core process of electrolytic manganese dioxide,electrolysis process has the effect on the quality of the final product.In this paper,electrolytic process principle,electrolytic production parameters control and simple operation flow are briefly introduced.