该电解槽是在剖析国内外各种类型隔膜法金属阳极电解槽结构的基础上,对原来的 C_(30)-I 型金属阳极电解槽进行改进设计而开发的固定阳极的小极距电解槽。它是以缩小极距降低溶液电压降,改进阴极箱结构,降低一类导体电压降,改进阳极片的传导方式等来达到降低槽电压的目的。与 C_(30)-I 型电解槽相比,极间 The electrolyzer is based on the analysis of domestic and foreign various types of diaphragm anode metal electrolytic cell structure based on the original C_ (30) -I metal anode electrolyzer to improve the design and development of fixed anode small polar electrolytic cell . It is to reduce the polar distance to reduce the solution voltage drop, improve the structure of the cathode box to reduce a class of conductor voltage drop, anode conduction mode to improve the lower tank voltage to achieve the purpose. Compared with the C_ (30) -I type electrolyzer, the inter-electrode gap