焙燒新系列鋁电解槽时,电流通过阳极棒导向槽底,阳极棒与不同結构的导电垫块焊在一起。焙燒初期消耗的热量主要由槽底与垫块的接触电阻以及垫块和阳极棒本身放出。因此,焙燒时阳极糊焦化的所有問題,首先取决于阳极棒上电流負荷的分布規律,同时,阴极的加热与焙烧問題,在很大程度上也决定于这 When roasting a new series of aluminum cells, the current is passed through the anode bar to the bottom of the cell and the anode bar is welded to the conductive pads of different structures. The amount of heat consumed during the initial firing is mainly due to the contact resistance between the bottom of the trough and the pads and the pads and anode rods themselves. Therefore, all the problems of coking of anode paste during firing depend firstly on the distribution of the current load on the anode rod, and at the same time, the problem of heating and firing of the cathode depends to a large extent on this