How does electrolytic zinc address the issue of high solution viscosity? (Methods other than opening the circuit)
Thread Content
The viscosity of the solution increases, and after operating for a certain period of time it is necessary to break the circuit in order to reduce the viscosity. Does anyone have a better method?
If there is no issue with the electrolysis cycle system, it is recommended to investigate the root cause through purification
What is the current power consumption for electrolytic direct current?
Moreover, after a long precipitation period, the plate surface turns black and develops particles, giving it an appearance similar to that of arsenic-antimony-treated plates
The DC power consumption is 3500 – that’s way too much. It’s necessary to find out the reason first
What are the levels of calcium and magnesium in the liquid? What is the manganese content? What raw materials do you use for production? It is only with these data that we can determine what causes the high viscosity.