Introduction:
Titanium anode is remarkable for its stability in size, which guarantees that the distances between electrolytic electrodes remain unchanged during production. Besides, it requires lower operating voltage and power consumption than other electrodes, reducing electric power consumption by 10~20%.
In addition, titanium anode exhibits superior anti-corrosion capability and a long working life, as well as can overcome graphite and lead anode dissolution in electrolyte, ensuring electrolytic product won't be contaminated. With a high current density, small overpotential and excellent catalytic activity, the titanium anode could effectively enhance production efficiency, and avoid short circuit of lead anode after deformation. It also stands out for its easy shaping and high degree of refinement, and the titanium substrate can be recycled for reuse. Furthermore, its lower overpotential allows for the surface of electrodes and electrode bubbles to be easily excluded, thus efficiently lowering the voltage of electrolytic cells.
