High conductivity cathode collector bar and copper embedded cathode collector bar can improve the conductivity of the material itself and reduce the bottom voltage drop of the electrolytic cell. It is very beneficial to reduce the horizontal current of the electrolytic cell, reduce the average flow rate of molten aluminum, improve the working stability of the electrolytic cell, and provide the possibility for further compression of the polar distance.
During the installation of aluminium soft strip welding head for collector bars, the steel side and the cathode square steel and the aluminum flexible strip side are welded directly to the cathode aluminum bus, which is used to replace the traditional connection mode of explosive block and steel connection strap. It helps to reduce the voltage drop of the cathode system and provides conditions for reducing the power consumption of tons of aluminum.
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High conductivity collector bar: High conductivity cathode collector bars have more than 30% higher conductivity than traditional cathode collector bars.
High conductivity cathode collector bars and copper embedded collector bars: They can effectively reduce the horizontal current in the molten aluminium, slow down the fluctuation of the molten aluminium, and create conditions for the smooth and efficient operation of the electrolytic cell under low-voltage conditions.
Carbon-proof cathode collector bars: The use of carbon-proof cathode collector bars in high temperature and carbon-rich environments in electrolytic cells will greatly increase material life.
Aluminium flexible strip welding head for collector bars: Replacing the traditional explosive block-steel strap connection between cathode collector bars and bus, the resistance of the collector bar is reduced, so that the power consumption of tons of aluminum is effectively reduced.
It does not change the existing aluminium electrolytic cell furnace construction process and the structure of cathode carbon block, so it has no impact on the production and assembly of cathode carbon block.
High conductivity cathode collector bars/copper embedded collector bars: The voltage drop of the body is greatly reduced, which is conducive to reducing the voltage drop at the bottom of the electrolytic cell.
High conductivity cathode collector bars/copper embedded collector bars: It can reduce the level of current, slow down the fluctuation of the molten aluminium.
Carbon-proof cathode collector bars: It helps to reduce carburization, reduce the intrinsic voltage drop of cathode collector bars at the end of their service life and increase the service life of the collector bars.
