A finished anode cleaning device

Abstract

The invention relates to a finished anode cleaning device, belonging to the technical field of electrolytic aluminum production and manufacturing, comprising a base, side walls are installed on both sides of the upper end of the base, several blowers are installed on the inner side of the side wall, and rotating shafts are installed on both ends of the side wall. The door is a finished anode cleaning device that uses the high-pressure and high-speed airflow blown out by the blower to clean the iron slag that has been cleaned with a slag board. The effect will be better than that of using a small broom, because using a small broom There will be fine iron slag that cannot be cleaned up, but using air blowing, all will be cleaned up, and because the additional rotating block can drive the finished anode to swing and rotate, so that the blowing of the finished anode is more comprehensive and the cleaning is more thorough At the same time, a clamping mechanism is added to effectively clamp the finished anodes of various sizes to prevent the finished anodes from sliding during the swinging and rotating motion. This kind of finished anode cleaning device effectively improves the cleanliness of the finished anode iron slag .

Description

technical field [0001] The invention relates to the technical field of electrolytic aluminum production and manufacturing, in particular to a finished anode cleaning device. Background technique [0002] The electrolytic aluminum finished anode assembly workshop uses ladles to pour molten iron, connects steel claws with carbon blocks, and assembles finished anodes with good electrical conductivity and sufficient mechanical strength; [0003] In the process of pouring molten iron, it is inevitable that there will be molten iron spilled on the upper part of the carbon block. If it is not cleaned and brought into the electrolytic cell, the grade of molten aluminum will be affected. The traditional method is to manually use a slag board to clean it from a long distance, and then manually use a small broom Clean the iron slag with a broom, and finally recycle the manually swept iron slag to the front of the furnace for smelting; [0004] Due to the need for thorough cleaning, ma...

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Problems solved by technology

[0003] In the process of pouring molten iron, it is inevitable that there will be molten iron spilled on the upper part of the carbon block. If it is not cleaned and brought into the electrolytic cell, the grade of molten aluminum will be affected. The traditional method is to manually use a slag board to clean it from a long distance, and then manually use a small broom Clean the iron slag with a broom, and finally recycle the manually swept iron slag to the front of the furnace for smelting;

[0004] Due to the need for thorough cleaning, manual cleaning of iron slag on finished anodes is done at close range. In order to clean the iron slag clean enough, it takes a long time to clean it, but there are still fine iron slag that cannot be cleaned. , because the temperature of the casting ring is high, the broom is also wasted seriously, so this cleaning method wastes manpower and material resources, and in the process of cleaning the anode, the personnel are close to the high-temperature casting ring that has just been poured, which increases the work of the workers. Intensity, especially in summer, the work intensity of personnel is more uncontrollable

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