Residual pole transfer unit English Russian test
The residual pole transfer unit is equipped with the acceptance, storage, transfer and output of the residual anode plate to the residual pole transport vehicle. The unit is mainly composed of No.1 transfer trolley, residual pole pile receiving plate rack, temporary storage rack, No.2 transfer trolley, transfer rail rack and electrical system.
The residual pole transfer unit is equipped with the acceptance, storage, transfer and output of the residual anode plate to the residual pole transport vehicle. The unit is mainly composed of No.1 transfer trolley, residual pole pile receiving plate rack, temporary storage rack, No.2 transfer trolley, transfer rail rack and electrical system.
The main features of CGJ series mixing equipment: the design adopts low speed, large impeller scheme, and is equipped with deflector and baffle structure design, so that the slurry flow forms a "W" flow direction, so as to achieve low energy consumption, low wear and tear, and effectively extend the overall life of the equipment.
The trough washing machine is used for the first stage of washing operation to scrub -50mm (or -20mm) materials (including mud) separated from the cylinder washing machine. Its main tasks are two: one is to wipe off the clay (or powder ore) that is larger than 2mm and adheres to the surface of the ore (or gravel); The second is to recover (or discard) suspended materials (clay or powder ore) less than the design requirements (such as-2mm) from overflow to discharge, the lump ore (or gravel) larger than the design requirement (such as 2mm) is separated and recycled (or discarded) by countercurrent.
In order to meet the process requirements, two stage operation is generally used for ore washing. Cylinder washing machine belongs to the first stage of washing operation equipment. The process requires the cylinder washing machine to complete two tasks: one is to separate and discharge -50mm (or-20mm mm) materials into the equipment for the second-stage washing operation as soon as possible; The second is to ensure sufficient flushing time to flush the 50mm (or 20mm) of ore or gravel to achieve the purpose of recovery or exclusion.
CCF flotation column is a new type of high-efficiency non-mechanical stirring aerated flotation equipment with column tank structure. It uses the flow mode of ore particles and fine bubbles in countercurrent and smooth contact, which provides a large number of opportunities for collecting ore particles. The bubbles in the column are small and uniform, the surface area is large, and there are more opportunities to contact with the ore particles under countercurrent conditions, which eliminates the "short circuit" phenomenon of useful minerals in the flotation process, and is conducive to improving the flotation speed and recovery rate. The thickness of the foam layer in the column is large, adjustable, and the cleaning effect of countercurrent flushing water, so the concentration enrichment ratio is large, which can significantly improve the concentrate grade. CCF flotation column can be used to deal with black, non-ferrous, non-metallic ore, as well as chemical, paper, environmental protection and other industries in the waste residue, waste liquid. In particular, it is applied to the technological transformation and production capacity tapping of old mining enterprises. "Using intelligent control system to adjust the process parameters such as feeding, discharging and liquid level" can achieve "more, faster, better and less".
Copper smelting plate transfer and intelligent storage system
With the continuous development of production enterprises, new demands have been put forward for various logistics links, which also promote the development of production logistics in the direction of intelligence. Our company can customize the design and production of intelligent logistics and warehousing systems for smelting enterprises to help enterprises build intelligent green factories.
Copper smelting process and equipment with double melting pool
The double-bath copper smelting process and equipment jointly developed and produced by our company and Changsha Nonferrous Metallurgical Design and Research Institute Co., Ltd. integrates all the current crude copper blowing process and equipment technical advantages, and has a number of core technological innovations. A pyrometallurgical copper smelting system with a production capacity of 400000 tons/year can be built by using a smelting furnace to produce crystal copper and a continuous blowing furnace to produce crude copper and a rotary anode furnace to refine and produce anode plate copper. The production system consists of a 70 ㎡ melting furnace, a 120 ㎡ blowing furnace, two rotary anode furnaces and a set of double disc casting machines.
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