In the milling production line, we always pay attention to the feeding of all kinds of equipment, the particle size of the discharge, the hourly output and the energy consumption. According to the instructions, we have crusher and Raymond equipment. However, we ignore the delicate relationship between crushing and Raymond machines. How can we use these devices to fully realize their role?
After the large ore shipped from the stope was broken by several crushers, the product with smaller particle size was obtained, which provided the required particle size for the Raymond mill. This is the task of the crusher. For a crusher, the larger the size of the material being broken (within the maximum feed range), the higher the production efficiency of the crushing and the lower the cost of crushing. But for Raymond machines. If the size of the ore is larger, Raymond's production capacity will be reduced and the energy consumption will be greater. On the contrary, if the grain size of the mine is reduced, the grinding capacity of the Raymond machine can be increased, and the grinding cost can be reduced. In general, in the conventional gravel and grinding processes, the crusher consumes less energy while the Raymond machine consumes much more energy. It is understood that the energy consumed by the crusher in the crushing process is only grinding consumption. The energy of 12% ~ 25%, but the work efficiency of the crusher is much higher than the efficiency of Raymond machine. From this we can conclude that the simplest, time-saving, and highly efficient method is to reduce the granularity of the product as much as possible during crushing and grinding operations, and to give full play to the function of the crushing equipment so as to improve the processing capability of Raymond machines. Summarize with a few words is "more broken and less grinding."
According to this, we can reduce the energy consumption by taking the length of the crushing and shortening the powder. It can also achieve the purpose of beneficiation.
After the large ore shipped from the stope was broken by several crushers, the product with smaller particle size was obtained, which provided the required particle size for the Raymond mill. This is the task of the crusher. For a crusher, the larger the size of the material being broken (within the maximum feed range), the higher the production efficiency of the crushing and the lower the cost of crushing. But for Raymond machines. If the size of the ore is larger, Raymond's production capacity will be reduced and the energy consumption will be greater. On the contrary, if the grain size of the mine is reduced, the grinding capacity of the Raymond machine can be increased, and the grinding cost can be reduced. In general, in the conventional gravel and grinding processes, the crusher consumes less energy while the Raymond machine consumes much more energy. It is understood that the energy consumed by the crusher in the crushing process is only grinding consumption. The energy of 12% ~ 25%, but the work efficiency of the crusher is much higher than the efficiency of Raymond machine. From this we can conclude that the simplest, time-saving, and highly efficient method is to reduce the granularity of the product as much as possible during crushing and grinding operations, and to give full play to the function of the crushing equipment so as to improve the processing capability of Raymond machines. Summarize with a few words is "more broken and less grinding."
According to this, we can reduce the energy consumption by taking the length of the crushing and shortening the powder. It can also achieve the purpose of beneficiation.
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