The grinding mass fraction refers to the mass fraction of the pulp in the grinding machine. Grinding fineness refers to the specified level of content in the mill discharge. The grinding quality fraction and the grinding fineness are interrelated and mutually influential, and the production operation is mainly controlled by the adjustment of the ore to the ore water (post-water). In the case of open road grinding, the factors affecting the grinding quality fraction are the nature of the ore (mainly the particle size composition), the ore supply and the ore supply. Factors affecting the fineness of grinding, in addition to the ore size composition, there are grinding quality points and balling system. When the nature of the ore is changed, if the coarse particles are increased, the amount of ore should be reduced to reduce the post-water, and the grinding mass fraction should be increased to ensure the fineness of the grinding. If the fine particles are increased, the post-water should be increased and the amount of ore should be increased appropriately. Reduce the smash. Under the condition that the ore property and the medium condition are kept unchanged, the general grinding fineness increases with the increase of the grinding mass fraction within a certain range, and vice versa. In short, the grinding mass fraction is adjusted by adjusting the amount of water supplied, thereby controlling the fineness of grinding. In closed-circuit grinding, the situation becomes more complicated, adding a factor in the amount of sand return. When the water supply is certain, the increase of the original ore and return sand will increase the grinding quality score, and vice versa. In addition to the influence of the amount of sand returned, the grinding fineness is also affected by the classification efficiency. When the amount of sand returned is large, the grain size composition of the whole ore is changed, the amount of fine particles is increased, and the grinding speed is fast. The grinding quality fraction should be appropriately reduced, and the ore discharge speed should be increased to reduce over-grinding. When the amount of sand returned is reduced and the ore is coarser, the post-water should be reduced to increase the grinding quality.
Stainless Steel Horizontal Storage Tanks
The most prolific of all pressure vessels are the various Storage Vessels required for industrial processes. These typically correspond to either the vertical or horizontal variety, although some spherical storage vessels are in use. Used primarily to store liquids, these pressure vessels are also available in a range of sizes. Depending on the exact role or product to be stored, they are constructed using different materials with carbon steel being the most common material type. In many cases, internal liners of a different material are used in addition to the vessel`s external material. This allows a material to be used for the external construction that would be at a detriment if exposed to the product. Therefore allowing the storage vessel to produced for a less cost, than that of using a special material.
Stainless Steel Horizontal Storage Tanks,Storage Vessel,Horizontal Storage Tanks,Horizontal Storage Vessels
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