Analysis of particle size of input and output of phosphate rock crusher2019-04-11

Summary:Analysis of particle size of input and output of phosphate rock crusherThe ore is mostly produced in sedimentary rocks, and the main mineral of phosphorus is ap

Analysis of particle size of input and output of phosphate rock crusher

The ore is mostly produced in sedimentary rocks, and the main mineral of phosphorus is apatite. Phosphorus is an important chemical raw material and an essential element for crop growth. However, the equipment for crushing phosphate rock is a phosphate rock crusher, which can break the required particle size of the phosphate ore. Of course, the particle size of the feed and discharge equipment is an important indicator for determining the phosphate rock crusher. The particle size of the feed and discharge material fully indicates the production capacity and crushing strength of the equipment.

Granular size

The inlet and outlet particle size is an indicator for judging whether the crushing grade and performance of the phosphate ore crusher are advanced. Normally, the phosphate rock crusher can accommodate a feed size of 1500 mm and a discharge size of 10 mm. The access granularity is greater than that of similar devices. When the content of coarse particles in the crushed phosphate rock material is relatively high or the ratio of the maximum mass of the ore to the ore width is large, the crushing ratio of the phosphate rock crusher is required (the particle size of the phosphate rock material before crushing) Since the ratio of the particle diameter of the crushed material is large, the productivity is lowered. Secondly, when the equipment is processed, the crushed phosphate rock material fine particles are close to or smaller than the size of the discharge port, and the content is large or the ratio of the maximum mass of the ore to the ore width is small, so the crushing ratio to be achieved is small, so Its productivity has increased accordingly.

phosphate rock crusher

Inlet and discharge size influence

Due to the different nature of phosphate rock, the hardness and humidity will be different due to different formation reasons, which will affect the crushing strength of the phosphate rock crusher. Therefore, the crushed phosphate rock material has different particle sizes. For example, if the crushed phosphate rock has a large water content and a high hardness, the crushing capacity of the equipment will be reduced, and the crushed particle size will be too large or uneven. In severe cases, it can cause blockages. Therefore, it is recommended to split the phosphate rock material or adjust the parameters of the equipment before crushing. This ensures equipment productivity and the size of the broken product.

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