The shaking table is very well utilized inside the Raymond mill mining field as well as other fields. On the other hand, what variables do you assume may have effect around the operation from the shaking table? Right here we are going to introduce some principal things that need to be viewed as through the shaking table's working process. The vibrating screen featuring high efficiency, simple structure, light weight and low power consumption is widely used to separate sticky and moist materials. Although at present the domestic market for vibrating screens is extending bigger and bigger, the performances in the products are quite different from each other and the industrial distribution is very dispersive.
For example, the Raymond mill is famous for its high requirement with the accuracy of manufacturing which is determined by the property with the coal. Different from metal minerals and materials utilized from the steel mill, coal consists of irregular amount of water and mud with different particle sizes, so coal is not easy for the screening process. At present, vibrating screen manufacturers need to catch up with the global developing trend and try to make new breakthrough in the future.
First: stroke and stroke frequency. Both of them decide the moving speed and accelerated speed with the shaking table's surface; they have much influence to the loosing of the table's layers and selective transportation. The best stroke and stroke frequency will make the shaking table separate very nicely and will strengthen the delivering capability. For those situations when the materials are too rough and with large carrying load, the shaking table will adopt the big stroke and low stroke frequency; vice versa. Second: the water volume and slope gradient. They will influence the crosswise water flow speed and the thickness from the water layer from the shaking table surface and also the conveying speed in the mineral particles and the cleaning effect. When we increase the slope gradient, we are going to reduce the water volume at the same time; vice versa. During the real operation, water volume and the slope gradient needs to be integrated very properly.