Sliding Shoe Bearing of Ball Mill

Posted by yoyocrusher on December 25th, 2019

In some cases the Barite Grinding Mill won't use common primary bearing supporting on a single side or two sides, but use sliding shoe bearing. The shoe-mounted ball mill operates over the slipper by the tyre bearing mounted around the cylinder on the mill. This paper will generally offer with the structural characteristics on the sliding shoe bearing in the ball mill. (one) The slippers supporting the mill tyre is usually two, 3 or 4, this is why, its structure isn't only suited for medium and small-sized grinding mill and never constrained from the technical specs, but ideal for getting used in tremendous big grinding mills. (two) When adopting the sliding shoe bearing composition, it will be not needed to install grinding head or key bearing which might be effortless to dress in and tear, to ensure that the operation is comparatively protected, and the size from the grinding mill is shortened, specifically the feeding conclude of your grinding mill is clearly shortened quite a bit, for this reason, the coverage dimensions is lessened. (three) As for just a grinding mill built-in with drying and grinding, the sectional place of your feeding mouth will not be constrained by the hollow shaft, because of this of which, the workers can much more fairly structure the feeding mouth and it is conducive for the ground materials and hot air to experiencing as well as air flow resistance is reduced. (4) Considering the fact that the space in the two bearings of your grinding mill is shortened, the bending instant as well as pressure on the mill cylinder are relevantly lowered. For that reason, the thickness with the metal plate with the grinding mill is usually built thinner. Especially for the grinding mill integrated with drying and grinding, the cylinder on the drying cabin can use thinner steel plate, thus lowering the load with the mill. 5, The linear pace of your tyre is far increased when compared to the hollow shaft neck, which happens to be conducive to forming lubricating oil movie.