A high-efficiency wet ball milling equipment

Abstract

The invention discloses a high-efficiency wet ball milling equipment. The invention discloses a ball milling roller assembly which is integrated and coaxially arranged with a hammering roller and a ball milling roller, and is arranged in the hammering roller to hammer the slurry or powder to be ground. Crushed hammering mechanism, in this way, the hammering mechanism hammers and pulverizes the slurry or powder to be ground during the rotation of the ball mill drum assembly, and uses the hammering mechanism to initially pulverize the material for the initial material, which can effectively ensure the degree of pulverization and uniformity, reducing the impact on the ball milling cylinder, and at the same time, the hammering cylinder and the ball milling cylinder of the present invention operate simultaneously, and use the filtering communication mechanism and the guiding mechanism to perform filtering, connecting and guiding, realize automatic uniform feeding, and improve the efficiency and reliability of the ball milling It can ensure the ball milling ability and reduce the impact of logistics on the inner parts of the ball milling drum. The invention can realize the automatic filtering and guiding function and improve the ball milling ability.

Description

technical field [0001] The invention relates to a wet ball milling device, in particular to a high-efficiency wet ball milling device. Background technique [0002] The ball mill is the key equipment for crushing the material after it is crushed. It is widely used in cement, silicate products, new building materials 52555, refractory materials, chemical fertilizers, black and non-ferrous metal beneficiation and glass ceramics and other production industries. The current ball mill generally uses the rollers and steel balls to rub against each other, so as to use the impact force and friction of the steel balls to achieve the crushing effect on the materials. This method is generally less efficient, and the materials are prone to uneven distribution in the rollers. As a result, the automatic forward feeding of the material cannot be realized, resulting in uneven crushing of the material during the crushing and ball milling process. Moreover, for larger materials, due to the l...

AI Technical Summary

Problems solved by technology

The current ball mill generally uses the rollers and steel balls to rub against each other, so as to use the impact force and friction of the steel balls to achieve the crushing effect on the materials. This method is generally less efficient, and the materials are prone to uneven distribution in the rollers. As a result, the automatic forward feeding of the material cannot be realized, resulting in uneven crushing of the material during the crushing and ball milling process. Moreover, for larger materials, due to the large impact force at the beginning, the structure in the drum and the steel balls will be affected. Larger damage will result in lower efficiency of ball milling equipment and reduce its service life

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