High Quality and Good Price Alumina Ball Mill for Sale

Introduction

Alumina is produced by chemically treating bauxite raw materials to remove silicon, iron, titanium and other oxides. It is a very high-purity alumina raw material. The special beneficiation equipment is mainly used for re-pulverizing the crushed materials. The motor drives the helical gear reducer, and the hollow shaft of the reducer output is directly sleeved on the transmission shaft of the grinding cylinder, and the reducer is equipped with an impact reduction pad. It has the characteristics of large transmission torque, high mechanical efficiency and smooth starting, which avoids the trouble caused by frequent adjustment of the transmission belt. The grinding cylinder adopts microcrystalline abrasion-resistant 95 alumina lining brick, which has the characteristics of high wear resistance, good sealing, small pollution, super fineness, low consumption, convenient feeding and discharging. Suitable for grinding and mixing high purity materials.

Performance Advantages

1. The alumina ball mill adopts the optimized design of the rotation speed of the tank body, so that the media balls in the grinding tank body can form a tilting motion dispersed material to obtain a better grinding effect and can grind fine materials faster.

2. The grinded slurry is fine, the content of alumina after grinding is 92%, the purity is high, and it will not cause pollution to the grinding materials.

3. The machine uses alumina microcrystalline corundum ceramic, which is particularly wear-resistant, suitable for grinding and mixing various high-purity fine raw materials. It has the characteristics of high abrasion resistance, good sealing, small pollution, low noise, low consumption, convenient feeding and discharging.

4. Less investment, energy saving and power saving compared with similar products, novel structure and stable performance, suitable for mixing and grinding of ordinary and special materials. Users can comprehensively consider selecting the appropriate model, liner, and media type according to the specific gravity and hardness of the material, and according to the output and other factors.

Technical Parameters