A Kind Of Ball Mill With Mixing Function

 A  Kind Of Ball Mill With mixing function

The Low Wear Ball Mill is a kind of grinding machine with mixing function.The body of the Operate Flexibly Ball Mill is cylindrical, with spherical grinding body and materials; The centrifugal force and friction generated by the rotation of the fuselage bring the material and the grinding body to a certain height at the same time, and then fall down. After continuous collision and friction, the material is ground into fine powder.Can be divided into dry method and wet two ways; Wet operation is usually equipped with a classifier, dry operation is equipped with ventilation and separation equipment.

Operate Flexibly Ball Mill is widely used in cement, silicate products, new building materials, refractories, fertilizers, black and non-ferrous metal mineral processing and glass ceramics and other industries. Dry or wet grinding of various ores and other grindable materials. Safe And Reliable Ball Millis suitable for grinding all kinds of ores and other materials. Operate Flexibly Ball Mill is widely used in mineral processing, building materials and chemical industry. According to the different ore discharging methods, Low Wear Ball Mill can be divided into two types: lattice type and overflow type.

Different grinders are selected according to different substances. Grinders can be roughly divided into two categories: metal and non-metal. Metal like stainless steel beads and tungsten steel beads; Non-metallic such as alumina ceramics, zirconium porcelain, pebbles and marble. When grinding sulfur, phosphorus and iodine, materials that will interact with metals should be used ceramic grinders; Ceramic grinder can grind most substances, but its disadvantage is more difficult to clean.
The diameter of a grinding product depends on several physical factors:
1. Abrasive collision frequency (related to the number, volume and rotation speed of the grinding barrel, etc.)
2. Length of grinding time (frequency times time equals number of grinding times, the more grinding times, the smaller diameter)
3. Physical and chemical properties of abrasive (e.g. ductility, brittleness, mechanical stability)
4. Grinding drum geometry and material (a factor affecting frequency)