Principles and advantages of activated carbon ultrafine pulverizer
Activated carbon material has stable chemical properties, high mechanical strength, acid resistance, alkali resistance, heat resistance, insoluble in water and organic solvents, and can be recycled. It has been widely used in chemical engineering, environmental protection, food processing, metallurgy, drug refining, military chemical protection And so on in various fields. At present, modified activated carbon materials are widely used in sewage treatment, air pollution control and other fields, showing bright prospects in the treatment of environmental pollution. Activated carbon can exert its value to a greater extent after being superfinely pulverized.
Activated carbon has the characteristics of developed pore structure, large specific surface area and smooth surface, so ordinary powder crushing equipment is not suitable for crushing activated carbon. In view of the high production cost and low production efficiency of activated carbon, the ultra-fine pulverizer uses hammers, blades, rods, etc. on the high-speed rotating body to impact the crushed materials, and uses the fierce impact of the material and the rotating body to fly at high speed. The high-speed impact between the materials and the shearing and grinding of the rotating body and the stator or the side wall realize the purpose of ultra-fine crushing of the materials.
The unique crushing mechanism determines its wide range of applications, powerful functions and changeable characteristics: it can be applied to plant fiber materials, plant shell materials, and non-mineral light calcium, heavy calcium crushing, etc. . Compared with the traditional coarse crusher, its fineness can be crushed to finer: the finest can reach 1500 mesh (8 microns); the single processing capacity is larger: the current maximum processing capacity is 8 tons per hour at 1000 mesh.
After the reorganization of the main machine structure and the adjustment of the rear supporting components, this machine can be made into a high-efficiency dispersing machine. Its dispersing efficiency is high: a single unit has a large processing capacity; a high dispersing fineness: it has been applied to nano-active carbonic acid. Dispersion of calcium; wide range of applications: when the hardness of the material is moderate, it can be used to disperse the material under conditions such as compaction after drying, agglomeration after long-term storage, and long-term dampness. During the break up operation, this machine also has the advantages of maintaining the original crystal grain shape and protecting the surface film of the powder.
The complete set of equipment comes standard with an impact mill host, a vertical high-precision turbine classifier, a cyclone collector, an electronic pulse bag dust collector, and supporting motors and electronic control components.