Today, let's talk about the processing method of the air flow crusher. After the air flow crusher compress the air, the air is filtered and dried, and the crushing cavity is sprayed at a high speed through the Laval nozzle. The materials at the intersection of multiple high -pressure airflows are repeatedly collided, rubbing, cutting and crushing. With the uplifting air flow to the hierarchical zone, under the powerful aggressive effect of a high -speed rotating rotating turbine, the thick and thin materials are separated, and the fine particles that meet the particle size requirements enter the cyclone separator and the dust collector through the hierarchical wheel. The area continues to crush. Ultra -fine crushing machines have low loss of loss. All damaged parts use high -quality wear -resistant materials at home and abroad, with long service life. A small amount of easy wear parts is made of special hard abrasion, with a small size, light weight, and easy to replace accessories. The ultra -micro crushing machine consists of a warehouse, mechanical crusher, fans, whose aircraft, vibration sieve, liquid nitrogen tank, etc. The deep -cold crusher system uses liquid nitrogen as a cold source, and is crispy by the crushed material to achieve crispy crispy at low temperature at low temperature. After being easy to crush, enter the mechanical crushing machine cavity, rotate high -speed, materials and leaves, teeth, and materials between the materials and leaves, the material and the material and the material, and the crushing effect is achieved under the comprehensive effects of each other.
The difference between the airflow crusher and other crushing machines is that it is impacted by the particles itself, the influence of the airflow on materials, materials and other materials and other other The impact of parts, friction and shear the impact of components crushed. air flow. Essence The airflow crusher uses the material to obtain huge kinetic energy under the action of high -speed airflow. It can cause severe friction between high -speed collisions and particles in the grinding room. At the same time, high -speed airflow has a shear effect on materials to achieve the purpose of crushing materials. It can process raw materials into very fine powder. The application of this technology in all fine processing industries such as chemicals, plastics, mining, and metal materials is almost common, and occupy a special status in many specific powder fields. Since the launch of the airflow crusher in the 1930s, through the efforts of many researchers, its structure has been continuously updated and the types have continued to increase. There are flats or discs of airflow crusher, circulating air crusher, fluidized bed airflow crusher, target air crusher, etc. The air flow crushing mechanism has high cost, high energy consumption, and high processing costs. Faced with serious energy conservation problems, the airflow crusher solves the problem of energy conservation, and will greatly expand the scope of the application of airflow crusher. Considering the current energy conservation and environmental protection requirements of the state, energy conservation will be one of the main directions of the improvement of air flow crusher.