Industry news

Develop a large airflow pulverizer to improve, need to improve the process

  The airflow grinding energy is low, the output is large: the unique pulverized cavity design, using the collaboration of the multi-work field, greatly improves the pulverization efficiency, the production demonstrates that the equipment has the lowest energy consumption, the largest production, and Compared with traditional gas flow, energy saving is 30%, and the yield is increased by more than 2 times.

  Compared with the mechanical pulverizer, the pulverization strength of the airflow pulverizer is large, the energy utilization is high, the airflow pulverizer can reach 2% -10%, while the ordinary pulverizer is only 0.6%, the equipment is simple It can be sterile, easy to clean, and the product is fine, and the amount of micrometers and even submicron are reached, and the particle regularity and the surface are smooth. In addition, the airflow pulverizer can achieve combination of pulverization and drying, pulverizing and mixing, pulverization and chemical reaction.

  However, compared to other pulverized equipment, the gas flow crushing equipment is low, the energy consumption is high, suitable for high processing requirements, and high added value. However, the effect of mill dimensions on pulverization efficiency makes the prospect of developing large airflow crushing equipment.

  The working fluid used by the airflow mill is generally dry oil or superheated steam. When certain cases, it is necessary to crush the flammable and explosive materials, and nitrogen and inert gas are used as a working article. Different works, their injection speed, smash flow field, etc. also have differently, using different works to improve the gas flow and crushing process is an important research direction in the future.

  To reduce customer pre-investment, reduce project investment risks, improve product competitiveness, and ALPA provides customers with processing services to meet customers' diversification needs. Can be processed by battery materials, environmentally friendly desulfurization, building materials and solid waste, non-metallic mines, pharmaceuticals, food / cosmetics / health products, fine chemicals, powder metallurgy, high-tech materials, and other materials.