As a high -tech, the airflow crusher is gradually valued by the relevant research departments of my country in the 1990s. At present, the airflow crusher has been continuously developed and updated, and its functions can be comparable to imported equipment. The new airflow crusher has received praise and popularity of many users at home and abroad. So what aspects of the new airflow crusher compared to the old airflow crusher? Let's talk about it in detail below.
Although the old -fashioned airflow crusher contains multi -nozzle, fluidized bed, horizontal grading and gas sealing A system of diversification, layering and hierarchical classification. However, because the nozzle designed by this crushing mode is parallel and symmetrical in the crushing chamber, only a pair of shooting (that is, the horizontal spray) in a single plane, so that the material to be crushed can only be in a approximate plane. The shattering within the range has led to the following defects: First, the bottom of the crushing room is convenient to unload, and it is designed as a conical shape. In the cone below, the material enters a blind spot and cannot continue to be crushed. Second, the crushing area is within a nearly plane range, and the area is narrow, making the material with relatively few opportunities to be attacked by air flowing, impact, squeezing, and friction. Third, the traditional structure allows the material to become above the nozzle during the crushing process, and the material deposited in the cone under the crushing chamber cannot form a doubting state. The above defects are the main reasons for the energy consumption and low efficiency of traditional fluidized bed ultra -micro -flow crushing machines. The new airflow crusher is improved from these disadvantages. After practical application, the new airflow crusher can better meet the diversified needs of users in production and processing.