The air conveying chute can be used for powder materials such as cement and fly ash that are prone to fluidization. The chute uses a high-pressure centrifugal fan (9-19:9-26 type) as the power source to keep the materials in the closed conveying chute fluidized and the inclined end of the chute flows slowly. The main body of the equipment has no transmission part and adopts a new type of coating wheel breathable layer, which is easy to seal and manage. The equipment is light in weight, low in power consumption, and has a large conveying force, making it easy to change the conveying direction!

Air conveying chute is a device that uses airflow to transport loose materials along pipelines. There are three types: suction, compression, and hybrid. Its working principle is to use the kinetic energy of the airflow to suspend the granular material and transport it along the pipeline with the airflow:

â‘  Suction type. After the exhaust fan is started, the entire system maintains a certain degree of vacuum. Under the pressure difference, the air flow causes the material to enter the suction nozzle and be transported along the material conveying pipe to the separator at the discharge point. The material is separated from the air flow and discharged from the bottom of the separator. The air flow is purified by the dust collector and then discharged into the atmosphere through the muffler. The advantage is that the material supply is simple, and it can absorb materials from multiple sources simultaneously. But the conveying distance is short and the productivity is low. High sealing requirements.

â‘¡ Compression type. The blower presses air into the conveying pipe, and the material is supplied from the feeder. The mixture of air and material is pressed along the conveying pipe to the discharge point, and the material is discharged after passing through the separator. The air is purified by the dust collector and discharged into the atmosphere. The characteristics are opposite to the suction type, which can transport materials to several locations at the same time. The conveying distance is long, the productivity is high, but the structure is complex.

â‘¢ Hybrid. A combination of the above two forms.

Reminder: This device is not suitable for materials with large particle size, high moisture content, and poor fluidization