Why choose airflow sieve
High output: 5-10 times or higher than that of vibrating screen
High efficiency: Screening efficiency is as high as 95% or more;
Conjunction with various equipment: Can be used with various mills and wind turbines connected to the grid;
Cost savings: Low noise, low energy consumption, continuous operation, and reduced maintenance. , Why is the airflow sieve?
A wide range of fineness
80-530 mesh, various powdery materials can be screened efficiently
Accurate fineness
no super or mixed grade phenomenon
Long service life
The screen is installed vertically and is not load-bearing
No dust pollution
The screening process is carried out in a negative pressure semi-circulation state , These industries have chosen airflow sieve
Food industry, pharmaceutical industry, chemical industry, metal, metallurgical mining, other industries, etc.
Food industry cases
Pharmaceutical industry cases
Chemical industry case
Metallurgical industry case
Other industry cases , Technical Parameters
Model airflow volume
（m³/h） Screen specifications
（mesh） Feeding particle size
（mesh） Power
（kW） Spindle speed
（r.p.m） Cage diameter
（mm） Cage length
（mm）
WS-600 240-1100 80-600mesh 40mesh≤ 3 420 Φ606 380
WS-1000 200-2500 5.5/7.5 960 Φ1006 730
WS-1600 500-2600 11/15 970 Φ1500 2335
WS-1800 720-7200 22 650 Φ1800 1802
working principle
It is connected in series in the air path of raw material production. The raw material mixture enters the machine body from the air flow screen inlet. Through the intelligent turbine, the raw materials are dispersed into monomers and pass through the composite screen in an orderly manner, and then enter the next process along the wind path. Unqualified impurities and foreign matter are intercepted and automatically discharged through the automatic slag discharge port. This completes the selection process of networked jobs. Using airflow atomization to disperse raw materials into monomers, it overcomes the stickiness, agglomeration, electrostatic adsorption, light weight, floating, agglomeration and other characteristics of materials that are difficult to screen, and achieves the purpose of effective screening that cannot be achieved by traditional screening machinery. It is an intelligent screening equipment that comprehensively utilizes centrifugal force, wind force, gas vortex, mechanical kinetic energy, gravitational potential energy and vibration force.
