タイトルまたは説明

Brief description


It is an efficient screening machine designed specially to meet the large output and high precision screening of the manufacturers. The most simple screening is to look at with both eyes and screen with both hands. Swing screening machine is the mechanical simulation of it, which is the most effective simulation of the effective principle of artificial screening (screening accuracy, efficiency, and the service life are ***0 times of the conventional circular screen), and meets all the fine and ultrafine particulate materials, especially  suitable for the material difficult to deal with.



Structure principle

 

• The basic rotational motion is similar to that of  artificial screening. The eccentricity can be adjusted from *0 to *0 mm, and low speed V type belt  driven is adjustable from **0 to **0 rpm.
• The residence time of each product can be adjusted by the radial and chamfer angle of the swinging screen.
• The material forms horizontal and throwing 3D roll motion and evenly disperses from the center to the edge of the sieve surface, thereby axial propagation in a helical motion. Thus fine particles complete the entire screening process.
• The horizontal and vertical acceleration increases with the movement of materials, and the particles close to the aperture size are successfully separated; large particles are moved to the exit, where has an adjustable steering device to control the flow, which is another factor that controls the retention time of the material.
• The process is repeated between each sieve layer.

• The output per unit area up to 5 times; the separation accuracy reaching 6 level, screening efficiency as high as *0%**9%; using silicone rubber ball, ultrasonic etc. high effect clear net device system, the mesh wont be blocked.
• Dust closed removal,  safety operation; the acceleration is 4.5 times of the vibrating screen, the life of the screening part is improved, and the maintenance is reduced; the noise is less than *0 dB.
• Optimal equilibrium, low dynamic load of foundation. 

• Whats the material will be separated?
• Whats the capacity you required?
• How many layers do you need and the sieve mesh size of every layer?
• Any other special requirement?