Square Shaker
Square swinging screen, also known as rectangular swinging screen, is a high-efficiency screening equipment with high precision and large output. It has better self-cleaning effect, high screen utilization rate, long life and good sealing effect.
The square swinging screen is widely used in chemical industry and new materials, metallurgy, metal powder, mineral powder, food, salt, sugar, abrasive, feed and other industries. Through the square swinging vibrating screen, the whirling motion of the exciter is transmitted to the screen surface, so that the materials are quickly dispersed in the front of the screen machine, so as to achieve the purpose of high-efficiency screening.
Product Features
Large screening capacity, unique multi-layer grading design, one machine is divided into two groups, one machine can be used for multiple machines, and the output is doubled.
Fully enclosed structure, no dust flying, small vibration and low noise of the sieve machine, which meets the requirements of environmental protection.
Flexible screening, the acceleration is 4-5 times lower than ordinary vibrating screens, and the service life is improved, thereby reducing maintenance costs.
It is more convenient to change the screen, simple to operate, firm and reliable.
Large-scale electrostatic spraying process, the equipment is more beautiful, wear-resistant and anti-rust.
Rotary screening: Two layers of screens with the same aperture allow the materials that have been screened once to be screened again to achieve higher screening accuracy.
Rotary reverse sieving: material sieving is sieved from fine→medium fine→medium→coarse, and the coarse material plays a certain role in cleaning the mesh.
Working Principle
After the screen machine is started, the shaking body of the screen machine, that is, the screen box, reciprocates back and forth under the action of inertial force, and the screen box drives the screen surface to shake periodically, so that the materials on the screen surface make directional jumping motion together with the screen box, During this period, the material smaller than the aperture of the screen surface falls to the lower layer through the sieve hole and becomes the undersieve, and the material larger than the aperture of the screen surface is discharged from the discharge port after continuous tumbling and jumping motion, thus completing the screening work.
Model |
Screen size
(m) |
Screening area
(m²) |
Screen inclination
(°) |
Number of screen
layers (s) |
Power
(kW) |
Allowable number
of rotations |
Screen box
stroke (mm) |
HXS-1536 | 1.5m*3.5m | 5.25 | 5.43±3 | 1~10 | 5.5 | 180-260 | 60-25 |
HXS-1836 | 1.8m*3.5m | 6.3 | 5.43±3 | 5.5 | 180-260 | 60-25 | |
HXS-2040 | 2.0m*4.0m | 8 | 5.43±3 | 7.5 | 180-260 | 60-25 |
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The proper selection of the vibrating screen depends on the material, mesh size,output required, method of input,abrasiveness of the material etc: 1. Screening product : _____
2. Moisture:_____%
3. Capacity:________kg/ hour
4. Screen layer:_______
5. Screen mesh size:______ mesh . ______ mesh. ______ mesh
6. Voltage:______V,Frequency:______HZ, 3 phase
7. SS304/316L stainless steel or Q235A carbon steel?