Detergent Powder Electric Sieve Industrial Vibrating Screen

Introduction

Detergent Powder Electric Sieve Industrial Vibrating Screen is a high precision fine powder screening machine.The fundamental principle of vibrating screen sifter is that the unbalanced weight dropper installed on the top and bottom ends of motor changes the rotation motion of motor to horizontal, vertical and inclined three-dimensional motions, and then passes this motion to screen surface, achieving the purpose of classification, filtering and removal of impurities. Detergent Powder Electric Sieve Industrial Vibrating Screen can be used for grain, powder, granule, flake, liquid materials.

There are different types for Detergent Powder Electric Sieve Industrial Vibrating Screen.

Stainless steel for contacting parts

Full stainless steel vibrating screen

Features

1. Up to 5 times outlet compared than common sieving machine.
2. At most 6 Level separation.
3. Sieving efficiency is as high as 90% -95%.
4. When using the silicone rubber balls, ultrasonic and other high-performance mesh-cleaning device system, the sieve aperture will not be blocked.
5. Enclosed cleaning dust, safe operation; the acceleration is 4-5 times lower than common vibrating screen.

6. No particle destruction in sensitive products.
7. High screening quality results in higher revenues for graded products.
8. Higher specific screen load as compared to vibration systems.
9. Stable screen motion even under full load.

10. Noise <75 dB. Re-optimization is balanced, ground-based dynamic load is low.

11. Screening efficiency up to 99%.

Specification

Detergent Powder Electric Sieve Industrial Vibrating Screen can be up to 5 layers, and the mesh size can reach 500 mesh. The following table shows the detailed data of different models for your reference.

Application

Detergent Powder Electric Sieve Industrial Vibrating Screen is widely used in food industry, ore, mining industry, chemical industry, medical industry, waste treatment, etc. Main functions are removing impurity, filtering, classification of material, solid-liquid separation, screening.