Rotary Ceramic Slurry Round Vibrating Sieve Machine / Vibrating Screen

Working Principle

Our circular vibrating screen, as a piece of powdery material screening equipment, uses horizontal vibration motor or special vibration exciter as its vibration source. The horizontal vibration motor and vibration exciter have a eccentric block at the both at their upper and lower sides. The eccentric blocks can generate a three-dimensional movement in horizontal, vertical and inclined movemnet. By adjusting the phase angles of the upper and lower eccentric blocks, the material on the screen can change the movement locus, achieving suitable screening performance.

Technical Parameter

Application Industry

Vibrating sieve machine suitable for all kinds of powders , particles and liquids, Widely used in fertilizer, medicine and powder coatings, paints, cosmetics, oils, resin, ceramic slurry, clay mud, lime, refractory powder, powder metallurgy, magnetic powders, polishing powder, juices, beverages, sugar, salt, monosodium glutamate, spices, sewage, wastewater treatment processes milk, starch, wheat flour, rice flour, carbon, graphite, manganese powder, lithium carbonate, a co-solvent, fire extinguishing agents and environmental protection industries in the screening, filtering.

Product Advantages

1. All stainless steel design, attractive and durable exterior.
2. Small size, less space, easy to move.
3. Low energy consumption and high efficiency.
4. Easy to dismantle and easy to clean internal and external, meet the food GMP grade.
5. Automatic operation, can work 24 hours, ultra-low mute design production.
6. Rigorous seal, liquid does not leak, dust is not rising. Single layer, multi-layer to use, a multi-stage filter.
7. Vertical vibrating screen which is a multi-purpose filter machine,is suitable for rapid, large amount of fine granular material.
8. A single motor and dual motor can be layout.
9. Its main characteristic is material in the screening machine time is short, the material can be quickly outside, you can install a lower working position.
10. Depending on the conditions of usage, we can make targeted modifications of the model in order to reduce the labor intensity and improve production efficiency.