Vibrating Sieve

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Product Details:

General Use commercial
Material Stainless Steel
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Vibrating Sieve Price And Quantity

Minimum Order Quantity 10 Unit

Vibrating Sieve Product Specifications

Material Stainless Steel
General Use commercial

Vibrating Sieve Trade Information

Supply Ability 10 Unit Per Month
Delivery Time 1 Week

Product Description

We are a perfect blend of modern mechanisms and excellent human resources to deliver top class Vibrating Sieve to our clients. High screening capacity, durability and rigid & vibration resistant body are some of the attributes for which these sieves are acknowledged widely by clients. Our Vibrating Sieve Machine is used for grinding and screening of raw materials in different industries such as ceramic, food, chemical, pharmaceutical, sand & glass. Owing to our unmatched quality, we offer these vibrating sieves to various international markets like Europe, Middle East, UAE, USA and China.

Features of Vibrating Sieve

Ready changing of screen plates
No transmission of screen panels.
Simple and dependable Eccentric type system.

Application of Vibrating Sieve

Detergent Powder, Chemical Additives, Spices, Abrasives
Ceramic Slip, Polymer Resin/Plastic, Preparation Plant Biscuit
Glazed Section, Effluent, Pallets/Power, Paint Pharmaceuticals, Sodium Sulphate, Calcinede
Fiber Recovery, Refractory, Tea, Petroleum Coke, Gelatin
Cattle Feed, Cellulose Powder, Metal Powder/Shot & Grits, Table Salt.

How It works

The top weight on the motor shaft rotates in a plane close to the centre of the mass of assembly, Rotation of the top eccentric weights creates vibration in the horizontal plane which causes material to move across the screen cloth to periphery increasing the top eccentric mass. The bottom eccentric weight rotates below the centre of vibrating, mass creating till on the screen giving vibration in vertical & tangential planes increasing the vertical component of motion which promotes turn over of material on the screen surface helping maximum quantity of undersize material to pass through the screen. The effective vertical motion helps in minimizing blinding of screen by 'near size' particles. The tangential component of motion is controlled by the angle of lead given to bottom weight with relation to top weight.