Grain Processing Machine Dealers in Panki, Kanpur

This product also works on the same principle but instead of whole supari, cut supari with stones, glass, metal and other impurities is input. The end product achieved is clean cut supari. Working Principle : Gravity destoner is based on the proportion of different food grain and gravel and suspension speed, the grain size and grain shape approximate grain sand and other debris separated from the machine. Application : Used to separate cut supari from impurities.

Being one of the leading names in the industry, we are engaged in offering Vibro Sieve to the clients. We carry out our operations from Uttar Pradesh, India. We offer it in the single deck and multi-deck configurations. It is available in SS/MS construction. Owing to its robust structure, seamless finish, optimum functionality, and faultless performance, it is highly acknowledged by our clients. It is widely demanded by various industries for suitable applications. We offer it at a budget-friendly rate.

Shri Krishnaji Vibrating Sieve is the most Efficient Vibrating Screen or Vibrating Sieve for Dry Screening. Vibrating Screen is compiled of mainframe, eccentric bock, screen web, rub spring, electric motor, coupler and some more. Very much suitable for chemical and Pharmaceutical Industries. Depends on physical properties and particle size of the material.   Application Ceramic Industry, Detergent Powder, Chemical Additives, Spices, Abrasives Ceramic Slip, Polymer Resin/Plastic, Preparation Plant Biscuit Glazed Section, Effluent, Pallets/Power, Paint Pharmaceuticals, Sodium Sulphate, Calcinede Foods Industry, a. Fiber Recovery, Refractory, Tea, Petroleum Coke, Chemicals & Pharmaceuticals, Gelatin Sand & Glass, 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.   Features Simple and dependable Eccentric type system. High screening capacity. High durability. No transmission of screen panels. Ready changing of screen plates. Rigid and vibrating resistance screen body.

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