Round Gyratory Vibrating Screen Grain Wheat/corn/rice/cocoa Flour Vibrating Sieves Sifter/sieve rotary/separator machine sieve/rotary sieve
Round Gyratory Vibrating Screen Grain Wheat/corn/rice/cocoa Flour Vibrating Sieves Sifter/sieve rotary/separator machine sieve/rotary sieve produced and sold by Xinxiang Dayong Vibrating Equipment Co., Ltd. is specially used to screen grain wheat / corn / rice / cocoa powder.The rotary vibrating screen series products are also equipped with a special screen cleaning device, which reduces the blocking rate to a low level, and effectively improves the screen passing rate and processing accuracy.
DY-600 Vibrating Screen /DY-800 Vibrating Screen/DY-1000 Vibrating Screen
Price:598$-898$
Round Gyratory Vibrating Screen Grain Wheat/corn/rice/cocoa Flour Vibrating Sieves Sifter/sieve rotary/separator machine sieve/rotary sieve is a high-precision fine powder screening machine. The working principle of the rotary vibrating screen is that the eccentric hammers installed at the top and bottom of the motor convert the rotating motion of the motor into horizontal, vertical and inclined three-dimensional motion, and then transfer this motion to the screen surface to achieve the purpose of classification, filtration and removal Impurities.Rotary vibrating screen is a high-precision fine powder screening equipment; due to its high efficiency, convenient screen change, and non-clogging of the mesh; the rotary vibrating screen is suitable for any particle, powder, and mucus in various powder industries within a certain range filter.Our company is a leading manufacturer and supplier of Vibro Sifter in China. It consists of circular gyratory screens used to separate solids from solids, liquids from solid and for gradation of materials. It is designed in such a way that multi plane vibration is achieved using a specially designed vibratory motor. Being precision engineered and sturdy in construction, these machines are also helpful in separating mass composition of solids, liquid from solid and for gradation of materials as per particle sizes.