22 行· YK Series Circular vibrating screen is updated product of YA Eccentric Vibrating Screen. By introducing technology in the industry from Japan and Germany, according to applied level and develop & technology level of home and abroad, and combining with our country factual enforced environment, we has designed this newest and high efficient Circular vibrating screen .
Firstly, circular vibrating screen uses vibrator as power, so it has strong exciting force. Secondly, both sieve beams and sieve box adopt high strength bolts. And vibrating screen machine has simple structure and easy maintenance. Thirdly, it uses tire coupling. So
The circular-throw vibrating screen generates a rotating acceleration vector and the screen must maintain a steep throwing angle to prevent transportation along the screen deck. The deck is commonly constructed to have an angle within the range of 10° to 18°, in order to develop adequate particle movement. An Increase of deck angle speeds particle motion with proportional relationship to particle size. This decreases residence time and size stratification along the mesh screen. However, if the angle is greater than 20°, efficiency decreases due to reduction of effective mesh area. Effect of dec
The circular-throw vibrating screen generates a rotating acceleration vector and the screen must maintain a steep throwing angle to prevent transportation along the screen deck. The deck is commonly constructed to have an angle within the range of 10° to 18°, in order to develop adequate particle movement. An Increase of deck angle speeds particle motion with proportional relationship to particle size. This decreases residence time and size stratification along the mesh screen. However, if the angle is greater than 20°, efficiency decreases due to reduction of effective mesh area. Effect of deck angle on efficiency is also influenced by particle density. In mining the optimal inclination angle is about 15°. Exceptions are the dewatering screens at 3° to 5° and steep screens at 20° to 40°. On average, 1.5 seconds is required for the screen process to reach a steady state and for particles to cover the screen. This is induced by the circular motion. The rotary acceleration has a loosening effect on the particles on the deck. Centrifugal forces spread particles across the screen. With the combination of the gravitational component, the efficiency of small particle passing through aperture is improved, and large size particles are carried forward towards the discharge end. Under vibration, particles of different sizes segregate (Brazil nut effect). Vibration lifts and segregates particles on the inclined screen. When vibration amplitude is within the range of 3 to 3.5mm, the equipment segregates the large and small particles with best efficiency. If the amplitude is too high, the contact area between particles and screen surface is reduced and energy is wasted; if too low, particles block the aperture, causing poor separation. Higher frequency of vibration improves component stratification along the screen and leads to better separation efficiency. Circle throw gear is designed with 750 ~to 1050 rpm, which screens large materi
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Circular Vibrating Screen is a kind of new and highly effective vibrating screen which can be designed with multiple layers. It is composed of screen box, screen mesh cloth, suspension (or support) dev, bottom frame and motor.
Circular vibrating screen Thanks to the simple adjustment of counterweights on the motor axis and to the three-dimensional vibration they generate, our circular vibrating screens allow to sieve, classify, dedust and filter a very wide range of products, achieving good results even with fine products.
Circular Vibrating Screens. While the ing principles of the two types of vibrating screens are similar, movement is the primary difference. Typically, circular vibrating screens are more popular, and their movement cycle and operation is more complex. Several components make this equipment function properly: Screen body; Screen mesh or sieve
circular vibrating screen is a kind of mature technology, general and tend to be standardized classic vibro sifter machine sieving equipment, Can meet the requirements for most materials in grading granules, sieving powders and solids-liquids separation.
IFE circular motion vibrating screens are used for screening of granoulos bulk material and are robust in design and build. The screen frame consists of both side panels and cross beams being bolted and glued to the panels carrying the screen
Round vibrating screen is abbreviated as circular vibrating screen, widely used in the screening of coal, limestone, gravel, gravel, metal or non-metallic ore and other materials. The heavy-duty circular vibrating screen is divided into yk series circular vibrating screen according to different ing principles. Ya type circular
circular vibrating screen is a kind of mature technology, general and tend to be standardized classic vibro sifter machine sieving equipment, Can meet the requirements for most materials in grading
Circular Vibrating Screen Machine is an ideal screening machine for various applications like Sieving, Grading and Sizing of dry Pharmaceutical-Chemical-Food-Dye-Cosmetic Plastic Powder Granules &
The circular vibrating screen is composed of multiple sieve plates, which can divide the sand and gravel into 2~6 levels according to the particle size. The circular vibrating screen has the
Circular Vibrating Screens. While the ing principles of the two types of vibrating screens are similar, movement is the primary difference. Typically, circular vibrating screens are more popular, and their movement cycle and operation is more complex. Several components make this equipment function properly: Screen body; Screen
