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Applied Materials: River gravel, granite, basalt, quartz, iron ore, diabase, limestone, coal gangue, etc. in the aggregate field, concrete mixing plant, dry mortar plant desulfurization, artificial sand making , and other fields.
Introduction Of Vibrating Screen
Vibrating Screen is also called vibration screen or vibrating screen machine, a kind of highly efficient vibration equipment, which mainly consists of a screen box, screen mesh, vibrator, damping spring device, chassis and other components. It is not only suitable for sand sieving in the stone quarry, but also for the classification in coal preparation, ore dressing, building material, and chemical industry.
Classification of Vibrating Screen
According to the number of sieve decks, the vibrating screen can be divided into double decks vibrating screen, three decks vibrating screen and four decks vibrating screen. based on the application and weight, the vibrating screen machine is classified as mining vibrating screen, light fine vibrating screen and lab vibrating screen.
Applications of Vibrating Screen
Screening: screening is to divide the granular and powder materials into different particle size groups. A single vibrating screen can be matched to 4 screens, which can conduct continuous separation of 2-5 particle sizes with narrow particle size range and control;
Screen out of impurities: during the high flow process of extreme performance screening machine, it can quickly remove large or small slurry residue particles. Vibrating screen can quickly remove all kinds of soluble solid materials in the slurry, and continuously screen the slag.
The movement of vibrating screen is round, and the series has a total of forty kinds of specifications. It can be used for the classification of materials in coal, mineral processing, building materials, electric power and chemical industry.
How Vibrating Screen Works?
As an advanced type of multi-deck vibrating screen with high efficiency, round vibrating screen adopts cylinder eccentric shaft exciter. An unbalanced flywheel causes the shaking, which is in a mode of erratic motion. Under the violent vibration, different sized broken materials are separated through sieves into groups and fall down upon different mesh-sized decks.
