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Starch vibrating screen machine
Starch vibrating screen machine starch is a storage polysaccharide stored in cells in the form of starch granules during plant growth
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Starch vibrating screen machine
Starch is a storage polysaccharide that is stored in cells in the form of starch granules during plant growth. It is particularly abundant in organs such as seeds, tubers, and tubers. Starch granules are water-insoluble semi crystalline and exhibit birefringence under polarized light. The shape (oval, spherical, irregular) and size (mesh between 80-200) of starch granules.
Different screening equipment is used in the starch processing technology.
Separation of starch slurry after crushing: centrifugal sieve
Separation of starch slurry after crushing: centrifugal sieve
Starch centrifugal screening machine is a device that filters and screens crushed potato residues and starch powder. This equipment is widely used in large and medium-sized starch production enterprises, and can be used for the extraction of potato and wheat starch. The sorting machine has a large processing capacity, reasonable power configuration, and easy installation, making it suitable for combination applications in potato starch.
Structural principle: The centrifugal screen is mainly composed of components such as the shell, machine base, screen drum, rotor, and electric motor. The slurry enters the sieve drum through the slurry inlet on one side of the shell, and the good slurry passes through the sieve holes by the pressure difference and centrifugal force inside and outside the sieve drum. The coarse slag and fiber bundles are intercepted in the sieve drum and discharged through the tail slurry outlet.
Starch dry powder is generally used: ultrasonic vibrating screen
Starch dry powder is generally used: ultrasonic vibrating screen
The ultrasonic starch vibrating screen effectively solves problems such as mesh blockage and theater problems during the screening process of starch dry powder. This series of vibrating screens is driven by a vertical vibration motor as the excitation source, and the screen surface moves horizontally, vertically, and obliquely in three dimensions under the drive of the vibration motor. It can effectively screen starch below 200 mesh. For starch materials with a mesh size of 200 or more, an ultrasonic system needs to be installed. When the equipment is running, a high-frequency, low amplitude ultrasonic vibration wave will be formed on the screen surface, causing the starch to suspend at low altitude on the screen surface and solve the problem of starch blockage.
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