| Control: | PLC Control |
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| Operation: | Automatic Continuous Operation |
| Centrifugal Type: | Screen Centrifuge |
| Moc: | Stainless Steel |
| Machine Type: | Horizontal Centrofuge |
| Screen Touch: | Optional |
| Customization: |
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Audited Supplier PRODUCT DESCRIPTION
LLW Screen Worm Centrifuges (Screw Feeding Type)
Screw feeding port
Stable and reliable feeding, with small vibration
Simple structure in whole, easy to operate and maintain
Applicable to the separation of crystal materials with high concentration and poor fluidity
MAIN TECHNICAL PARAMETERS
DESCRIPTION
LLWZ and LLW Horizontal Thickening Screen/Screen Worm Centrifuges
Horizontal screen worm centrifuge is an advanced solid-liquid separation equipment featuring low energy consumption, high performance, high automation, high production efficiency, good separation effect, and continuous working capability. After the suspension enters the centrifuge, the liquid phase is discharged out through the screen and the holes on the Bowl wall under the centrifugal force generated by the high-speed revolution of the Bowl, while the solid phase is retained on the screen to form a cake layer and then pushed to the discharge port through the spiral under the action of the relative differential. In this way, automatic and continuous separation of the solid and liquid phases is realized.
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SUCCESSFUL APPLICATIONS
Successful Applications of LLWZ and LLW Products
Horizontal screen worm centrifuge has been widely applied in the chemical, food, salt, mining, pharmaceutical and other industries. Based on its separation principle, structural characteristics and relatively specific separation objects, this product is mainly applicable to the separation of materials with relatively large particle sizes and without strict requirements for the integrity of the particles, such as various crystals, fibers, crop shells, and plastic particles.
ADVANTAGES OF SCREEN WORM CENTRIFUGE
Features of Planetary Gearbox
Compared to the cycloidal pinwheel differential, the planetary differential is more uniquely advantageous, especially in: power dividing and adaptive compensation during power transmission; achieving transmission ratio of high efficiency and high speed; coaxality of the input shaft and output shaft; compact structure, small volume, small mass, balanced stress, and strong impact resistance. Currently, the planetary transmission system is more used than the cycloidal pinwheel system as the speed reducer, increaser and variator for various mechanical driving systems.
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