FW inverting filter centrifuge is a new type of precise centrifugal filtering equipment featuring automatic discharge, intermittent operation and high performance, which complies with the GMP standards for pharmaceutical production and can realize CIP in-position cleaning, soaking & cleaning and disinfection. As no scrapping or squeezing force is applied on the cake particles during discharging, shapes of these particles can be reasonably maintained. This product is highly applicable to those materials that are extremely difficult to be filtered, as the filter cloth can be properly washed and regenerated, leaving no residual cake layers that affect the filtration next time. It is applicable to the filtration and separation of materials in the pharmaceutical production, food production, chemical engineering and other industries.
Filtering and separation of 2mm-10mm cake layers are available.
Filtration yield per unit area is high and filtration and washing quality per cycle is stable.
Between different batches, soaking, beating and washing of the filter bags can be realized inside the centrifuge to regenerate the filter cloth online.
It is designed to meet the requirements for through-wall installation and clean production.
Automatic control, high technology and high accuracy requirements, and stable operation.
Enclosed and well-sealed structure and small working cavity are designed to effectively reduce nitrogen consumption.
It can effectively avoid cross contamination of materials and meet the GMP standards and high requirements for sanitation.
Flip design is adopted for the door structure for easier cleaning and maintenance.
Special bag-inverting structure is designed to prevent the cake from clotting.
Compared to the horizontal automatic centrifuge, the inverting centrifuge is able to realize 100% recovery of the cakes, without residues.
Grains are less prone to damage.
Materials are fed from the central position to ensure airtightness and reduce the impact of the airflow on the cloth during separation.
With low-speed running of the basket, the materials enter the basket through the feeding pipe. Under the action of centrifugal force, the materials are evenly distributed onto the filter cloth inside the basket, where the liquid phase is filtered out through the cloth pores, screen apertures and filtration pores on the basket and then discharged out through the liquid discharge pipe, while the solid phase is retained on the screen to form annular slag layers. After the materials are initially dehydrated at a high speed, the washing liquid enters the basket through the feeding pipe to wash the materials, which will again be dehydrated at a high speed. Then, the host lowers the speed for discharging and starts the discharging motor, which will then push the dropping tray out of the basket, and the filter cloth starts to flip inside out to discharge the materials through the discharging port under the action of the centrifuge and their own gravity.
MAIN TECHNICAL PARAMETERS