LLWZ horizontal spiral concentration and filtration combination centrifuge, the material first enters the sedimentation drum. Through the sedimentation principle, the material first settles and is concentrated, and then enters the filter drum for filtration, separation and washing.The suspension enters the settling drum through the feed pipe and enters from the big end of the drum.Under the action of centrifugal force, the solid phase in the slurry settles on the drum wall and moves toward the small end under the action of the screw.The liquid phase is discharged through the overflow hole at the big end of the drum, and the filter cake is squeezed and dehydrated while moving to the small end, and then enters the filter drum.The solid phase moves from the small end of the drum to the large end under the action of centrifugal force and the differential speed between the screw and the drum.As the rotating diameter of the drum increases, the centrifugal force also increases, and the trapped solid phase reaches the minimum water content when it is discharged from the drum, achieving automatic and continuous separation of solid and liquid phases.Equipped with a washing pipe, the filter cake can be washed and purified in the later stage of filtration.A thinner filter layer can achieve better washing results and reduce detergent consumption.For materials that are prone to secondary crystallization, a steam pipeline can be configured to clean the crystals in the inner cavity at high temperature according to the set cleaning cycle.LLWZ horizontal spiral concentration and filtration combination centrifuge has high production efficiency and high degree of automation due to its characteristics of concentrating first and then filtering.It is mainly suitable for materials with large processing capacity, low solid phase rate and colloids in the liquid phase.The LLW horizontal spiral discharge filter centrifuge is especially suitable for materials with suitable particle size due to its continuous filtration characteristics, high production efficiency, and continuous automatic feeding and discharging.
