SF vacuum belt filter - sludge dewatering equipment with best quality control system

Product Description

SF horizontal vacuum belt filter-sludge dewatering equipment

Vacuum belt filter-sludge dewatering equipment is a fully automatic dewatering machine applied on various sludge dewatering projects, especially for large capacity projects such as mining industry, etc. Continuous working makes it has a high efficiency, it is suitable to large projects which required highly automatic and labor saving.

 Application of  SF horizontal vacuum belt filter-sludge dewatering equipment 

SF horizontal vacuum belt filter-sludge dewatering equipment is widely used on  various projects that need solid-liquid separation ,such as powder (FGD dewatering),potash,steel mill,municipal sludgeand Industrial sludge,chemical,food processing,tar sands,minerals (concentrate and tailings) etc.

Featres of  SF horizontal vacuum belt filter-sludge dewatering equipment 

1. Continuous filtration : vacuum belt filter can work without break. Materials are kept in vacuum inthe whole procession.
2. Low moisture content of filter cakes: vacuum belt filter makes full use of gravity and vacuum suction to separate the liquid from the solid.
3. Washing water recycling:filtrate can be reused to wash filter cloth and filter cakes, saving money.
4. High degree of automation: utilizing the PLC control, it is easy for long-distance and centralization control.
5. Easy installation and maintainace: vacuum belt filter takes the modularized structure that can be dismantled easily.
6 Long service life of belt:  In respect of support, this machine equipped with rollers, which can reduce the friction when rubber belt works to extend its use life.

Working principle of SF horizontal vacuum belt filter -sludge dewatering equipment

Vacuum belt filter or strainer to filter cloth as the medium, the slurry arranged horizontally above the filter media, take advantage of gravity and vacuum suction slurry solid-liquid separation. Continuous horizontal belt vacuum filter applied to a variety of materials under conditions of concentration, high filtration efficiency, they have been re-priority multi-industry adoption.