The sand washing sludge dewatering machine is composed of a driving device, a frame, a pressing roller, an upper filter belt, a lower filter belt, a filter belt tensioning device, a filter belt cleaning device, a discharging device, a gas control system, an electric control system, and the like. The dewatering process of the sand washing sludge dewatering machine can be divided into four important stages: pretreatment, gravity dewatering, pre-pressure dewatering in the wedge zone and press dewatering. It is suitable for industrial production sludge dewatering treatment, continuous automatic production operation for 24 hours, large processing capacity, high output, good dewatering effect, high solid content of filter cake, easy operation, simple maintenance and strong corrosion resistance. The sand washing sludge dewatering machine is divided into large and small models with a total length of 5-18 meters and a bandwidth of 1 meter to 3.5 meters. For more detailed information on the technical parameters of the sand washing sludge dewatering machine, you can consult us at any time.

  Dingli sand washing sludge dewatering machine has high output and high efficiency: compared with general environmental protection equipment, the output of sand washing sludge dewatering machine is high, which is called high-yield sand washing sludge dewatering machine, mainly originating from the manufacturers' ingenuity. Workmanship, professional skills.

  In addition to high efficiency and high output, the sand washing sludge dewatering machine has more advantages in operation, environmental protection and energy saving:

1. 24 hours fully automated and efficient production and operation, saving time and effort and cost.

2. Mechanical performance is stable, reliable, safe operation, equipped with dual photoelectric switch and dual insurance control device, sensitive and reliable.

3. Low flocculation liquid and kinetic energy consumption, no need for high-power motor energy consumption, only simple chemical mixing reaction and physical mechanical pressure filtration.

4. The filtered filtrate is clean and easy to reuse, reducing secondary pollution.