Efficient mud non landing dewatering equipment
An efficient sludge dewatering machine, comprising a conveying drainage device and an extrusion water outlet device. The extrusion water outlet device is equipped with two rear mesh belts, and sludge is sandwiched between the two rear mesh belts. The extrusion water outlet device is equipped with two primary rollers and five secondary rollers. The five secondary rollers include a lower small roller located in the front, two upper small rollers, and two large rollers. The lower part of each large roller is covered with a pressure device at the rear mesh belt. Strong wind devices are installed on the outer sides of the rear mesh belt between the lower small roller and the first upper small roller, and brush devices are installed on the outer sides of the rear mesh belt between the second upper small roller and the two large rollers. The front and rear of the strong pressure device are equipped with strong pressure devices. Each square is equipped with a pumping device opposite to the outer side of the two rear mesh belts. The present invention has good dehydration effect.