The internal structure of the kneader has been continuously improved to effectively prevent steam from escaping, ensure the required temperature during dispersion, and reduce the amount of steam used. The kneader saves reduces production costs of paper mills.

                                       

The high density cleaner uses the different specific gravity of fibers and impurities to separate impurities. The cone design ensures that the centrifugal force is strengthened, which improves the purification efficiency of the paper pulp and reduces the loss of fibers.

                                       

The double disc refiner is designed in a way that reduces wear on the edges of the grinding discs during the refining process and therefore increases the service life of the grinding discs. In addition, the disassembly device of the double disc refiner is efficient and simple.

                                       

Compared with traditional equipment, the tailing pulp pressure screen of coarse screen occupies a smaller area and is more energy-saving. The impurities discharged by the tailing pulp pressure screen of coarse screen can reduce the environmental protection treatment load of the paper mill.

                                       

The broken pulper can achieve continuous operation, has strong breaking capacity, has a wide range of applications, and has a simple structural design and is easy to operate. The pulp chest structure of the broken pulper increases the contact frequency between the rotor and the pulp.

                                       

Heavy slag extruder can adapt to different concentrations during the working process. At the same time, after the selected operation, there is no need for manual supervision to save human resources and reduce operating costs.