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The rotor is the core equipment for installing hydrapulper. It produces strong water circulation and shear force through high-speed rotation, realizes rapid decomposition and fiber dissociation, and is widely used in waste paper recycling and pulping.
When the rotor of hydrapulper rotates at high speed, its blades will drive the water and pulp in the pulp pool to produce strong turbulent movement. The rotor of hydrapulper will generate centrifugal force during operation, continuously pushing the pulp to the periphery of the pulp pool. At the same time, the stator cooperates to make the pulp repeatedly sucked into the blade area, realizing continuous stirring and impact. Sun Hong's rotor for hydrapulper adopts a special process to ensure the quality of pulp without over-shearing the fibers.
(1) High pulping efficiency and shortened processing cycle.
(2) Low resistance structure design, effectively reducing energy consumption during pulping and stable operation.
(3) The use of high-strength alloy steel has good wear resistance and corrosion resistance, suitable for long-term operation.
(4) Precise shearing control to avoid excessive fiber shearing and good pulp strength retention.
The rotor is the core equipment for installing hydrapulper. It produces strong water circulation and shear force through high-speed rotation, realizes rapid decomposition and fiber dissociation, and is widely used in waste paper recycling and pulping.
When the rotor of hydrapulper rotates at high speed, its blades will drive the water and pulp in the pulp pool to produce strong turbulent movement. The rotor of hydrapulper will generate centrifugal force during operation, continuously pushing the pulp to the periphery of the pulp pool. At the same time, the stator cooperates to make the pulp repeatedly sucked into the blade area, realizing continuous stirring and impact. Sun Hong's rotor for hydrapulper adopts a special process to ensure the quality of pulp without over-shearing the fibers.
(1) High pulping efficiency and shortened processing cycle.
(2) Low resistance structure design, effectively reducing energy consumption during pulping and stable operation.
(3) The use of high-strength alloy steel has good wear resistance and corrosion resistance, suitable for long-term operation.
(4) Precise shearing control to avoid excessive fiber shearing and good pulp strength retention.
