Both sludge high shears and sludge shears play an important role in the field of sludge treatment, but there are some differences between them in terms of function, working principle, and application.
The sludge high shear machine, also known as the deflocculating machine, mainly uses the rapid rotation of the high-speed dispersion wheel to shear the sludge floc containing magnetic seeds, so as to separate the magnetic seeds and sludge and achieve the effect of sewage treatment. Its unique dispersion principle and structural form make the dispersion effect of magnetic floc reach more than 99%, which ensures the high efficiency of the back-end magnetic separator. In addition, the high shear machine also has the characteristics of high shearing efficiency and thorough separation of magnetic seed and sludge, which is the key equipment to achieve the highest rate of magnetic seed.
In contrast, sludge shears focus more on the treatment of solid particles and highly cohesive objects in the sludge. It is a supporting equipment developed according to the phenomenon of super-large solid particles entering the pipeline in the sludge dewatering process and producing viscous resistance. The sludge shears are crushed in the water, which can not only protect the water treatment equipment, but also avoid odor leakage and protect the environment. At the same time, it also has an overload protection function, reliable operation, and can be controlled automatically. The sludge shears are capable of crushing all kinds of sludge and are relatively simple to install and maintain.
In summary, the sludge high shear machine focuses more on the use of high-speed rotation to achieve sludge floc shearing and magnetic separation, while the sludge shear machine is more focused on the treatment of solid particles and adherent objects in sludge, as well as crushing treatment in water. Both have their own focus in the field of sludge treatment, but both have made important contributions to improving the efficiency and quality of sludge treatment. The specific choice of equipment needs to be decided according to the actual treatment needs and process flow.