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(1) consuming the elastic deformation of the particles themselves before pulverization;
(2) producing inelastic deformation resulting in pulverization;
(3) causing the pulverizer itself to undergo elastic twisting;
(4) Overcoming the frictional resistance between the particles and between the particles and the machine parts;
(5) generating noise, heat and mechanical vibration during pulverization;
(6) grinding machine itself operating in friction loss part.
According to the analysis, it is estimated that only about 10% of the power consumption is effectively utilized. In order to rationalize the utilization of energy in the pulverization process, it is the purpose of researching the mechanism of the pulverization process.
Calstar® solvent recovery machine using the distillation principle: by heating the evaporation of solvent into a gaseous state, the steam into the cooling system to flow out, so that the recovery of organic solvents. So as to make the waste, dirty, old organic solvent recycling, recycling and reuse. Both can save a lot of procurement costs, but also to reduce the pollution of the environment.
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Brief description of the use of crushing energy
The utilization efficiency of pulverization energy is closely related to its application rate. Because there is usually a time lag between reaching a large load on zui and causing comminution. Therefore, a small force will also cause pulverization of the particles while maintaining sufficient time. The application of energy and the time interval at which pulverization occurs is a function of the rate of energy application. The faster the application rate, the lower the efficiency of energy utilization. It is not difficult to infer that the energy supplied to the shredder is consumed in the following ways: