Cm-series continuous mixer can achieve feeding and discharging simultaneously. It is normally matched in the large scale production line, on the basis of mixing material evenly, it can ensure the consistency and stability of all the product. The CMS (Continuous single shaft plough mixer), focus on mixing, it can also be used as conveyor. With the special inner structure, it can adapt to a certain range of the feeding speed to achieve relevant productivity. With the uniform speed feeding equipment, it can mix material in a wide range, and make sure the consistency and stability of all the product.
CMD ( continuous double shaft paddle mixer) is characterized by maximizing the productivity. Materials are scattered during the vigorous mixing process, diffused and nobbed between the meshing space of the twin shafts. It can be applied to mix fiber and granules.
Working Principles
Principle of continuous powder mixer:
Overflow method, Advance and retreat supplies method. Overflow method:
based on discharge control,certain amount of filler is kept in the mixer tank during the continuous mixing process,and this certain amount of filler is mixed with new filler,alternating and superimposing activity make this part of the material maintain the condition of discharge,material coming out with overflowing. Advance and retreat supplies method:
based on the mixing agitator,agitator can achieve force of synchronous or alternating of feeding and retreat.Three methods,more feeding less retreat,less feeding more retreat,equal between feeding and retreat can be chosen based on the mixing process and nature of the materials.
Notice for continuous mixer:
1. Make sure the stable and continuous feeding.
2. Make correct feeding speed ratio in accordance to the material formula.
3. Equipment under the discharging should handle the material in time and make sure no blockage of the material when discharging.
4. Small additives less than 5%, should be premixed before loading to continuous mixer.
5. Mixer productivity is determined by the speed of feeding system. Mixer model and size are determined by productivity,
homogeneity and material property.
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