Counter-current planetary concrete mixer
The counter-current planetary concrete mixer is driven by a single motor to drive the planetary gearbox to work. The motor and the reducer are connected by a hydraulic coupling to ensure the normal start-up ability of the planetary concrete mixer under full load.
Counter-current planetary concrete mixer The mixing design concept of rotation and revolution plus vertical structure and matching reasonable mixing configuration, based on the analysis of the existing industry characteristics and material mixing characteristics, designed concrete mixing equipment that is popular in the industry.
The counter-current planetary concrete mixer has strong wear resistance, mainly due to the wear protection of the liner and mixing device. The wear-resistant coating can better reduce the degree of wear and provide a longer equipment use experience.
The counter-current planetary concrete mixer can complete the dispersing and mixing effect of the material, and improve the uniformity of the material in a large range. The uniformity of the material after mixing is high, without segregation and uneven agglomeration. The output material is not loose and has high density.
During the mixing process, the counter-current planetary concrete mixer has a strong mixing and stirring effect on the materials such as breaking up and reuniting, without fear of the mixing resistance of the materials. The individually designed reduction device has a higher carrying capacity and a larger Transmission ratio, large output torque, and stable power, the advantages of the mixer are fully highlighted.
At the beginning of the design, the counter-current planetary concrete mixer fully considered the economy and professionalism of the industry application and developed and manufactured it by referring to foreign technology and combining the existing mixing needs. The mixing of materials under the planetary trajectory will not cause dead ends, and there is no column in the middle so that high-quality mixing can be achieved without destroying the original characteristics of the materials.
