Through the relative movement of different geometric shapes of static and static grinding, the material being processed under the action of gas pressure and centrifugal force, by the strong shear, friction, impact, high frequency vibration, vortex and other complex forces, the material is effectively Dispersed, broken, emulsified, homogeneous, evenly mixed, so as to get the [...]

Through the relative movement of the dynamic and static grinding plates with different geometries, the processed materials are subjected to strong shear, friction, impact, high-frequency vibration, vortex and other composite forces under the action of pneumatic force and centrifugal force. The materials are effectively dispersed, broken, emulsified, homogenized and evenly mixed, so as to obtain [...]

Through the relative movement of the dynamic and static grinding plates with different geometries, the processed materials are subjected to strong shear, friction, impact, high-frequency vibration, vortex and other composite forces under the action of pneumatic force and centrifugal force. The materials are effectively dispersed, broken, emulsified, homogenized and evenly mixed, so as to obtain [...]