Ring Roller Mill

The Ring Roller Mill uses a main shaft that rotates to drive a rotor frame. An auxiliary shaft is arranged on the rotor frame, and grinding discs are attached to this auxiliary shaft. As the main shaft rotates, it causes the grinding discs to not only revolve around its axis but also rotate around their respective auxiliary shafts.

This generates a strong centrifugal force which has an intense rolling action with discstatic disc of the Ring Roller Mill. The ground material is then forced into the chamber between the static disc and grinding disc where they are ground under great pressure, before being thrown by a material throwing disc onto a shunt ring located between the machine body and static disc. Here, it is classified according to size with fine powder entering into collection system while coarse particles fall back into grinding chamber for re-grinding.

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Our Products
    1. Dry Grinding
    2. Dry GrindingIn dry grinding machines, the material usually makes contact and collides with other particles or the rotor in a confined area until it is reduced to the desired size. Dry milling can reduce particles to micron-level dimensions.
    1. Powder Spheroidization
    2. Powder SpheroidizationSpherical powder, especially when it is highly dispersed, has good fluidity due to its form. Its dispersion, larger surface area per unit volume and its physical and chemical properties make it a key role in more applications.
    1. Classifying & Separating
    2. Classifying & Separating Classification and separation involve the sorting of particles according to their size. This is done by subjecting them to centrifugal force, gravity, inertial force and other forces in a medium such as air.