Unveiling the Potential of Calcium Carbonate Grinding: 3 - 30 tph Output

Unveiling the Potential of Calcium Carbonate Grinding: 3 - 30 tph Output

 

Calcium carbonate is one of the most widely used non - metallic minerals in the world, with applications spanning multiple industries. From the manufacturing of plastics to the production of paints and coatings, calcium carbonate plays a crucial role. The grinding process of calcium carbonate is the key to unlocking its full potential, and this article delves into the calcium carbonate grinding with an output capacity of 3 - 30 tons per hour (tph).
 

Calcium Carbonate Grinding Technology

Achieving an output of 3 - 30 tph and an output fineness of 80 - 400 mesh requires advanced grinding technology and proper equipment maintenance. For small - to medium - scale production with an output of 3 - 10 tph, a Raymond mill or a trapezoidal mill can be utilized. These mills have a relatively simple structure and are easy to operate. The Raymond mill, for instance, uses a set of grinding rollers that rotate on a grinding ring.

The calcium carbonate raw material is fed into the grinding chamber, and as the rollers rotate, they crush and grind the material against the ring. Regular maintenance of the grinding rollers and rings is essential. For example, checking for wear and tear on a regular basis and replacing them in a timely manner can ensure the stable operation of the mill and the quality of the ground product.
 

For large - scale production with an output of 10 - 30 tph, a vertical roller mill is often the equipment of choice. Vertical roller mills are known for their high - efficiency grinding and large - capacity processing. The calcium carbonate is fed onto a rotating grinding table, and the grinding rollers