Kaolin Powder Grinding Production Plant

Kaolin Powder Production Operation

Kaolin powder production is mainly comminution operation, it is a process that raw materials are reduced from the coarse feed sizes to the fine particle sizes required for following operation or final applications. Grinding, especially for ultra-fine grinding, is an erengy-intensive stage in the overall of the process to provide materials in the proper fine size range for the required properties of final product. It is obviously that higher energy consumption and inefficiency in grinding technology of varous materials have long been regarded as a major area for recent developments. Many different types of grinding mills have been developed for kaolin powder grinding production plant.

Kaolin Powder Grinding Production Plant

Kaolin powder grinding production plant development is mainly concentrated at lowering the energy consumption, increasing the production capacity and having a mostly universal grinding machine for the very different grinding problems. In order to meet the requirements, mumerous grinding mills have been developed and improved by manufacturers worldwide recent years.

The development and applications of the new grinding mill for kaolin powder production plant has been important because of the inefficieny of conventional grinding machines. The LUM ultrafine vertical roller mill from SBM for kaolin powder grinding production. It can achieve an efficiency grinding in a particle bed stress under a high presure. There are many other types of high efficiency grinding mill for kaolin powder grinding production plant. Please contact us for more information.

Ultrafine Vertical Roller Mill Avantages

Ultrafine vertical roller mill is a new type grinding plant for kaolin powder production. It is designed by absording advanced technology. It has many unique features in mineral grinding operation.

• 1.Less specific energy consumption and consequently less wear in a downstream ball mill;
• 2.Increasing the capacity of existing plants with comparatively small investment;
• 3.Better liberation of valuable constituents;
• 4.More intense attack of leach liquor;
• 5.Comparatively low space requriements depending on the selected flow sheet.