With the continuous advancement of industrial technology, non-metallic mineral ultrafine grinding technology has ushered in new opportunities for development.

Currently, the methods for preparing ultrafine powders are mainly divided into two categories: chemical synthesis and physical grinding. Although chemical synthesis can produce high-quality powders, its complex production process, high costs, and limited output have restricted its practical application. In contrast, physical grinding, with its lower costs, simpler process, and higher output, has become the main method for preparing ultra-fine powders.

Non-metallic mineral ultra-fine grinding equipment

In the field of non-metallic mineral ultra-fine grinding equipment, the HGM Series Micro Powder Grinding Mill, CLUM Series Ultra-fine Vertical Roller Mill, and Enhanced Roller Grinding Mill are the mainstream equipment in the market.

HGM Series Micro Powder Grinding Mill

HGM Series Micro Powder Grinding Mill is the equipment specializing in producing fine and superfine powder of non-inflammable, non-explosive and brittle materials with Moh’s hardness under six.

CLUM Series Ultra-fine Vertical Roller Mill

CLUM series Ultra-fine Vertical Roller Mill integrates the functions of grinding, classifying, conveying secondary classifying, and packing progress into one machine. It powder fineness can reach 400-3000 mesh.

Enhanced Roller Grinding Mill

Clirik enhanced roller grinding mill is suitable for processing various non-flammable and non-explosive mineral materials with Moh’s hardness less than 6 and humidity less than 6%. The granularity of the finished powder size can be adjusted between 50 and 325 meshes (315-45 micron).

The development trend of ultra-fine grinding equipment

 Improving product fineness and reducing the grinding limit of equipment.

Increasing the output per unit and reducing the energy consumption per unit product.

 Reducing equipment wear and improving the stability and reliability of equipment.

Achieving online control of product fineness and particle size distribution.

Developing efficient, precise, and large-scale classification equipment.

Developing ultra-fine grinding equipment for special granular, tough materials.