Performance Features:

The outstanding features of this ultrafine ball mill classification production line are the significant progress and breakthroughs achieved in energy-saving technology, environmental protection, classification precision, and equipment lifespan, representing the **level** of current ball mill classification technology.

1Through the optimized configuration of ball milling and classification equipment, the energy consumption of the production line has been significantly reduced.

2The fineness of the production line's one-time classification is adjustable between 200 and 2500 mesh. With the addition of an ultra-fine classification main unit, the classification fineness can reach 3000 to 5000 mesh, achieving the ** level of domestic dry classification. This resolves the current situation where only two sets of classification equipment can be used for producing ultra-fine products.

3The ultra-fine ball mill has been innovatively designed based on existing ball mills, resulting in reduced equipment power consumption, a more scientific and reasonable grinding media ratio, and significantly improved grinding efficiency. It can effectively produce ultra-fine powders and adjust the particle size distribution of the finished product as required.

4Based on the existing classification equipment, improvements and innovative designs have been made. By innovating the structural form of the classification chamber, the sealing structure of the classification impeller, the impeller material, and the structural form of the secondary air in the equipment, the service life of the equipment has been effectively extended. The classification efficiency is high, the classification precision is excellent, the cut point is accurate, and the issue of severe product tailing in the original classification equipment has been resolved.

5In the ultra-fine ball milling production line, the parts in contact with the material are entirely made of non-iron liners. Depending on the material, liners and grinding media are made from materials that are the same or similar in composition to the material being processed, effectively preventing contamination of the final product.

6The innovative design of the production line installation structure results in a smaller footprint, lower investment in civil construction and auxiliary equipment, and an excellent production environment.

7Low equipment failure rate, the system adopts intelligent frequency conversion control, with a high degree of automation and easy operation.

8It can also undertake technical renovation projects for other production lines to reduce product energy consumption, improve classification accuracy, and increase product added value.

Scope of Application：

Soft materials: calcite, marble, limestone, barite, kaolin, gypsum, fly ash, etc.

Hard materials: silicon carbide, brown corundum, bauxite, mullite, zircon sand, etc.

High-purity materials: quartz, feldspar, alumina, phosphors, etc.