I. Apllication.

Kaolin powder processing plant is  energy-saving and consumption-reducing equipment, the most economical and practical ultra-fine powder processing equipment. It is widely used for processing of nonmetallic minerals such as calcium carbonate,clay,barite,talc,gypsum,limestone,calcium

oxide,bentonite,dolomite etc.


II. Introduction.

Kaolin plant mill is a new type of superfine grinding equipment developed by our factory for many years of production and R&D experience. The fineness of the product can be adjusted between 325 mesh and 2500 mesh according to the requires. Particle size can reach D97 ≤ 5um. Kaolin plant is a superfine pulverizing equipment that is truly efficient, energy saving and especially suitable for deep processing of non-metallic minerals. After long-term market application practice and user verification,  it has been certified by China Calcium Carbonate Association as an energy-saving and consumption-reducing equipment for ultra-fine processing of calcium carbonate in China. It is also the largest ultra-fine ring roll mill in China.

The mill has small footprint, strong set, wide application, simple operation, convenient maintenance, stable performance and high cost performance. It is an ultra-fine powder processing equipment with high efficiency and energy saving.


III.Technical advantages

a.high reliability

b.low energy –consumption

c.internal system optimization and higher efficiency

d.intelligentize system

e.improvements in enviromental protection


IV.Flow chart.


Feeding materials size(mm)≤10    ≤10     ≤10
Material moisture  %    ≤ 3     ≤ 3     ≤ 3
Finished fineness    mesh325–3000200–2500  200–2500
   micron   3.5–45   5–50   5–50
Output(kg) 500–4000 800–70001700–12000




Main motor75   132  185–200
Classifier   18.5–22    30   45–75
Air blower   45–55  55–75132
Feeder  1.5–3  1.5–3     3
Discharge screw333–6
Air compressor(m3)1.5–222

Note: The above parameters are tested by calcite for reference only,there might be slight differences regarding to different materials.