Slag Mill

Slag Mill

  • Application Industry
    Cement Plant, Grinding Station, Steel Mill, etc.
     
  • Output
    11~78 t/h
     
  • Blaine Fineness
    3800~4000 cm²/g
     
  • Power consumption
    50~80 kWh/t;/g
     

 

Features

Slag ball mill is a kind of equipment used to grind the slag into powder particles. The technical that uses the tube mill on the production of slag has been very mature. The slag produced can be used as concrete admixture, reducing the project costs significantly and enhanced the compressive strength, tensile strength, shear strength and bending strength of the concrete.

Product characteristics:

1. Return on investment is high

The widely use of slag increases the market demand to slag gradually. In recent years, investment in slag production line has been a new favorite in investment market. One production line can recover the cost in 1-3years.

2. Improving the quality of final product effectively.

3. With more than 40-year experience on slag mill manufacture, we have strong technical strength.

Working principle:

The energy saving ball mill is a horizontal cylindrical rotating device, which has two cabins. It is energy saving grate ball mill and the outside runs along the gear. The materials enter the first cabin of the mill spirally and evenly through the feeding apparatus and hollow shaft. In the first cabin, there is stepped liner or corrugated liner, and steel balls with different specifications. The centrifugal force generating from the rotation of the cylinder brings steel balls to a certain height, and then the balls fall, thumping and grinding the materials. After coarse grinding in the first cabin, the materials enter the second cabin by single-wall partition. There is flat liner and steel balls in the second cabin, where the materials are grinded further. Finally, the powder is discharged through discharge grate and the grinding operation is finished.

Structure characteristics:

The ball mill mainly consists of feeding part, discharging part, rotary part, drive (reducer, small driving gear, motor, electronic control) etc. The hollow shaft adopts steel castings and the lining can be replaced. The rotary gear is processed with casting hobbing. There is wear-resistant liner in the cylinder and have strong wear resistance. The machine runs stably and has reliable performance.

Specifications

Model Cylinder Diameter (mm) Cylinder Length (mm) Effective Volume (m3) Mill Rotate Speed (r/min) Grinding Media Weight (t) Drive Mode Power(kW) Rotate Speed (r/min) Weigth (t)
MQY15×30 1500 3000 5 26.6 9 Edge 95 742 18.5
MQY15×36 1500 3600 5.7 26.6 10.6 Edge 95 742 17.22
MQY21×30 2100 3000 9.4 22 15 Edge 200 740 45
MQY24×30 2400 3000 12.2 21 22.5 Edge 250 980 55
MQY24×60 2400 6000 22.8 20.7 43 Edge 400 740 65
MQY27×36 2700 3600 18.5 20.5 39 Edge 400 187.5 61.34
MQY27×45 2700 4500 23.5 20.5 43.5 Edge 500 187.5 76
MQY28×80 2800 8000 43 20 78.6 Edge 800 137 115
MQY32×36 3200 3600 26.3 18.3 48.4 Edge 500 167 116.94
MQY32×45 3200 4500 32.9 18.3 60.5 Edge 630 167 124.23
MQY32×75 3200 7500 55.5 18.3 102 Edge 1250 734 154
MQY34×45 3400 4500 37 18.4 74.6 Edge 800 167 129.8
MQY34×56 3400 5600 45.8 17.9 84.3 Edge 1120 985  
MQY36×50 3600 5000 46.7 17.5 85.96 Edge 1250 167 150
MQY36×60 3600 6000 54 17.3 102 Edge 1250 167 162.7
MQY36×85 3600 8500 79 17.4 131 Edge 1800 742 235
MQY36×90 3600 9000 83.5 17.4 138 Center 1800 743 286
MQY40×60 4000 6000 69.8 16 126 Edge 1500 200 203.5
MQY40×135 4000 13500 155 16 233 Edge 3300 200 343
MQY43×61 4270 6100 80 15.67 144 Edge 1750 200 215.3
MQY50×64 5030 6408 120 14.4 251 Edge 2600 200 318.5
MQY55×65 5500 6500 143.3 13.8 264 Edge 3400 200 451.5
MQY55×85 5500 8500 187.4 13.8 335 Edge 4500 200  


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