Ball Mill

Ball Mill

As we all know, Ball Mill is a key equipment in grinding industry, especially in mineral ore dressing plants. Based on customers' requirement, SBM designed two types of Ball Mill, the dry process Ball Mill and the wet process Ball Mill. The final products can be adjusted between 0.074 mm to 0.4 mm according to customers' requirement.

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  • +86-21-58385681

  • Wide application

    Suitable for grinding a large number kinds of materials with high hardness. Ball Mill is widely used in many industries.

  • The final product size can be adjusted

    The shape of the final products is circular. And you can adjust the capacity and fineness by adjusting the diameter of the ball.

  • Stable performance and long service life

    Ball Mill adopted quality materials, and the barrel body and scaleboard are wearable well. So the mill runs steadily and reliably.

This ball mill is horizontal type and tubular running device, has two warehouses. This machine is grid type and its outside runs along gear. The material enters spirally and evenly the first warehouse of the milling machine along the input material hollow axis by input material device. In this warehouse, there is a ladder scaleboard or ripple scaleboard, and different specification steel balls are installed on the scaleboard, when the barrel body rotates and then produces centrifugal force ,at this time , the steel ball is carried to some height and falls to make the material grinding and striking. After grinded coarsely in the first warehouse, the material then enters into the second warehouse for regrinding with the steel ball and scaleboard. In the end, the powder is discharged by output material board and the end products are completed.

Model Rotate Speed (r/min) Grinding Media Weight (T) Grinding Media Weight (T) Discharge Size (mm) Output(t/h) Motor Power (KW)
Ф900×1800 36~38 1.5 ≤20 0.075-0.89 0.65-2 18.5
Ф900×3000 36 2.7 ≤20 0.075-0.89 1.1-3.5 22
Ф1200×2400 36 3 ≤25 0.075-0.6 1.5-4.8 30
Ф1200×3000 36 3.5 ≤25 0.074-0.4 1.6-5 37
Ф1200×4500 32.4 5 ≤25 0.074-0.4 1.6-5.8 55
Ф1500×3000 29.7 7.5 ≤25 0.074-0.4 2-5 75
Ф1500×4500 27 11 ≤25 0.074-0.4 3-6 110
Ф1500×5700 28 12 ≤25 0.074-0.4 3.5-6 130
Ф1830×3000 25.4 11 ≤25 0.074-0.4 4-10 130
Ф1830×4500 25.4 15 ≤25 0.074-0.4 4.5-12 155
Ф1830×6400 24.1 21 ≤25 0.074-0.4 6.5-15 210
Ф1830×7000 24.1 23 ≤25 0.074-0.4 7.5-17 245
Ф2100×3000 23.7 15 ≤25 0.074-0.4 6.5-36 155
Ф2100×4500 23.7 24 ≤25 0.074-0.4 8-43 245
Ф2100×7000 23.7 26 ≤25 0.074-0.4 8-48 280
Ф2200×4500 21.5 27 ≤25 0.074-0.4 9-45 280
Ф2200×6500 21.7 35 ≤25 0.074-0.4 14-26 380
Ф2200×7000 21.7 35 ≤25 0.074-0.4 15-28 380
Ф2200×7500 21.7 35 ≤25 0.074-0.4 15-30 380
Ф2400×3000 21 23 ≤25 0.074-0.4 7-50 245
Ф2400×4500 21 30 ≤25 0.074-0.4 8.5-60 320
Ф2700×4000 20.7 40 ≤25 0.074-0.4 12-80 400
Ф2700×4500 20.7 48 ≤25 0.074-0.4 12-90 430
Ф3200×4500 18 65 ≤25 0.074-0.4 According to the process condition 800

Table 1: Technical Parameters of Wet Type and Rolling Bearing supporting the Ball Mill

Model Shell Size(mm) Effective Volume(m3) Grinding Media Weight(t) Rotate Speed(r/min) Power(Kw) Discharge Size(㎜) Output(t/h) Remark
Dia×Length
GMQG1530 1500×3000 4 8 27.6 75 0.8-0.074 12-2.8 380V
GMQG1535 1500×3500 4.6 11 27.6 75-90 0.8-0.074 14-3.4 380V
GMQG1830 1800×3000 6.5 13 25.3 132 0.8-0.074 21-4.8 380V
GMQG1835 1800×3500 7.58 16 25.3 160 0.8-0.074 25-5.8 380V
GMQG1840 1800×4000 8.65 17.3 25.3 185 0.8-0.074 28-6.6 380V
GMQG1845 1800×4500 9.75 19.5 25.3 210 0.8-0.074 31-7.2 380V
GMQG2122 2100×2200 6.7 14.7 23.8 160 0.8-0.074 24-5.3 380V
GMQG2130 2100×3000 9.2 17 23.8 185 0.8-0.074 26-6.0 380V
GMQG2136 2100×3600 11 19 23.8 210 0.8-0.074 29-6.5 380V
GMQG2140 2100×4000 12.2 20.5 23.8 220 0.8-0.074 32-7.2 380V
GMQG2145 2100×4500 13.8 22 23.8 250 0.8-0.074 36-8.1 380V
GMQG2424 2400×2400 9.8 20 22.8 220 0.8-0.074 32-6.6 380V
GMQG2430 2400×3000 12.2 25 22.8 250 0.8-0.074 38-7.5 380V
GMQG2436 2400×3600 14.6 30 22.8 280 0.8-0.074 42-8.5 380V
GMQG2440 2400×4000 16.2 33 22.8 355 0.8-0.074 47-9.5 380V
GMQG2445 2400×4500 18.2 37 22.8 400 0.8-0.074 55-10.5 380V
GMQG2721 2700×2100 10.7 24 21.7 280 3.0-0.074 84-8.5 6-10KV
GMQG2727 2700×2700 13.8 29 21.7 315 3.0-0.074 105-9.0 6-10KV
GMQG2730 2700×3000 15.3 32.5 21.7 355 3.0-0.074 120-10 6-10KV
GMQG2736 2700×3600 18.4 39 21.7 400 3.0-0.074 145-12 6-10KV
GMQG2740 2700×4000 20.5 43 21.7 450 3.0-0.074 159-13 6-10KV
GMQG2745 2700×4500 23 50 21.7 500 3.0-0.074 180-15 6-10KV
GMQG3231 3200×3100 22.65 46.9 18.6 500 3.0-0.074 182-16 6-10KV
GMQG3236 3200×3600 26.2 52 18.6 560 3.0-0.074 190-19 6-10KV
GMQG3240 3200×4000 29.2 57 18.6 630 3.0-0.074 210-22 6-10KV
GMQG3245 3200×4500 32.8 65 18.6 710-800 3.0-0.074 235-29 6-10KV
GMQG3254 3200×5400 39.2 81.6 18.6 800-1000 3.0-0.074 280-35 6-10KV
GMQG3640 3600×4000 35.6 75 17.3 800 3.0-0.074 230-25 6-10KV
GMQG3645 3600×4500 40.8 88 17.3 1000 3.0-0.074 259-29 6-10KV
GMQG3650 3600×5000 45.3 96 17.3 1120 3.0-0.074 288-35 6-10KV
GMQG3660 3600×6000 54.4 117 17.3 1250-1500 3.0-0.074 310-38 6-10KV
GMQG3685 3600×8500 79 144 17.3 1800 3.0-0.074 450-50 6-10KV

Table 2: Technical Parameters of Wet Type Over-Flow and Rolling Bearing supporting the Ball Mill

Model Shell Size(mm) Effective Volume(m3) Grinding Media Weight(t) Rotate Speed(r/min) Power(Kw) Discharge Size(㎜) Output(t/h) Remark
Dia×Length
GMQY1530 1500×3000 4 8.4 27.6 75 0.8-0.074 11-2.6 380V
GMQY1535 1500×3500 4.6 10 27.6 75-90 0.8-0.074 13.2-3.0 380V
GMQY1830 1800×3000 6.5 12 25.3 110-132 0.8-0.074 20-4.5 380V
GMQY1835 1800×3500 7.58 15 25.3 132-160 0.8-0.074 23-5.0 380V
GMQY1840 1800×4000 8.65 16 25.3 160-185 0.8-0.074 25-6.0 380V
GMQY1845 1800×4500 9.75 18 25.3 185-210 0.8-0.074 28-6.8 380V
GMQY2122 2100×2200 6.7 14.7 23.8 160 0.8-0.074 22-5.0 380V
GMQY2130 2100×3000 9.2 17 23.8 185 0.8-0.074 25-5.8 380V
GMQY2136 2100×3600 11 19 23.8 210 0.8-0.074 28-6.0 380V
GMQY2140 2100×4000 12.2 20.5 23.8 220 0.8-0.074 30-7.0 380V
GMQY2145 2100×4500 13.8 22 23.8 250 0.8-0.074 34-8.0 380V
GMQY2424 2400×2400 9.8 18.8 22.8 210 0.8-0.074 30-6.2 380V
GMQY2430 2400×3000 12.2 23 22.8 250 0.8-0.074 34-6.6 380V
GMQY2436 2400×3600 14.6 25 22.8 280 0.8-0.074 40.5-7.9 380V
GMQY2440 2400×4000 16.2 28 22.8 315 0.8-0.074 45-8.7 380V
GMQY2445 2400×4500 18.2 31 22.8 355 0.8-0.074 50-9.8 380V
GMQY2721 2700×2100 10.7 20 21.7 280 3.0-0.074 76-6.0 6-10KV
GMQY2727 2700×2700 13.8 25.5 21.7 315 3.0-0.074 98-7.8 6-10KV
GMQY2730 2700×3000 15.3 28 21.7 355 3.0-0.074 108-8.8 6-10KV
GMQY2736 2700×3600 18.4 34 21.7 355-400 3.0-0.074 130-10.5 6-10KV
GMQY2740 2700×4000 20.5 37 21.7 400-450 3.0-0.074 144-11.5 6-10KV
GMQY2745 2700×4500 23 42.5 21.7 500 3.0-0.074 180-13 6-10KV
GMQY3231 3200×3100 22.65 22.65 18.6 450 3.0-0.074 164-14.4 6-10KV
GMQY3236 3200×3600 26.2 26.2 18.6 500 3.0-0.074 171-17.1 6-10KV
GMQY3240 3200×4000 29.2 29.2 18.6 560 3.0-0.074 190-20 6-10KV
GMQY3245 3200×4500 32.8 61 18.6 630 3.0-0.074 228-22 6-10KV
GMQY3254 3200×5400 39.3 73 18.6 710 3.0-0.074 270-26 6-10KV
GMQY3640 3600×4000 35.6 67 17.3 710 3.0-0.074 210-20 6-10KV
GMQY3645 3600×4500 40.8 76 17.3 800-1000 3.0-0.074 233-26 6-10KV
GMQY3650 3600×5000 45.3 86 17.3 1120 3.0-0.074 260-31.5 6-10KV
GMQY3660 3600×6000 54.4 102 17.3 1250 3.0-0.074 280-34 6-10KV
GMQY3685 3600×8500 79 131 17.3 1500 3.0-0.074 400-45 6-10KV

 The product discloses new mineral grinding machine, mounted on the bracket fixing and driven plates, two sets with hollow shafts in the Middle, under the frame mounted on the Motor reducer, reducers through hollow shaft and drive shaft connected to the disc, and feed chute is provided on the disc, disc and disc shear plane triangle with shear minerals. The utility low energy consumption, low noise, easy operation, suitable for use in mines ore dressing.

 
New mineral grinding machine
 
This product relates to a grinding and processing machinery and equipment.
 
Ball mill is impact extrusion using broken medium, milling, grinding principle of making this complex equipment manufacturing, equipment, heavy, high energy consumption, high noise, installation, use, maintenance work, resulting in grinding costs.
 
This product is intended to provide a kind of grinding machine, cutting, grinding, pressing repeatedly to achieve the purpose of grinding.
 
The technical solution for this product are as follows: in a bracket mounted on the fixed disk and dynamic disk in two sets with hollow shafts in the Middle, underneath the motor mounted on the gearbox, speed reducer through hollow shaft and drive shaft connected to the disc, and feed chute is provided on the disc, disc and disc shear plane triangle with shear minerals.
 
Disc and disc shear plane equipped with coarse grinding, grinding, fine grinding in the district.
 
The product advantages of the mineral 0-8M/m open ground to-200 mesh containing up to 65% per cent, energy consumption, light weight, low noise, reduce grinding costs.
 
Embodiments of this product below for further instructions.
 
Figure 1 is a schematic for this product picture 2A-A view is a schematic diagram of plate shear plane.
 
In Figure 1 in the, in bracket 5 coat has set Disc 3 and moving disc 2, two disc Middle has hollow axis 6, bracket below of motor 11 coat has deceleration machine 10, used deceleration machine bracket 4 fixed, deceleration machine through wear in hollow axis within of shaft 7 and moving disc connected, moving disc Shang has into material slot 1, set disc and moving disc of shear surface of around formed out material mouth 8, and in set disc around has set material slot 9; from Figure 2 visible set disc of shear surface for 8 a unit of triangle slot cut section constitute, and divided for rough Mill District 12, and in the mill District 13, and Finely ground zone 14. Driven plate corresponds to the cut surfaces of the shear plane and fixing it.
 
When using disc over hollow shaft and fixing for relative motion, by cutting, grinding, extruding repeated implementation of the minerals in the ground.

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