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Home product Energy Saving Ball Mill

Energy Saving Ball Mill

[Introduction]: Energy-saving ball mill is a high efficient and energy-saving ball mill with rolling bearing.

[Capacity]: Up to 160t/h

[Improvement]: Cylindrical energy-saving grid ball mill is lined with the grooved ring plate which increases the contact surface of ball and ore, strengthens the grinding effect, and has the ability to improve the ore with lower energy consumption.

Energy Saving Ball Mill

ADVANTAGES

Uniform grinding particle size. The particle size of the dry rod mill in the open-circuit grinding operation is almost the same as that of the ball mill in the closed-circuit grinding operation;

The discharging particle size of dry rod mill can be adjusted according to the customer demand. The dry rod mill is built with the fineness control device and screening device, which avoids over-grinding and prevents the unqualified products from mixing in the finished product;

The particle size characteristics of dry rod mill are related to the grinding conditions. When the steel rod collides with the ore, the coarse material will be ground first, and then the smaller material, thus reducing the over-grinding problem;

When the steel rod rises along with the lining plate, the fine particle sizes pass through the rod gap, which is also conducive to crushing coarse particle sizes, making the coarse particle sizes concentrate in the grinding location of the steel rod. Therefore, the product of the dry rod mill is more uniform.

PRODUCT STRUCTURE

Energy Saving Ball Mill

The working principle of the dry rod mill is the same as that of the wet rod mill. The gearing-down of a electrical machinery and peripheral gear drives the cylinder body of the dry rod mill rotates. The appropriate steel rod is installed in the cylinder body of a dry rod mill as the grinding medium. Under the action of centrifugal force and friction force, the grinding medium is lifted to a certain height and dropped down. The materials are continuously sent into the cylinder body of a dry rod mill from the feeding port, then crushed by the moving grinding medium, and discharged out of the dry rod mill by the overflow and the continuous feeding.

TECHNICAL PARAMETERS

Model Cylinder
Diameter
(mm)
Cylinder
Length
(mm)
Motor Model Motor
Power
(kW)
Length
(mm)
Width
(mm)
Height
(mm)
Capacity
(t/h)
Effective
Volume
(m3)
Max.    Ball Load (t) Weight
(kg)
MQGg 1212 1200 1200 Y200L2-6 22 3512 2076 1620 0.17 ~4.1 1.14 2.4 9610
MQGg 1224 1200 2400 Y280M-8 45 5745 2352 1778 0.26~6.15 2.4 4.6 12692
MQGg 1240 1200 4000 JR117-8 80 7990 2210 2262 0.34~8.3 3.8 7.8 15932
MQGg 1515 1500 1500 Y280M-8 45 5740 3075 2280 1.4 ~4.5 2.2 5 17125
MQGg 1530 1500 3000 JR117-8 80 7253 3070 2280 2.8 ~9 5 10 21425
MQGg 1536 1500 3600 JR126-8 110 8595 3185 2280 3~11 5.4 11.4 24213
MQGg 1870 1800 7020 JR138-8 245 12404 3783 2735 7~50 15 31.5 45166
MQGg 2436 2400 3600 JR138-8 320 9604.5 4836.4 3490 8 ~100 13.8 25.5 63932.5
MQGg 2836 2800 3600 JR1510-8 400 10964 5350 3670 13~160 19.7 41 106350
MQGg 3231 3200 3100 TDMK630-36 630 12750 6750 5150 14~180 22.5 45 115430
MQGg 3245 3200 4500 TDMK800-36 800 13896 7200 5152.5 95~110 32.8 65 147588
MQGg 3645 3600 4500 TDMK1250-40 1250 18280 7700 5496 115~170 41.5 76 195727

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