Energy Saving Ball Mill

Energy Saving Ball Mill

Capacity: 5-150TPH
Feeding Size: ≤25mm
Discharging Size: 45-150μm
Handling Materials: Cement clinker, ores, slag, limestone, etc.

Energy saving ball mill processes medium-hard materials (e.g., cement, ores) into 45-150μm powder while cutting energy use by 15-30%. Key features include optimized rotating design, wear-resistant liners, and optional pre-grinding systems for higher efficiency. Ideal for mining and building materials industries.

Advantages

Energy-efficient design of energy saving ball mill

01.

Energy Efficient

Reduces power consumption by 15-30% through optimized drive systems and rolling bearings, lowering operational costs significantly.

Energy saving ball mill with wide applicability

02.

Wide Applicability

Handles diverse materials (ores, cement, slag) with hardness up to 9 Mohs, adapting to dry/wet grinding modes.

Energy saving ball mill for precise grinding

03.

Precise Grinding

Adjustable media (steel balls/segments) and speed control achieve target fineness (45-150μm) with ±5% consistency.

Energy saving ball mill with low-maintenance design

04.

Low Maintenance

Wear-resistant liners and modular design extend service life by 40%, minimizing downtime for replacements.

How Does A Energy Saving Ball Mill Work?

1.Material Feeding: Crushed raw materials (≤25mm) enter the rotating drum through a sealed inlet, mixed with grinding media (steel balls/segments).

2. Cascading Motion: The drum's rotation lifts materials and media, creating impact (crushing) and attrition (grinding) forces as they cascade downward.

3. Particle Refinement: Repeated collisions reduce particles to 45-150μm; internal classifying liners separate fines from coarse fragments for continuous processing.

4. Discharge & Recycling: Ground powder exits via discharge grate, while oversize particles circulate back. Closed-circuit systems add air classifiers for ultra-fine products (≤30μm).

Energy Saving Ball Mill

Applications

Models

Model

Cylinder Diameter (mm)

Cylinder Length (mm)

Rotation Speed (rpm)

Power (kW)

Capacity (t/h)

Grinding Media Load (t)

Weight (t)

MQG-900

900

1800

36

18.5

0.5-2.0

1.5

5.6

MQG-1200

1200

2400

32

30

1.0-3.0

2.7

12.5

MQG-1500

1500

3000

29

45

1.5-4.5

5.0

17.8

MQG-1830

1830

3600

25

95

3.0-7.0

8.0

28.0

MQG-2100

2100

3000

23

155

4.0-10.0

12.0

42.0

MQG-2700

2700

3600

21

400

10.0-20.0

20.0

85.0