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Ball Mill
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Ball Mill

  • High Grinding Efficiency
  • Precise Particle Size Control
  • Sturdy and Durable Structure
  • Energy-Saving Operation
  • Seamless Integration with AAC Production Lines
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Core Equipment for AAC Production Lines

A ball mill is an important part of an AAC block-making machine, mainly used to grind raw materials such as sand, fly ash, lime, cement, and other additives into fine slurry. The grinding quality directly affects slurry reactivity, product strength, and the final quality of AAC blocks and panels.

With high grinding efficiency and stable operation, a high-performance ball mill helps improve raw material preparation, ensure consistent slurry quality, and support the long service life of finished AAC products.

Suitable AAC Production Line Capacities

Our ball mill series is designed for AAC production lines of different scales, providing reliable grinding performance for various raw materials and process requirements.

  • Entry-level AAC lines: suitable for plants with an annual capacity of around 50,000 m³
  • Standard AAC production lines: ideal for capacities from 100,000 to 200,000 m³ per year
  • Large automated AAC lines: suitable for production capacities of 300,000 m³ per year and above

According to your plant layout, raw material conditions, and production targets, we can provide customized ball mill configurations, including single-chamber ball mills, double-chamber ball mills, dry grinding systems, and wet grinding systems.

Types of Ball Mill for AAC Production Line

Dry Bearing Ball Mill

Dry Bearing Ball Mill (With Cast Steel Liner Plate)

The dry bearing ball mill is suitable for grinding dry raw materials before slurry preparation. It features stable bearing support, smooth operation, and reliable grinding performance, making it a practical choice for AAC plants that require efficient material preparation with easy maintenance.

Model Capacity (t/h) Rotate Speed (rpm) Grinding Ball (t) Motor Model Power (kW) Gearbox Model Rate Weight (t)
Φ1.5×5.7M 5–6 27 11 JR127-8 130 ZD40 3.15 21
Φ1.83×7M 7–10 23.9 20 JR138-8 245 ZD60 4.5 37
Φ2.2×7M 14–18 21.4 32 JR158-8 380 ZD70 5 52
Φ2.4×8M 16–19 20.4 38 JR1510-8 570 ZD80 5 72
Φ2.4×10M 18–22 20.4 55 JR1510-8 630 RZD80 5 96
Φ2.4×13M 23–28 20.4 70 YR560-8 800 MBY710 5 120
Φ2.6×10M 30–34 19.7 72 YR560-8 800 MBY770 5.6 130
Φ2.6×13M 35–38 19.7 78 YR630-8 1000 MBY800 5.6 146
Φ3×11M 35–40 18.14 100 YR630-8 1250 MBY800 5.6 163
Φ3×13M 38–42 18.14 110 YR710-8 1400 MBY900 5.6 174
Φ3.2×13M 55–60 17.6 120 YR710-8 1600 JDX1000 5.6 206

Wet Bearing Ball Mill (With Rubber Lining)

Wet Bearing Ball Mill

The wet bearing ball mill is mainly used for wet grinding raw materials mixed with water, especially sand or fly ash slurry. It helps produce uniform slurry with suitable fineness, improving the reaction efficiency of raw materials and supporting the production of high-quality AAC blocks and panels.

Model Capacity (t/h) Rotate Speed (rpm) Grinding Ball (t) Motor Model Power (kW) Gearbox Model Rate Weight (t)
Φ1.5×5.7M 5–6 27 11 JR127-8 130 ZD40 3.15 16
Φ1.83×7M 7–10 23.9 20 JR138-8 245 ZD60 4.5 27
Φ2.2×7M 14–18 21.4 32 JR158-8 380 ZD70 5 38
Φ2.4×8M 19–23 20.4 38 JR1510-8 570 ZD80 5 50
Φ2.4×10M 24–28 20.4 55 JR1510-8 630 RZD80 5 70
Φ2.4×13M 25–30 20.4 70 YR560-8 800 MBY710 5 86
Φ2.6×10M 30–35 21.4 72 YR560-8 800 MBY710 5.6 102
Φ2.6×13M 35–38 21.4 78 YR630-8 1000 MBY800 5.6 118
Φ3×11M ~38 19.7 100 YR630-8 1250 MBY800 5.6 122
Φ3×13M ~40 19.7 110 YR710-8 1400 MBY900 5.6 132
Φ3.2×13M ~50 17.76 120 YR710-8 1600 JDX1000 5.6 160

Choosing the Right Ball Mill

The choice between a dry bearing ball mill and a wet bearing ball mill depends on the raw material type, production process, plant capacity, and slurry preparation requirements. A properly selected ball mill can improve grinding efficiency, reduce energy waste, and ensure stable AAC product quality.

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