Product Definition
The ball milling and classifying production line consists of two main equipments: a ball mill and an airflow classifier. Among them, the ball mill achieves the effect of grinding by adding abrasives and liquids to make the grinding body rub and impact the raw materials during the rotation process. The airflow classifier uses pneumatic conveying to pass the powder through a specific nozzle to generate high-speed airflow, thereby dividing the powder into different particle size grades.
Functional characteristics
High particle size control accuracy:
The ball milling and classifying production line can effectively control the particle size of the product, with high particle size control accuracy, and can meet the different size requirements of customers.
High production efficiency:
The ball milling and classifying production line can complete the grinding and classification of raw materials at the same time, which can not only improve the efficiency of the production process, but also reduce production costs.
Stable product quality:
Through the processing of the ball milling and classifying production line, the product particles are evenly distributed and the product quality is stable, thereby improving user satisfaction.
Wide range of applications:
The ball milling and classifying production line can be applied to multiple industries, including electronic materials, ceramic products, pharmaceutical products, etc., and has a wide market demand.
Composition elements of Ball Mill
Equipment model of Cronus Ball Mill
| Model |
Cylinder Rotation Speed (r/min) |
Ball Load (T) |
Feed Particle Size (mm) |
Discharge Size (mm) |
Motor Power (kW) |
Production (T/H) |
Weight (T) |
| 900×1800 |
37 |
1.8 |
≤15 |
0.075-0.4 |
15 |
0.5-2 |
3.4 |
| 900×2100 |
37 |
2.3 |
≤15 |
0.075-0.4 |
18.5 |
0.4-2 |
3.9 |
| 900×3000 |
35 |
3.85 |
≤25 |
0.075-0.4 |
30 |
1.1-2.5 |
7.78 |
| 1200×2400 |
35 |
4.6 |
≤25 |
0.075-0.4 |
30 |
1.3-3.2 |
8.65 |
| 1200×2800 |
35 |
5.4 |
≤25 |
0.075-0.4 |
37 |
1.5-3.7 |
10.02 |
| 1200×4500 |
35 |
8.6 |
≤25 |
0.075-0.4 |
45 |
2.7-6.79 |
14 |
| 1500×3000 |
29 |
9 |
≤25 |
0.047-0.4 |
75 |
3.3-8.2 |
14.12 |
| 1500×3500 |
29 |
10.5 |
≤25 |
0.047-0.4 |
75 |
3.3-8.5 |
15.64 |
| 1500×4500 |
29 |
13.5 |
≤25 |
0.047-0.4 |
90 |
4.5-12 |
20 |
| 1500×5700 |
29 |
17 |
≤25 |
0.047-0.4 |
110 |
2.6-14 |
21.5 |
| 1830×3000 |
24 |
13.5 |
≤25 |
0.047-0.4 |
135 |
4-15 |
28 |
| 1830×3600 |
24 |
14 |
≤25 |
0.047-0.4 |
135 |
4-15 |
29 |
| 1830×4500 |
24 |
20 |
≤25 |
0.047-0.4 |
155 |
4-19 |
32 |
| 1830×7000 |
24 |
31.5 |
≤25 |
0.047-0.4 |
210 |
6-22 |
36.5 |
| 2100×3000 |
22 |
18 |
≤25 |
0.047-0.4 |
210 |
6.4-28 |
40.79 |
| 2100×3600 |
22 |
20 |
≤25 |
0.047-0.4 |
210 |
7-28 |
42 |
| 2100×4000 |
22 |
21.5 |
≤25 |
0.047-0.4 |
210 |
7.6-28 |
43.45 |
| 2200×3600 |
21.7 |
25 |
≤25 |
0.047-0.4 |
245 |
5.2-32 |
44 |
| 2200×7000 |
21.7 |
46 |
≤25 |
0.047-0.4 |
380 |
15-38 |
63 |
| 2400×3600 |
21 |
28 |
≤25 |
0.047-0.4 |
320 |
8-60 |
47 |
| 2400×4500 |
21 |
35 |
≤25 |
0.047-0.4 |
380 |
8.5-60 |
70.5 |
| 2400×7500 |
20.8 |
38 |
≤25 |
0.047-0.4 |
475 |
30-42 |
86 |
| 2700×3600 |
20.7 |
40 |
≤25 |
0.047-0.4 |
400 |
12-80 |
93 |
| 2700×4500 |
20.7 |
48 |
≤25 |
0.047-0.4 |
430 |
12-90 |
102 |
| 3000×4500 |
20.7 |
55 |
≤25 |
0.047-0.4 |
580 |
50-105 |
107 |
| 3000×9000 |
20.7 |
75 |
≤25 |
0.047-0.4 |
800 |
80-90 |
156 |
| 3200×3600 |
18 |
55 |
≤25 |
0.047-0.4 |
630 |
60-120 |
118 |
| 3200×4500 |
18 |
65 |
≤25 |
0.047-0.4 |
800 |
30-180 |
137 |
Technical features
The ball mill is uniquely designed and uses a specific ratio of grinding media to efficiently achieve the ideal grinding fineness. Its grate plate type discharge is smooth, and the cylinder does not need to be cooled, which simplifies the structure.
The feed is continuously controlled to ensure stable feeding and achieve the best grinding efficiency. The grinding aid is quantitatively sprayed with a metering pump to ensure accurate ratios, improve grinding efficiency and product performance stability.
The grading process is flexible. Single or multiple classifiers can be combined according to needs. Products of different fineness can be produced at the same time, and product specifications can be adjusted at any time. The classifier is equipped with a speed sensor and control system, which can monitor and compensate for changes in parameters such as temperature and wind pressure in real time to ensure stable product quality.
The silo is equipped with a high-quality level indicator to support fully automatic control of the production process. The conveying system is manufactured according to DIN and ISO standards and has high stability. The entire line adopts an automatic control system to keep the equipment at a stable load and achieve low energy consumption operation.、
