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Ball Mill For Mine Beneficiation Plant Ball mill is an efficient tool for grinding many materials into fine powder. The Ball Mill is used to grind many kinds of mine and other materials, or to select the mine. It is widely used in building material, chemical industry, etc. There are two ways of grinding: The dry way and the wet way. It can be divided into tabular type and flowing type according to different expelling mine.
Applied materials: iron ore, copper ore, gold ore,cement, lime, bauxite, calcite, barite, gypsum, quartz, slag, etc

Hot Sale Ball Mill Types

1. Ball Mill is one of the most popular and best-selling products. Ball mill can be divided into dry type ball mill and wet type lattice ball mill.

2. There are three different types. Small, Medium and Large-sized Models, Let our technical people choose one reasonable for you.

3. The hot-sale models are including 600×700, 900×1200, 1500×1800, 1800×2000, 3200×4600,

To use the Ball Mill, the material to be ground is loaded into the Neoprene barrel that contains grinding media. As the barrel rotates, the material is crushed between the individual pieces of grinding media that mix and crush the product into fine powder over a period of several hours.
Quite simply, the longer the Ball Mill runs, the finer the powder will be. Ultimate particle size depends entirely on how hard the material you're grinding is, and the time how long the Ball Mill runs. Our Ball Mills have been used to grind glass, powder food products, create custom varnishes, make ceramic glaze, powder various chemicals, etc. ball mill main technical parameters:

Model	shaft rotation speed(r/min)	Ball load(t)	Feeding size(mm)	Discharging size(mm)	Capacity(t/h)	Power(KW)	Weight(T)
Φ 900 × 1800	38	1.5	≤ 20	0.075 -0.89	0.65 -2	18.5	3.6
Φ 900 × 2100	38	1.3-1.4	≤ 15	0.075 -0.83	0.7 -3.5	18.5	3.9
Φ 900 × 3000	38	2.7	≤ 20	0.075 -0.89	1.1-3.5	22	4.5
Φ 1200 × 2400	32	3.8	≤ 25	0.0745-0.6	1.5-4.8	30	11.5
Φ 1200 × 2800	32	3.3-3.5	≤ 25	0.0745-0.6	2-6	30	13
Φ 1200 × 4500	32	7	≤ 25	0.074 -0.4	1.6-5.8	45	13.8
Φ 1500 × 3000	27	8	≤ 25	0.074 -0.4	2-5	75	17
Φ 1500 × 3500	27	6.75 -6.4	≤ 25	0.075 -0.4	3-7	75	17.5
Φ 1500 × 4500	27	14	≤ 25	0.074 -0.4	3.5-12	110	21
Φ 1500 × 5700	27	15	≤ 25	0.074 -0.4	3.5-8	115	24.7
Φ 1830 × 3000	24	18	≤ 25	0.074 -0.4	4-10	130	28
Φ 1800 × 3600	24	10.6 -11.35	≤ 25	0.075 -0.4	5-22	130	33.5
Φ 1830 × 7000	24	25	≤ 25	0.074 -0.4	7.5-17	210	36
Φ 2100 × 3600	22	14-15.2	≤ 25	0.075 -0.4	15-36	370	46.8
Φ 2200 × 5500	21	30	≤ 25	0.074 -0.4	10-20	210	48.5
Φ 2200 × 6500	21	31	≤ 25	0.074 -0.4	14-26	380	52.8
Φ 2200 × 7500	21	33	≤ 25	0.074 -0.4	16-29	380	56
Φ 2400 × 3000	20.6	15.5 -16.6	≤ 25	0.075 -0.4	22-24	245	59
Φ 2400 × 4500	21	30	≤ 25	0.074 -0.4	8.5-60	380	65
Φ 2700 × 3600	20.6	39	≤ 25	0.074 -0.4	12-70	400	91.3
Φ 2700 × 4000	20.7	40	≤ 25	0.074 -0.4	12-80	400	94
Φ 2700 × 4500	20.7	48	≤ 25	0.074 -0.4	12-90	430	102
Φ 3200 × 4500	18	65	≤ 25	0.075 -0.4	according to the technics	800	137

Significant Advantages of Ball Mill

Energy Saving and Less Power Consumption

The matching of the drive and the grinding media can greatly lower the power consumption.

The Flexible Design of the Discharging Port

The customers can decide whether the iron removing device is required or not according to their demand.

The Bigger Feeding Size

The reasonable design on the feeding port can increase the feeding output.

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