Cement ball mill

≤25mm

Feeding size

0.2-320t/h

Capacity

Applicable materials: ores, cement, silicate products, new building materials, refractory materials, fertilizers, ferrous and non-ferrous metal beneficiation, glass ceramics, etc.

Complete Types and Stable Performance

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Product profile

MGB series high-efficiency ball mill is designed to take advantage of the advantages and disadvantages of the open-flow grinding system, and has made significant improvements to the traditional ball mill. In addition to all the advantages of open-flow grinding, compared with the same specification of ball mill, the output of the mill has been greatly improved, and the powder fineness and specific surface area have increased, achieving high yield and high fineness, and providing a new type of grinding equipment for the production of high-grade cement.

MGB type ball mill adjusts the material level of each bin with its unique combined partition board and discharge grate, increases ventilation, and improves the conditions inside the mill; at the same time, it adopts a new type of lining board, adjusts the speed of the mill, and optimizes the gears. The design and lubricating parameters of the bearing bush increase the running stability and service life of the mill, and improve the grinding efficiency.

Product Advantages

The rolling bearing is used instead of the sliding bearing, the friction force is greatly reduced, the starting is easy, and the energy saving is remarkable.

The use of high-strength and wear-resistant combined hammer head can save materials and reduce waste.

The working principle of the ball mill is relatively advanced, the grinding efficiency of the equipment is very high in the process of grinding materials, which improves the grinding speed of the entire process, and thus also increases the output.

The probability of failure is very low, which reduces the customer's operating costs and maintenance costs to a certain extent.

Technical Parameters

Specification(m)D×L	Rotary speed(r/min)	Feeding sie(mm)	Capacity	Ball loading	Main motor	Power(kw)	Motor speed(r.p.m)	Main reducer	Reducing ratio	Weight
Φ2.2×11	22.2	≤25	15～17	50	JR1512-8	570	740	ZD80	5	83
Φ2.4×8	20.91	≤25	14～18	39.5-42	JR1512-8	570	740	ZD80	5	76.4
Φ2.4×9	20.91	≤25	23~25 C	50	JR1512-8	570	740	ZD80	5	81
Φ2.4×10	20.91	≤25	O 16~18	50	TR1512-8	630	740	ZD80	5	92.4
Φ2.4×11	21	≤25	O 17~19 C 20~22	60~62	YR710-8/1180	710	740	JDX630	5.6	105
Φ2.4×12	21	≤25	O 18~20 C 22~24	63~65	YR800-8/1180	800	740	MBY710	6.3	110
Φ2.4×13	21	≤25	O 21~22 C 24~26	66~68	YR800-8/1180	800	740	MBY710	6.3	117
Φ2.6×10	20.6	≤25	21~24	64	YR800-8/1180	800	740	JDX710	6.3	133
Φ2.6×11	20.6	≤25	21~28	69	YR800-8/1180	800	740	JDX710	6.3	140
Φ2.6×13	20.6	≤25	28~31	80	YR1000-8/1180	1000	740	JDX800	6.3	151
Φ3.0×9	19.3	≤25	35~40(C)	80~83	YR1000-8/1180	1000	740	MBY800	7.1	137
Φ3×11	18.92	≤25	44~47(C)	95~100	YR1250-8/1430	1250	740	JDX900	7.1	159
Φ3×12	18.92	≤25	48~52(C)	103	YR1250-8/1430	1250	740	JDX900	7.1	164
Φ3×13	18.92	≤25	39~45(C)	110~116	YR1400-8/1430	1400	740	JDX900	7.1	183
Φ3.2×11	18.3	≤25	45~48(C)	110~112	YR1400-8/1430	1400	740	JDX900	7.1	195.5
Φ3.2×13	18.7	≤25	45~50(O)	125	YR1600-8/1430	1600	740	JDX1000	7.15	213
Φ3.4×11	18	≤25	45~55(C)	115	YR1600-8/1430	1600	740	JDX1000	7.15	201
Φ3.5×13 Central drive	17	≤25	50~55	150	YR2000-8/1730	2000	740	JS130-A-F1		223
Φ3.5×13 Edge drive	17.5	≤25	50~60	150	YR2000-8/1730	2000	740	JDX1000	6.3	240.5
Φ3.8×13 Bearing	16.3	≤25	65~70	185	YR2500-8/1730	2500	740	JS130-C-F1		240
Φ3.8×13 Sliding shoe	16.3	≤25	65~70	185	YR2500-8/1730	2500	740	JS130-C-F1		220
Φ4×13	16.3	≤25	78~80	191	YRKK900	2800	745	JS140-A		220
Φ4.2×11 Bearing	15.6	≤25	120~140	190	YR2800-8/1730	2800	740	JS140-A-F1D		245
Φ4.2×13 Bearing	15.6	≤25	140~155	225	YRKK1000-8	3350	740	JS150-A		260
Φ4.2×13 Central shoe	15.6	≤25	140~155	225	YRKK1000-8	3550	740	JS150-A		280
Φ4.2×13 Sliding shoe	15.6	≤25	140~155	225	YRKK1000-8	3550	740	JS150-B		260
Φ4.6×13.5 Welding shoe	14.5	≤25	140	280	YRKK1000-6	4500	995			365
Φ4.6×14	14.5	≤25	145	285	YR1000-6	4500	995			372
Φ5.0×15	14	≤25	160~165	350	YRKK1000-8	6000	740			420

Note：Any change of technical data shall not be advised additionally.

Cement ball mill

Work Principle

This machine is a cylindrical rotating device, driven by an outer gear, two warehouses, and a lattice type ball mill. The material enters the first chamber of the mill spirally and uniformly from the feeding device through the feeding hollow shaft. There are stepped lining plates or corrugated lining plates in the chamber, and steel balls of different specifications are installed inside. The rotation of the cylinder generates centrifugal force to bring the steel balls to a certain height. After falling down, it has a heavy impact and grinding effect on the material. After the material reaches the rough grinding in the first warehouse, it enters the second warehouse through the single-layer partition board. The warehouse is inlaid with a flat lining plate and has steel balls to further grind the material. The powder is discharged through the discharge grate to complete the grinding operation.

Customer Case

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Mobile crushing plant

Stationary crushing plant

Mineral processing plant

Hydrometallurgical plant

Calcined & grinding powder

Product profile

Product Advantages

Technical Parameters

Application Areas

Cement ball mill

Work Principle

Customer Case

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