Wet & Dry Clinker Cement Limestone Mining Slag Grinding Ball Mill/Rod Mill/Dryer

• Customization: Available
• Type: Milling Machinery, Milling Equipment
• Object: Materials
• Structure: Sag
• Milling Cutter Type: Other
• Milling Cutter Structure: Other
• Controlling Mode: CNC
• Automatic Grade: Automatic
• Precision: Normal Precision
• Certification: ISO 9001
• Condition: New
• Diameter: Max. 6.2m
• Performance: Simple Structure, High Efficiency
• Transport Package: Suitable for Long Distance and Sea Transportation
• Trademark: CIC or OEM, ODM etc
• Origin: Luoyang China

Product Description

Introduction:

Mills are widely used in the fields of metal separating factory, metallurgy, chemical industry, construction material, power generation and etc., for grinding of kinds of minerals and rocks, and include overflow type of ball mills, grid type of ball mills, rod mills, material mills and cement mills.

 

Application:

Ball mill is the important equipment for recrushing the materials after they are primarily crushed. It is an efficient tool for grinding various materials into powder. There are two ways of grinding: the dry process and the wet process. It can be divided into tabular type and flowing type according to different forms of discharging material. Ball mill is widely used in metallurgy, chemical, mining, cement, construction, industrial and mining industries etc.

 

 

Working Principle:

The ball mill is a horizontal rotating equipment transmitted by the outer gear. The materials are transferred to the grinding chamber through the quill shaft uniformly. There are ladder liners and ripple liners and different specifications of steel balls in the chamber. The centrifugal force caused by rotation of barrel brings the steel balls to a certain height, then impacting and grinding the materials. The grinding materials are discharged through the discharging board, thus the grinding process is finished.

Structure:

The device is composed of feeding part, discharging part, turning part and driving part (reducer, small driving gear, electric motor and electric control). The quill shaft adopts cast steel part and the liner is detachable. The turning girth gear adopts casting hobbing process and the drum is equipped with wear-resistant liner, which has good wear-resistance performance. The device is with stable and reliable working condition. Besides, according to different materials and discharging methods, there are dry and wet balls mill for choice.

 

Features:

1. The machine is made up of feeding part, discharging part, gyre part, transmission part (reducer, small transmission gear, motor, and electrical controller) and so on.

2. The hollow axis adopts the cast steel and the lining can be replaced. The big rotary gear is forged from cast rolling gears.

3. The barrel body is inlaid with wearable plates.

4. The machine runs steadily and efficiently.

 

Advantages:

1) Ball mill is an efficient tool for grinding many materials into fine powder.

2) The ball mill is used to grind many kinds of mine and other materials, or to select the mine.

3) Ball mill is widely used in building material, and chemical industry.

4) There are two ways of grinding: the dry way and the wet way.

5) Ball mill can be divided into wet grid mill, dry grid mill and overflow mill according to material discharging model.

6) To use the ball mill, the material to be ground is loaded into the neoprene barrel that contains grinding media.

7) 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.

8) The longer the ball mill runs, the finer the powder will be.

9) Ultimate particle size depends entirely on how hard the material you're grinding is, and the time how long the ball mill runs.

10) Our ball mills have been used to grind glass, create custom varnishes, make ceramic glaze, powder various chemicals.

 

Technical Parameters

Technical Properties List Of Overflow Ball Mill

Specification	Shell Diameter	Shell Length	Volume	Rotary Speed	Grinding Medium Load	Transmission Type	Motor			Profile Dimensions (L × W × H)	Total Weight	Remarks
							Power	Rotary Speed
	mm	mm	m^3	r/min	t		kw		r/min	m	t
MQY15 × 30	1500	3000	5	26.6	9	Side-edge Transmission	95		742	7.4 × 3.4 × 2.8	18.5	Drum Feeder
MQY15 × 36	1500	3600	5.7	26.6	10.6		95		742	8.0 × 3.4 × 2.8	17.22	Rubber Liners
MQY18 × 61	1830	6100	13.4	24.5	24.6		220		736	10.2 × 5.1 × 4.0	37.32
MQY21 × 30	2100	3000	9.4	22.1	15		200		740	8.5 × 4.65 × 3.0	45
MQY24 × 30	2400	3000	12.2	21	22.5		250		980	8.8 × 4.7 × 4.4	55
MQY24 × 70	2400	7000	26.66	21	48		475		740	14.3 × 5.8 × 4.4	67	Rubber Liners
MQY27 × 36	2700	3600	18.5	20.5	39		400		187.5	10.4 × 5.8 × 4.7	61.34
MQY27 × 40	2700	4000	20.5	20.24	38		400		187.5	9.8 × 5.8 × 4.7	70
MQY27 × 45	2700	4500	23.5	20.5	43.5		500		187.5	12.5 × 5.8 × 4.7	76
MQY27 × 40	2700	4000	34.34	19.5	53		630		589	13.5 × 5.9 × 4.7	71.2	Rubber Liners
MQY28 × 54	2800	5400	30	19.5	55.2		630		167	13 × 5.83 × 4.7	97.8
MQY28 × 80	2800	8000	43	20	78.6		800		137	16.5 × 7.3 × 5	115	For coal water slurry
MQY30 × 110	3000	11000	69.2	17.3	100	Central Transmission	1250		429	28.9 × 3.8 × 5.0	227.8
MQY32 × 36	3200	3600	26.3	18.3	48.4	Side-edge Transmission	500		167	14.3 × 7.3 × 6.0	116.94
MQY32 × 40	3200	4000	29.2	18.2	60		560		980	16.7 × 7.3 × 6.0	121.4
MQY32 × 45	3200	4500	32.9	18.3	60.5		630		167	13 × 7.0 × 5.82	124.23
MQY32 × 54	3200	5400	39.4	18.3	73		800	167	14.2 × 7.0 × 5.82	129
MQY32 × 64	3200	6400	46.75	18.3	86		1000	167	15.2 × 7.0 × 5.8	140
MQY32 × 75	3200	7500	55.5	18.3	102		1250	734	17.7 × 8.4 × 6.3	154
MQY32 × 90	3200	9000	64.2	18.3	106.6		1250	150	18.5 × 7.3 × 6.0	173
MQY34 × 45	3400	4500	37	18.4	74.6		800	167	11.5 × 7.0 × 6.1	129.8
MQY34 × 56	3400	5600	45.8	17.9	84.3		1120	985	16.7 × 7.6 × 6.13
MQY36 × 45	3600	4500	41.4	17.25	76		1000	167	13 × 7.3 × 6.3	144.1
MQY36 × 50	3600	5000	46.7	17.5	85.96		1250	167	15 × 7.6 × 6.2	150
MQY36 × 50	3600	5000	46.7	17.3	85.86	Central Transmission	1250	429	23 × 4.6 × 6.3	176
MQY36 × 56	3600	5600	55.4	17.76	106.3	Side-edge Transmission	1250	750	14.4 × 8.0 × 6.3	159.7
MQY36 × 60	3600	6000	55.7	17.3	1002.5	Central Transmission	1250	429	24 × 4.6 × 6.3	138.73
MQY36 × 60	3600	6000	54	17.3	102	Side-edge Transmission	1250	167	15.6 × 8.3 × 6.3	162.7
MQY36 × 61	3600	6100	55.36	17.76	106.3		1200	980	15.8 × 8.5 × 6.2	164.1
MQY36 × 85	3600	8500	79	17.4	131		1800	743	20 × 8.2 × 7.1	251.89
MQY36 × 90	3600	9000	83.5	17.4	138	Central Transmission	1800	743	28 × 4.6 × 5.6	286
MQY38 × 67	3800	6700	70	16.5	130	Side-edge Transmission	1400	743	19 × 8.2 × 7.1	185.3
MQY40 × 60	4000	6000	69.8	16	126		1500	200	17.4 × 9.5 × 7.6	203.5
MQY40 × 67	4000	6700	69.8	16	136.3		1600	200	15.6 × 9.6 × 7.3	206.2
MQY40 × 135	4000	13500	155	16	233		3300	200	23 × 10 × 4.9	343	For coal water slurry
MQY43 × 61	4300	6100	80	15.67	144		1750	200	14 × 10 × 7.7	215.3
MQY50 × 64	5030	6408	120	14.4	251		2600	200	14.6 × 11 × 9.1	318.5
MQY50 × 83	5030	8300	152.3	14.4	266		3300	200	22 × 10.5 × 9	402.6
MQY55 × 65	5500	6500	143.3	13.8	264		3400	200	18.5 × 9.8 × 8.9	451.5
MQY55 × 85	5500	8500	187.4	13.8	335		4500	200	20.5 × 12 × 9.8

 

Technical Properties List Of Grate Ball Mill

Specification	Shell Diameter	Shell Length	Volume	Rotary Speed	Grinding Medium Load	Transmission Type	Motor			Profile Dimensions (L × W × H)	Total Weight	Remarks
							Power	Rotary Speed
	mm	mm	m^3	r/min	t		kw		r/min	m	t
MQS15 × 30	1500	3000	5	26.6	9	Side-edge Transmission	95		742	6.4 × 2.9 × 2.6	18.	Drum Feeder
MQS15 × 15	1500	1500	2.3	29.2	4.8		60		725	5.7 × 3.2 × 2.8	13.7
MQS15 × 24	1500	2400	3.7	29.2	7.6		90		730	6.9 × 3.3 × 2.8	16.5
MQS15 × 30	1500	3000	4.6	26.6	10		90		742	7.6 × 3.4 × 2.8	19.5	Rubber Liners
MQS21 × 30	2100	3000	9.4	22.1	20		220		740	8.5 × 4.65 × 3.0	45
MQS24 × 30	2400	3000	12.2	21	25		250		980	8.8 × 4.7 × 4.4	55
MQS24 × 70	2400	7000	26.66	21	54		475		740	8.8 × 4.7 × 4.4	67	Rubber Liners
MQS27 × 21	2700	2100	10.6	19.7	22		280		733	14.3 × 5.8 × 4.8	69
MQS27 × 36	2700	3600	18.5	20.5	39		400		187.5	12 × 5.8 × 4.7	74
MQS27 × 40	2700	4000	20.5	20.24	38		400		187.5	12.4 × 5.8 × 4.7	77
MQS27 × 60	2700	6000	34.4	19.5	53		630		589	12 × 5.7 × 4.5	84
MQS29 × 41	2900	4100	26	19.34	42		450		740	9.9 × 6.1 × 5.1	76.1
MQS31 × 64	3100	6400	43.7	18.3	56		1000		167	15.2 × 6.98 × 5.8	141
MQS32 × 31	3200	3100	22.65	18.3	46.9		500		167	13.9 × 7.3 × 6.0	109
MQS32 × 36	3200	3600	26.3	18.3	54		630		167	14.3 × 7.3 × 6.0	116.94
MQS32 × 40	3200	4000	29.3	18.2	60		710		980	14.7 × 7.3 × 6.0	121.4
MQS32 × 45	3200	4500	32.9	18.3	68.5		800		167	15.2 × 7.3 × 5.9	126.23
MQS32 × 54	3200	5400	39.4	18.3	81.6		1000		167	16.6 × 7.3 × 6.1	135.4
MQS36 × 45	3600	4500	41.4	17.25	86		1000		167	13.5 × 7.3 × 6.3	153.1
MQS36 × 60	3600	6000	54	17.3	112		1400		167	15.5 × 8.3 × 6.3	190.6
MQS36 × 85	3600	8500	79	17.4	144		1800		743	20 × 8.2 × 7.1	260.89
MQS40 × 60	4000	6000	69.8	16.0	126		1500		200	17.4 × 9.34 × 7.5	215.5
MQS40 × 67	4000	6700	76	16.0	155		1600		980	16 × 8.43 × 7.5	235.2
MQS40 × 135	4000	13500	157	16.5	280		3300		980	24.2 × 9.9 × 7.8	284 / 375	Rubber Liners

 

Technical Properties List Of Raw Mill

Specification	Capacity	Rotary Speed	Input Size	Grinding Medium Load	Volume		Transmission Type	Motor		Profile Dimensions (L × W × H)	Total Weight	Remarks
m	t/h	r/min	mm	t	m^3			Power / kw	Voltage / V	mm	t
φ2.2 × 6.5	15-16	22	<20	22	18	Drying Process	Side-edge Transmission	320	6000	12.28 × 5.39 × 4.21	52
φ2.2 × 8	30	20.8	<25	45		Drying Process		560	6000	17.215 × 5.564 × 4.54	81
φ2.2 × 11	22-25	21	<25	56	36	Wet Process	Central Transmission	630	6000	24.08 × 4.54 × 3.229	106
φ2.2 × 11	22-25	21.5	<25	40-50	43		Side-edge Transmission	500	6000	20.02 × 6.512 × 4.96	105
φ2.2 × 13	29-30	21.5	<25	60	43		Central Transmission	630	6000	26.183 × 4.54 × 3.229	118.4
φ2.2 × 13	24-35	21.5	<25	60	43	Drying Process		630	6000	26.079 × 4.54 × 3.52	113
φ2.2 × 13	40-46	19	<25	65	50	Wet Process		800	6000	27.54 × 4.54 × 3.415	134
φ2.2 × 13	40	18.9	<25	65	50	Drying Process		800	6000	27.345 × 6.04 × 3.62	145
φ2.2 × 13	43-50	19.4	<20	80	60	Wet Process	Side-edge Transmission	1000	10000	20.973 × 5.616 × 5.675	152.3
φ3 × 9	36-42	17.6	<25	70-80		Drying Process		1000	6000	23.285 × 5.965 × 3.878	136.6
φ3 × 11	60-65	17.4	<15	90-100	69		Central Transmission	1250	6000	28.00 × 5.72 × 3.672	180
φ3 × 12	55-59	17.7	<25	95-100	76	Wet Process		1250	6000	30.80 × 5.72 × 3.90	198.6
φ3.2 × 7+1.8	48-63	18	<20	55-58	44.5	Drying Process		1000	6000	24.7 × 5.12 × 4.23	167.5
φ3.4 × 7+1.8	54	16.9	<20	65	51.5			1000	6000	(22.057+a) × 5.12 × 4.23	184.4	A is the length of the motor
φ3.4 × 7.5+1.8	~60	16.9	<20	70	54.58			1250	6000	27.18 × 5.72 × 4.23	214-217.5
φ3.5 × 10	75	16.59	<20	80	64.6			1250	6000	25.382 × 5.802 × 4.83	270
φ3.5 × 9	90-95	16.5	<15	130	94			2000	6000	28.521 × 5.55 × 5.6	256.3
φ3.8 × 8.5+3.5	~90	15.5	<20	100	89.4			1600	6000	32.504 × 6.77 × 6.03	305.6
φ4.8 × 8.5+3.5	150	15	<20	150	89.4			2800		21.739 × 6.99 × 9.00	310.7
φ4.6 × 10+3.5	190	15	<25	190	157			3550		23.599 × 6.96 × 4.63	352
φ4.6 × 9.5+3.5	185	15.2	<25	175-180	148			3550	6000	22.939 × 5.239 × 7.55	293
φ4.6 × 14	185-220	15		210	185	Drying Process	Side-edge Transmission	4200		23.2 × 11.934 × 6.37	310

 

Technical Properties List Of Cement Mill

Specification	Capacity	Rotary Speed	Input Size	Grinding Medium Load	Volume	Transmission Type	Motor		Profile Dimensions (L × W × H)	Total Weight	Remarks
m	t/h	r/min	mm	t	m^3		Power / kw	Voltage / V	mm	t
φ2.2 × 6.5	13-14	22	<25	31	21.4	Side-edge Transmission	380	6000	12.385 × 5.39 × 4.21	53
φ2.2 × 11	15-16	21	<25	50	36	Central Transmission	630	6000	21.559 × 4.54 × 3.52	109
φ2.2 × 13	16-08	21.5	<25	60	43		630	6000	26.079 × 4.54 × 3.52	114.2
φ2.4 × 8	15	20.8	<25	45	30	Side-edge Transmission	560	6000	17.215 × 5.564 × 4.54	82.53
φ2.4 × 13	20-23	19	<25	65	51.7	Central Transmission	800	6000	27.58 × 4.54 × 3.62	138
φ2.6 × 13	30-32	19.6	<25	80	60	Side-edge Transmission	1000	6000	20.883 × 7.74 × 5.67	144.5
φ3 × 9	28-32	17.8	<25	70-80	55	Central Transmission	1000	6000	23.568 × 4.76 × 3.67	138.7
φ3 × 11	36-40	18.9	<25	100	69		1250	6000	27.61 × 5.72 × 4.08	181.9
φ3 × 11	36	17.69	<25	100	69	Side-edge Transmission	1250	6000	24.567 × 7.51 × 5.968	156.5
φ3.2 × 11	40-45	17.4	<15	90-100	78	Central Transmission	1250	6000	28.00 × 5.72 × 3.672	180
φ3.5 × 9.5	40	18	<20	115	76.4		1400	6000	29.717 × 5.25 × 5.00	194.4
φ3.5 × 11	45	17.2	<15	116	78.5		1600	6000	28.454 × 5.35 × 5.60	271.64
φ3.6 × 8.5	60	16.5	<20	102	86		2500	6000	19.883 × 4.141 × 5.405	233.3	With Roller pressure
φ3.8 × 9	70-80	16.5	<20	130	94		2000	6000	28.521 × 5.55 × 5.60	255.2
φ3.8 × 12.5	55	16.4	<25	167	123.5	Side-edge Transmission	2500	6000	17.419 × 10.745 × 8.204	301.4
φ3.8 × 13	60	16.3	<25	173	128	Central Transmission	2500	6000	19.693 × 4.141 × 5.405	223.3
φ4.2 × 11	120	15.75	≤3	182	134.5		2800		16.5 × 4.4 × 6.5	256	With Roller pressure and Pulverized Machine
φ4.2 × 11.5	130	15.99	≤3	199	138	Single Side, Double Transmission	2800	10000	18.002 × 8.962 × 7.52	219	With Roller pressure
φ4.2 × 11.5	130	16	≤3	199	138	Central Transmission	2800		17.259 × 4.96 × 5.6	220	With Roller pressure
φ4.2 × 12.5	85	16	≤25	210	151		3150		18.4 × 4.96 × 8.64	251	With Pulverized Machine
φ4.2 × 12.5	145	16	≤3	210	151		3150		18.4 × 4.96 × 8.64	242	With Roller pressure
φ4.2 × 13	75	15.6	≤25	209	157	Side-edge Transmission	3150		17.445 × 4.88 × 6.0	255	With Pulverized Machine
φ4.2 × 13	150	15.6	≤3	209	157	Central Transmission	3150		17.445 × 4.88 × 8.0	256	With Roller pressure and Pulverized Machine
φ4.2 × 13.5	80-85	15.8	≤25	230	164		3550		17.744 × 6.70 × 6.01	256
φ4.2 × 14	95	15.6	≤25	252	169		3550		19.055 × 20.49 × 23.2	220

 

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