Powder Cement Clinker Calcium Carbonate Limestone Gypsum Calcite Grinding Plant

• Customization: Available
• After-sales Service: Provide
• Warranty: 1 Year
• Model NO.: Various Model
• Type: Cement Production Line
• Certificate: ISO9001,ISO14000
• Capacity: Above 100,000 T/Year
• Application: Cement Grinding
• Design: by Our Professional Engineer
• Installation: Under Our Engineer′s Guide
• After Sale Service: We Offer
• Experience: More Than 50 Years
• Technical Parameters: See Technical Table
• Transport Package: Standard Export Packing
• Specification: ISO9001, ISO14000, CE
• Trademark: ZK
• Origin: Zhengzhou, China
• HS Code: 8417
• Production Capacity: Reference to The Form

Product Description

Powder Cement Clinker Calcium Carbonate Limestone Gypsum Calcite Grinding Plant

 

Raw Grinding Mill Introduction 

Grinding ball mill is widely used for the cement production line, cement plant, cement grinding plant to grinding limetstone, cement raw materials and cement clinker. It is an essential cement making machinery in the cement production process.

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.

Related: dry grinding ball mill, wet ball mill .Our engineers will suggest the most suitable one for you according to your information. 
 

 

Working principle of Raw Grinding Mill for Cement Clinker Plant 

When the grinding ball mill works, motor and speed reducer transmit torque force to big and small gears of ball mill, so the barrel rotates.When the barrel rotates, Steel balls or other grinding media in the barrel are lifted to a certain height and fall down freely, so materials in the barrel are impacted.
 
Grinding media mixing with materials impact and grind materials continuously. The grinding media and materials impact and grind each other when the ball mill rotates continuously.
 
The final product will be discharged from outlet when it meets the request, so the grinding process is finished application range, simple structure and convenient maintenance. 


 

Ball Quantity	Feeding	Discharging-material Size	Output	Power	Remark
(t)	(mm)	(mm)	(t/h)	(kw)
0.5	≤20	0.074-0.3	0.18-0.5	15	energy saving style
0.6	0-12	0.074-0.4	0.14-0.34	4	energy saving style
0.1	0-12	0.074-0.5	0.55-1.11	7.5	energy saving style
0.67	≤60	0.074-0.6	0.23-0.74	22	energy saving style
0.7	≤40	0.074-0.6	0.3-1.2	7.5	wet lattice
0.7	≤40	0.074-0.6	0.3-1.1	7.5	wet overflow
0.3	≤40	0.074-0.6	0.2	5.5	dry style
1.6	≤60	0.074-0.89	0.58-2	30	energy saving style
0.85	≤40	0.074-0.89	0.6-2.1	15	wet lattice
0.85	≤40	0.074-0.89	0.5-2.0	15	wet overflow
1.7	0-15	0.074-0.89	0.69-1.30	15	energy saving style
1.73	≤15	0.074-0.89	0.4-2	18.5	dry lattice
2.1	≤40	0.074-0.89	0.7-2.8	18.5	wet lattice
2.1	≤40	0.074-0.89	0.6-2.5	18.5	wet overflow
2.7	≤20	0.075-0.89	1.1-3.5	22	dry style
5.8	≤25	0.075-0.89	0.8-3.1	22	wet lattice
5.8	≤25	0.075-0.89	0.7-2.8	22	wet overflow
5	≤25	0.075-0.89	0.3-3	18.5	wet lattice
5	≤25	0.075-0.89	0.3-2.5	18.5	wet overflow
2.4	≤20	0.074-0.6	0.20-2.19	37	energy saving
2.5	0-20	0.074-0.6	0.80-2.0	18.5	energy saving
3	0-20	0.074-0.6	1.1-2.6		energy saving
4.8	0-20	0.075-0.3	0.4-5.8	45	energy saving
9	≤25	0.075-0.3	0.5-6	30	wet lattice
9	≤25	0.075-0.3	0.5-5	30	wet overflow
4.8	≤20	0.074-0.6	1.5-2	45	dry style
4.22	≤25	0.074-0.6	1.5-3.7	37	dry style
4	0-20	0.074-0.6	1.42-3.8	30	energy saving
11	≤25	0.074-0.6	0.6-7	37	wet lattice
11	≤25	0.074-0.6	0.6-6	37	wet overflow
5	≤25	0.074-0.4	1.6-5	45	dry style
7.2	≤25	0.074-0.4	1.5-8	45
13	≤25	0.074-0.4	0.7-8	45	wet lattice
13	≤25	0.074-0.4	0.7-7	45	wet overflow
5.2	≤25	0.074	1.5	55
4	<25	0.074-0.85	1-3.5	60
9	≤25	0.074-0.4	1.5-7	45	wet lattice
9	≤25	0.074-0.4	1.5-6	45	wet overflow
7	≤25	0.074-0.4	1	11
10.4	<25	0.074-0.85	2-6.8	95	energy saving
17	≤25	0.074-0.4	3-11	75	wet lattice
17	≤25	0.074-0.4	3-10	75	wet overflow
10	≤25	0.074-0.4	3-15	75	wet rod mill
8.2	0-25	0.074-0.4	3.3-8.2	75	cone energy saving
10	≤25	0.074-0.4	3-4	110	dry style
23	≤25	0.074-0.4	4-15	110	wet lattice
23	≤25	0.074-0.4	4-11	110	wet overflow
12	≤25	0.074-0.4	3-5	130	dry style
10.5	0-25	0.074-0.6	3.5-9.5	130	energy saving
25	≤25	0.074-0.6	4-14	130	wet lattice
25	≤25	0.074-0.6	4-13	135	wet overflow
13	≤25	0.074-0.4	3-5	130	dry style
14	≤25	0.074-0.4	6-16	130	wet lattice
14	≤25	0.074-0.4	6-15	130	wet overflow
11	≤25	0.074-0.4	4-10	130	energy saving
11	0-25	0.074-0.4	6.6-18.5	130	wet energy saving
31	≤25	0.074-0.4	6-18	180	wet lattice
31	≤25	0.074-0.4	6-17	180	wet overflow
15	≤25	0.074-0.4	4.5-12	155	dry style
15	≤25	0.074-0.4	4-19	155	ball mill
15	≤25	0.074-0.4	5-7	210	wet overflow
21	≤25	0.074-0.4	6.5-15	210	wet overflow
19	≤25	0.074-0.4	5-7	210	dry style
19	≤25	0.074-0.4	6-19	210	wet overflow
23	≤25	0.074-0.4	6.5-15	210	wet lattice
23	≤25	0.074-0.4	7.5-17	210	dry energy saving
20	≤25	0.074-0.4	6-8	245	dry style
21	0-25	0.074-0.6	4-35	210	wet energy saving
20	≤25	0.074-0.6	6-22	210	wet lattice
20	≤25	0.074-0.6	6-21	210	wet overflow
28.5	≤25	0.074-0.6	6-33	180	wet lattice
28.5	≤25	0.074-0.6	6-32	180	wet overflow
15	≤25	0.074-0.4	6.5-36	180	dry style
18	<25	0.074-2.36	6-33	180	energy saving ball mill
20	≤25	0.074-2.36	14-35	210	wet
15	0-30	0.074-0.4	12-30	180	cone energy
22.9	≤25	0.074-0.4	7.6-28	210	dry style
45	≤25	0.074-0.4	7-39	210	wet lattice
45	≤25	0.074-0.4	7-38	210	wet overflow
25	≤25	0.074-0.4	15-40	210	wet rod mill
24	≤25	0.074-0.4	8-43	245	dry style
49	≤25	0.074-0.4	8-43	240	wet lattice
49	≤25	0.074-0.4	8-41	240	wet overflow
31	≤25	0.074-0.4	14-26	380	dry style
33	≤25	0.074-0.8	16-29	380	dry style
34	≤25	0.074-0.8	8-10	475	dry
50	≤25	0.074-0.8	7-90	240	wet
50	≤25	0.074-0.8	9-47	240	wet
36	≤25	0.074-0.8	10-14	475	dry
42	≤25	0.074-0.8	10-14	560	dry
52	≤25	0.074-0.8	16-20	630	dry
70	≤25	0.074-0.8	9-80	240	wet
70	≤25	0.074-0.8	9-78	240	wet
39	0-35	0.074-0.8	31-65	380	energy saving
46	≤25	0.074-0.8	12-125	380	wet lattice
46	≤25	0.074-0.8	12-120	380	wet overflow
45	≤25	0.074-0.8	18-123	350
53	≤25	0.074-0.8	12-1145	380	wet lattice
53	≤25	0.074-0.8	12-140	380	wet overflow
53	≤25	0.074-0.8	12-150 12-145 20-25	430	wet lattice
53	≤25	0.074-0.8		430	100
78	≤25	0.074-0.8		1000	150
69	≤25	0.074-0.8		600	126
69	≤25	0.074-0.8		600	125
90	≤25	0.074-0.8		850	160
90	≤25	0.074-0.8		850	wet overflow
95	≤25	0.074-0.8		1250	wet lattice
95	≤25	0.074-0.8		1250	wet overflow