1. Its weight is reduced by 30—60% than the common rolling bearing ball mill.
2. It is able to saving electricity 30-60% than common rolling bearing ball mill.
3. The granularity of the discharging materials can reach 0.074mm.
4. The Noise can be reduce by 5-10 decibel.
1
INTRODUCTION
2
SPECIFICATIONS
3
STRUCTURE
Cone Ball mill is the key equipment for grinding after the crushing process, which is widely used in the manufacture industries, such as cement, silicate, new building material, refractory material, fertilizer, ferrous metal, nonferrous metal and glass ceramics and can be used for the dry and wet grinding for all kinds of ores and other grind-able materials.
Model
Standards of
Cylinder
(Diameter x
Length )
(mm)
Rotating
Speed
of
the
Cylinder
(r/min)
Weight
of
loading-balls
(t)
Granularity
of
feeding
materials
(mm)
Granularity
of discharging
-materials
(mm)
Output
(t/h)
Motor
External
Dimension
(LxWxH)
(mm)
Weight
(kgs)
Model
Power
(kW)
GZM1541
Φ1500x4100
31
12
≤30
0.074-0.3
4.1-11
JR125-8
95
7970x2938x2490
19320
GZM1544
Φ1500x4400
31
14
≤30
0.074-0.3
4.7-12.5
JR126-8
110
8270x2938x2490
20702
GZM1556
Φ1500x5600
27.6
16
≤30
0.074-0.6
3.6-25
JR126-8
110
9470x2938x2490
22676
GZM1836
Φ1830x3600
25.2
13.7
≤25
0.074-0.6
2.8-21
JR127-8
130
8560x3812x3134
36254
GZM1842
Φ1830x4200
25.2
16
≤25
0.074-0.6
3.5-25
JR128-8
155
9160x3812x3134
37106
GZM1846
Φ1830x4600
25.2
17.5
≤25
0.074-0.6
3.5-26
JR128-8
155
9560x3812x3134
37483
GZM1856
Φ1830x5600
25.2
20
≤25
0.074-0.6
4-30
JR136-8
180
10385x3910x3334
40785
GZM2145
Φ2100x4500
23.8
22
≤25
0.074-0.5
5-35
JR138-8
245
9400x3920x3394
46009
GZM2158
Φ2100x5800
23.8
25
≤25
0.074-0.5
7-43
JR1410-8
280
10700x3920x3394
55930
GZM2727
Φ2700x2700
21.7
25
≤20
0.074-0.5
9-74
JR138-8
245
7093x4897x4385
56757
GZM2733
Φ2700 x 3300
21.7
32
≤25
0.074-0.5
11.8-92.7
JR157-8
320
9290x5610x4510
71482
GZM2736
Φ2700x3600
21.7
34
≤25
0.074-0.5
12.5-80
JR158-8
380
9590x5610x4510
74209
GZM2742
Φ2700x4200
21.7
36
≤25
0.074-0.5
15-117
JRQ158-8
380
10190x5610x4510
82777
The cone ball mill is horizontal cylindrical rotation device, driven by brim gearwheel. There are two chambers and grid. Material goes into the first chamber through the feeding inlet. Inside the first chamber, there are stage liners and ripple liners as well as steel balls. The shell rotates so as to generate electricity, and this force brings ball to a certain height and then balls drop down by gravity, the impact is the grinding force to the material. After the primary grinding, materials go into the second chamber through segregate screen. In the second chamber, there are flat liners and steel ball. After the secondary grinding, material is discharged from the discharging mouth. Then the whole grinding process is ended.