Product Introduction
The slag mill is the key equipment for slag grinding before re-grinding. It is mainly used in slag powder
production industry and cement grinding station. After a long period of exploration and summary in the design and
production process, our company has formed chemical slag grinding equipment of different specifications, which can
meet the production of 3-35t /h slag powder, can be used for concrete admixtures, and can significantly reduce
engineering. Cost, increase the compressive, tensile, shear and flexural strength of concrete.
This product is mainly suitable for the grinding of granulated blast furnace slag; it can also be used for the
grinding of cement raw materials and clinker. It is also characterized by stable quality and high yield.
Working principle of slag mill
When the grinding machine barrel is driven to rotate by the transmission device, the grinding body rotates with
the lining plate attached to the inner wall of the grinding machine body due to the effect of inertia centrifugal
force. After being brought to a certain height, it can fall freely by the action of gravity At this time, the
grinding body crushes the materials in the simplified Chinese. At the same time, the grinding body has a cyclic
movement of rising and falling in the rotating mill, which causes sliding and rolling, which causes the grinding
action between the grinding body, the liner and the material to be ground. Material is finely ground.
Slag grinding performance advantages
1. Conical grinding roller and surface grinding disc are used, with simple structure, low wear, long life of
easy-to-grind parts, and easy installation, adjustment and maintenance.
2. The pressurization adopts an elastic hydraulic system, which has stable output, low vibration and low noise.
3. The specially designed limit mechanism can ensure that the grinding roller and the grinding disc are not
rigidly contacted to reduce vibration and wear.
4. A new generation of high-efficiency cage-type powder separator is adopted, and the frequency conversion speed
regulation fully guarantees the fineness of the finished product.
5. The slag mill adopts high-precision sieving and milling technology, built-in double-layer compartment device
with special structure, active liner and tailing discharge device to meet customers' requirements for grinding
fineness.
6. The inside of the cylinder adopts a new class lining board, and the micro-abrasive body is used to grind and
grind the materials highly linearly, so as to achieve a higher production capacity.
7. The equipment performance is stable, which can greatly reduce the power consumption of the comprehensive
grinding and save costs for customers.
Spec./m
(Dia.×Length) |
Speed(r/min) |
Feeding Size(mm) |
Capacity(t/h) |
Griding Media
Loading(t) |
Main Motor
(KW) |
Main Reducer |
Weight
(t) |
Ф1.83×7.0 |
23.8 |
<20 |
3~5 |
22 |
245 |
ZD60 |
43.5 |
Ф1.83×9.5 |
24.1 |
<20 |
5~7 |
31 |
355 |
ZD70 |
56 |
Ф2.2×9.5 |
21.5 |
<20 |
8~10 |
41 |
475 |
ZD70 |
74 |
Ф2.2×11 |
21.5 |
<20 |
10~12 |
50 |
570 |
ZD80 |
109 |
Ф2.4×11 |
20.3 |
<20 |
12~14 |
57 |
630 |
ZD80 |
116 |
MBY560 |
Ф2.4×13 |
20.3 |
<20 |
14~16 |
68 |
800 |
MBY710 |
138 |
JDX710 |
Ф2.6×11 |
19.7 |
<20 |
15~16 |
69 |
800 |
MBY710 |
138 |
JDX710 |
Ф2.6×13 |
19.7 |
<20 |
16~18 |
82 |
1000 |
MBY800 |
158 |
JDX800 |
Ф3.0×12 |
18.2 |
<20 |
18~20 |
100 |
1250 |
MBY800 |
182 |
JDX800 |
Ф3.0×13 |
18.2 |
<20 |
21~23 |
108 |
1400 |
MBY900 |
190 |
JDX900 |
Ф3.2×13 |
17.8 |
<20 |
25~27 |
128 |
1600 |
MBY1000 |
230 |
JDX1000 |
Ф3.2×14 |
17.8 |
<20 |
28~30 |
138 |
1800 |
MBY1000 |
249 |
JDX1000 |
Ф3.5×13 |
17.3 |
<20 |
32~35 |
156 |
2000 |
JS130-A |
275 |
Spec./m
(Dia.×Length) |
Feeding Size(mm)
(mm) |
Capacity(t/h)
(t/h) |
Ф1.83×7.0 |
<20 |
3~5 |
Ф1.83×9.5 |
<20 |
5~7 |
Ф2.2×9.5 |
<20 |
8~10 |
Ф2.2×11 |
<20 |
10~12 |
Ф2.4×11 |
<20 |
12~14 |
Ф2.4×13 |
<20 |
14~16 |
Ф2.6×11 |
<20 |
15~16 |
Ф2.6×13 |
<20 |
16~18 |
Ф3.0×12 |
<20 |
18~20 |
Ф3.0×13 |
<20 |
21~23 |
Ф3.2×13 |
<20 |
25~27 |
Ф3.2×14 |
<20 |
28~30 |
Ф3.5×13 |
<20 |
32~35 |