PE Jaw Crushers are used for coarse and medium crushing of materials in mining, building materials, infrastructure construction and other industries. They are the first step in crushing various minerals and rocks.
The jaw crusher dominates the crushing equipment field and is primarily suitable for various ores and large materials. As the first in the crushing production line, it is responsible for coarse and medium crushing operations. With advantages like stable operation, large crushing ratio, eco-friendliness, low energy consumption, and long service life, its application range has expanded from mining to construction materials, highways, railways, water conservancy, and chemical industries.
Advantages and Features
Simple Structure, Easy Maintenance: The jaw crusher operates on a simple working principle, and its hydraulic device allows adjustment of the discharge opening size.
Long Service Life: The jaw crusher's side liners are made of chrome alloy cast steel, providing enhanced wear resistance.
Support for Custom Design:With a capacity range of 1-1200 t/h, the jaw crusher can be customized to meet higher capacity demands.
Strong Load Capacity and High Stability:Equipped with a heavy-duty forged eccentric shaft, high manganese steel jaw plate, and high-grade cast steel movable jaw assembly, the equipment offers superior load capacity and enhanced stability.
Working Principle
High-strength frame (integral/combined), movable & fixed jaw with high-Mn steel plates, eccentric shaft with flywheel, adjustable discharge (wedge/hydraulic), and V-belt motor drive. Ensures efficient, stable crushing.
Feeding stage
The material enters the crushing chamber from the top feed port and accumulates between the movable jaw and the fixed jaw.
Extrusion crushing stage
The motor drives the eccentric shaft to rotate, driving the movable jaw to approach the fixed jaw.
The material is crushed under the action of extrusion, and the material that meets the particle size requirement is discharged from the bottom.
Return reset stage
The eccentric shaft continues to rotate, and the movable jaw moves away from the fixed jaw to prepare for the next round of crushing.
The flywheel releases the stored energy to maintain stable operation.
Technical Parameters
Model
Feeder Opening Size(mm)
Max. Feeding Size(mm)
Outlet adjusting range(mm)
Capacity(t/h)
Speed(r/min)
Motor Power(kw)
Weight (t)
Overall Dimension (L×W×H)(mm)
PE‑150*250
150*250
125
10‑40
1‑3
250
5.5
0.8
720660850
PE‑200*300
200*300
180
15‑50
2‑6
260
7.5
1.2
910750990
PE‑200*350
200*350
180
18‑70
3‑10
260
11
1.5
1000870990
PE‑250*400
250*400
210
20‑60
5‑21
300
15
2.8
1.30011E+11
PE‑400*600
400*600
340
40‑100
16‑64
275
30
7
1.73017E+11
PE‑500*750
500*750
425
50‑100
40‑110
275
55
12
1.98021E+11
PE‑600*900
600*900
500
65‑160
50‑160
250
75
17
2.19022E+11
PE‑750*1060
750*1060
630
80‑140
110‑320
250
110
29
2.66024E+11
PE‑800*1060
800*1060
640
100‑190
130‑330
250
110
29.8
2.71024E+11
PE‑870*1060
870*1060
660
200‑260
190‑336
250
110
31.5
2.81024E+11
PE‑900*1060
900*1060
685
230‑290
230‑390
250
110
33
2.87024E+11
PE‑900*1200
900*1200
750
95‑165
220‑450
200
132
52
3.38029E+11
PE‑1000*1200
1000*1200
850
195‑265
315‑500
200
160
55
3.48029E+11
PE‑1200*1500
1200*1500
1020
150‑350
400‑800
180
250
100.9
4.20033E+11
PE‑1500*1800
1500*1800
1200
220‑350
500‑1000
180
280‑355
139
5.16037E+11
PEX‑150*750
150*750
120
18‑48
8‑25
320
15
3.8
1.20015E+11
PEX‑250*750
250*750
210
25‑60
13‑35
330
22
5.5
1.38018E+11
PEX‑250*1000
250*1000
210
25‑60
16‑52
330
30
7
1.5602E+11
PEX‑250*1200
250*1200
210
25‑60
20‑61
330
37
9.7
2.14017E+11
PEX‑300*1300
300*1300
250
20‑90
16‑105
300
55
15.6
2.7202E+11
Any change of technical data will not be advised separately.
