C Series 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 C Series Jaw Crusher is primarily used for medium crushing of various ores and bulk materials, commonly employed in industries such as mining, metallurgy, construction materials, highways, railways, water conservancy, and chemical engineering. It is suitable for coarse and medium crushing operations. This series integrates advanced crushing technology and production processes, offering advantages in structural design, performance, service life, and equipment maintenance, making it a key choice for efficiently crushing hard and corrosive materials.
Advantages and Features
Optimized Design:The C Series high-performance jaw crusher features a new tooth-shaped protective plate, which enhances production and extends the maintenance cycle of wear parts.
Stable Performance:It employs the V-shaped crushing chamber, currently the most popular design globally, ensuring stable performance.
Quality Assurance: The overall cast steel bearing seat perfectly matches the frame, significantly enhancing the radial strength of the bearing seat and reducing maintenance costs.
Working Principle
Feeding and initial extrusionFeeding stage: The material is put into the crushing chamber from the top feed port and falls between the fixed jaw and the movable jaw.
First extrusion: The movable jaw approaches the fixed jaw under the drive of the eccentric shaft, and the material is squeezed and split between the two jaw plates, and the large pieces of material are initially crushed.
Crushing and dischargingCrushing stage: The movable jaw continues to move, the space of the crushing chamber gradually becomes smaller, and the material is repeatedly squeezed and ground until it reaches a dischargeable particle size.
Discharging stage: When the movable jaw retreats, the crushed material is discharged from the bottom discharge port under the action of gravity; the material that does not meet the standard continues to remain in the crushing chamber for secondary crushing.
Technical Parameters
Model
Feeder Opening Size(mm)
Max. Feeding Size(mm)
Outlet adjusting range(mm)
Eccentric shaft speed(r/min)
Capacity(t/h)
Motor Power(kw)
Stationary type application
C80
500×750
400
40‑150
290
50‑160
55‑75
C90
610×910
500
60‑180
260
60‑180
90
C100
760×1060
600
70‑200
260
150‑300
132
C110
850×1100
700
70‑200
230
200‑400
132‑160
C125
950×1250
800
100‑250
220
300‑800
160
C140
1070×1400
900
125‑270
220
400‑900
200
C160
1200×1600
1000
150‑300
220
500‑1200
250
C200
1500×2000
1200
175‑300
200
800‑1400
400
Mobile type application
C96
580×930
480
60‑170
290
60‑160
90
C106
700×1060
580
70‑180
280
150‑300
110
C116
760×1150
680
70‑190
260
200‑400
132
C120
870×1200
780
70‑200
230
400‑500
160
Any change of technical data will not be advised separately.
