Applicable Materials:Coarse, medium, and fine materials with compressive Strength not exceeding 350 MPa, such as river pebbles, granite, basalt, iron ore, shale, limestone, coal gangue, quartz, diabase, marble, copper ore, and pebbles.
Compound Cone Crusher is a high-performance cone crusher. It is a modern high-performance crusher designed and developed based on the principle of laminated crushing and the concept of more crushing and less grinding, based on the introduction and absorption of foreign technology, according to customer needs.
The compound cone crusher is suitable for crushing various ores and rocks with medium to above medium hardness. It features reliable structure, high production efficiency, easy adjustment, and economical operation. Its spring safety system acts as an overload protection, allowing foreign objects like iron blocks to pass through the crushing chamber without causing damage to the crusher. The glycerin sealing form isolates dust from the lubricating oil, ensuring reliable operation. The crusher can be selected in standard, medium, and short-head types to perform coarse, medium, and fine crushing operations according to customer requirements.
Advantages and Features
Reliable Structure and High Efficiency: Provides reliable operation, high production efficiency, easy adjustment, and cost-effective use.
Spring Safety System:Acts as an overload protection, allowing foreign objects to pass through the crushing chamber without damaging the crusher.
Glycerin Sealing:Isolates dust from the lubricating oil, ensuring reliable operation.
Customizable Types:Available in standard, medium, and short-head types for coarse, medium, and fine crushing operations based on customer needs.
Working Principle
The compound cone crusher works by combining spring and hydraulic mechanisms to achieve stable and efficient crushing. Driven by a motor, the eccentric bushing rotates and causes the moving cone to swing around a central axis. This motion compresses material between the fixed and moving cones, crushing it through repeated squeezing and inter-particle collision. Crushed material is discharged from the bottom once it reaches the desired size. The spring system provides overload protection by allowing uncrushable objects to pass through safely, while some models also feature hydraulic adjustment and cavity cleaning to enhance operational efficiency.
Technical Parameters
Model
Dia. of Cone(mm)
Outlet adjusting range(mm)
Max. Feed Size(mm)
Capacity(t/h)
speed(r/min)
Power(kw)
Overall Dimension(mm)
PYB‑600
600
12‑15
≤65
15‑25
356
30
2800×1300×1700
PYD‑600
600
3‑15
≤35
5‑23
356
30
2800×1300×1700
PYB‑900
900
15‑50
≤115
50‑90
333
55
3050×1640×2350
PYZ‑900
900
5‑20
≤60
20‑65
333
55
3050×1640×2350
PYD‑900
900
3‑13
≤40
15‑50
333
55
3050×1640×2350
PYB‑1200
1200
20‑50
≤145
110‑200
300
110
4152×2300×2980
PYZ‑1200
1200
8‑25
≤100
50‑150
300
110
4152×2300×2980
PYD‑1200
1200
3‑15
≤50
18‑105
300
110
4152×2300×2980
PYB‑1750
1750
25‑60
≤215
280‑480
245
155‑160
4870×3800×4192
PYZ‑1750
1750
10‑30
≤185
115‑320
245
155‑160
4870×3800×4192
PYD‑1750
1750
5‑15
≤85
75‑230
245
155‑160
4870×3800×4192
PYB‑2200
2200
30‑60
≤300
590‑1000
220
260‑280
7705×3430×4852
PYZ‑2200
2200
10‑30
≤230
200‑580
220
260‑280
7705×3430×4852
PYD‑2200
2200
5‑15
≤100
120‑340
220
260‑280
7705×3430×4852
Any change of technical data will not be advised separately.
