Product Overview
CRUSTION’s CGP series single-cylinder hydraulic cone crushers feature a robust structure and advanced design, enabling stable operation at high power levels for exceptional production efficiency. The optimized heavy-duty structural design incorporates CRUSTION’s proprietary high-wear-resistant materials and enhanced wear parts, effectively boosting output while reducing operating costs. An optimized crushing chamber geometry, combined with the laminated crushing principle, maximizes the yield of high-quality final products. The CGP series offers flexible adjustments to eccentricity and crushing chamber configuration, allowing convenient control of crusher throughput and coordinated operation with upstream and downstream equipment. Featuring a large-cone-angle moving cone design paired with a high swing frequency and optimized motion parameters, the CGP series ensures trouble-free operation under varying feed conditions and delivers a high reduction ratio. Continuous process monitoring and an intelligent crusher control system guarantee high uptime and maximum final product yield. The reliable and safe operation of CRUSTION’s CGP series cone crushers stems from their unique design philosophy and use of premium steel. Leveraging computer-aided design tools such as finite element analysis simulations, alongside advancements in modern new materials and technologies, the company continuously researches and develops manganese steel, wear-resistant composite materials, and geometric designs, ensuring the crushers’ reliability and long service life even under harsh operating conditions.
Product Model
| CGP Series Single-Cylinder Hydraulic Cone Crusher | 1 | CGP100S |
| 2 | CGP200S | |
| 3 | CGP300S | |
| 4 | CGP500S | |
| 5 | CGP100 | |
| 6 | CGP200 | |
| 7 | CGP220 | |
| 8 | CGP300 | |
| 9 | CGP330 | |
| 10 | CGP500 | |
| 11 | CGP550 | |
| 12 | CGP11 |
Working principle
The CRUSTION CGP series single-cylinder hydraulic cone crusher features a robust heavy-duty structural design and high power-bearing capacity, ensuring continuous stable operation under heavy loads and delivering exceptional production efficiency. Its proven optimized casting design, combined with CRUSTION’s high-quality wear-resistant components and carefully proportioned wearing parts, significantly reduces operating costs. Compared with other crushers of the same moving mantle diameter, the CGP series, thanks to its unique casting structure, boasts higher rated power and can maintain optimal crushing performance even under extremely harsh operating conditions.
Powertrain: The electric motor drives the transmission shaft to rotate via pulleys, and the transmission shaft transmits power to the eccentric sleeve through bevel gears of different sizes.
Breaking action: Driven by the eccentric sleeve, the moving cone performs a swinging motion, causing the crushing walls of the moving and stationary cones to alternately approach and recede. Material entering the crushing chamber is continuously subjected to compression and impact between these two walls, resulting in fragmentation.
Material layout adjustment: The height of the moving cone is adjusted by a single hydraulic cylinder at its base, allowing continuous adjustment of the discharge opening size and thus control over the product particle size. When non-crushable material is encountered, the hydraulic system automatically enlarges the discharge opening to eject it, providing iron‑over‑load protection.

1 Upper frame guard; 2 Fixed cone liner; 3 Moving cone liner; 4 Lower frame guard; 5 Lower frame; 6 Sensor assembly; 7 Thrust bearing assembly; 8 Cylinder head; 9 Main shaft protective sleeve; 10 Top cover bearing; 11 Upper frame; 12 Main shaft; 13 Head; 14 Thrust bearing; 15 Gear; 16 Pinion gear; 17 Horizontal shaft; 18 Horizontal shaft sleeve; 19 Frame bushing; 20 Eccentric shaft; 21 Eccentric bearing; 22 Piston.

IV. Product Features
Outstanding performance and stability
1. A robust structural design ensures durability under heavy-load operating conditions.
2. Consistent performance throughout the liner’s service life
Multipurpose
1. By simply changing the chamber type, it can be used as a medium-, fine-, or ultra-fine crusher.
2. Wide selection range for eccentricity based on different applications
3. Can operate under start/stop feeding conditions.
Low installation costs
1. The patented piston design has low installation height requirements.
2. Low requirements for steel structure and conveyor length; easy installation during equipment upgrades and retrofits.
Convenient to use and maintain, safe
1. ICTM Crusher Automation System – Dynamic Discharge Opening Adjustment
2. The internal components can be removed from the top.
3. Liner replacement is quick, safe, and cost-effective, with no packing required.
Environmental protection
1. Adjustable eccentricity for energy savings
2. Effectively utilize natural raw materials in design and manufacturing
3. No packing material required
Product Technical Specifications
| CGP100S | CGP200S | CGP300S | CGP500S | CGP11 | CGP100 | CGP200 | CGP220 | CGP300 | CGP330 | CGP500 | CGP550 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Technical Specifications | ||||||||||||
| Power | 75-90 KW | 110-160 kW | 132-250 kW | 200-355KW | 45-75 kW | 75-90 KW | 110-160 kW | 132-220 kW | 132-250 kW | 250-315KW | 250-400 kW | 250-400 KW |
| Crusher self-weight*) | 7350 kg | 10900 kg | 16200 kg | 33300 kg | 4800 kg | 5800 kg | 9800 kg | 10200 kg | 15700 kg | 15700 kg | 26500 kg | 26500 kg |
| Feed inlet | ||||||||||||
| Crushing chamber | Feed inlet | |||||||||||
| EF | 46 mm | 58mm | **) | 68 mm | ||||||||
| F | 53 mm | 89 mm | 85 mm | 95mm | ||||||||
| MF | 95 mm | 101 mm | 107 mm | 113mm | ||||||||
| M | 206 mm | 141 mm | 118mm | — | 135mm | — | 152 mm | — | ||||
| C | 239 mm | 222 mm | 247 mm | 321 mm | — | 142 mm | 182 mm | — | 184 mm | — | 192 mm | — |
| EC | 295 mm | 332 mm | 401 mm | — | 213 mm | — | 225 mm | — | 250 mm | — | ||
| EC-LS/EC-TR | 332 mm | 442 mm | — | 213 mm | — | 225 mm | — | 265 mm | — | |||
| Eccentricity | ||||||||||||
| Eccentricity Option | 16, 20, 25 mm | 18, 25, 28, 32, 36 mm | 18,22,25,28, 32.36 mm | 18,25,28,32, 36.40 mm | 12, 16, 20mm | 16, 20, 25 mm | 18, 25, 28, 32, 36, 40mm | 18,25,28,32, 36.40 mm | 18, 22, 25, 28, 32, 36, 40mm | 18,22,25,28, 32,36,40 mm | 25, 28, 32, 36, 40, 45mm | 25,28,32,36, 40.45mm |
| Production capacity | ||||||||||||
| Close-side discharge opening | Production Capacity (Mtph) | |||||||||||
| 6mm | 35-50 | 35-50 | 70-90 | |||||||||
| 8 mm | 40-65 | 40-65 | 70-90 | 70-90 | 80-130 | 105-145 | ||||||
| 10 mm | 45-73 | 45-73 | 80-130 | 105-175 | 110-190 | 140-200 | 140-**) | |||||
| 15mm | 50-95 | 50-95 | 105-175 | 105-175 | 120-230 | 130-260 | 160-310 | 160-310 | ||||
| 20 mm | 80-90 | 65-105 | 120-230 | 120-230 | 150-265 | 155-300 | 190-340 | 190-340 | ||||
| 25 mm | 105-155 | 110-160 | 180-200 | 150-265 | 150-265 | 165-280 | 180-350 | 230-410 | 230-410 | |||
| 30 mm | 120-195 | 150-265 | 170-290 | 165-280 | 165-280 | 180-320 | 210-390 | 250-450 | 250-450 | |||
| 35 mm | 135-220 | 190-330 | 200-400 | 180-**) | 265-**) | 280-510 | 280-510 | |||||
| 40 mm | 145-230 | 210-365 | 215-440 | 350-560 | 350-**) | |||||||
| 45 mm | 155-250 | 230-**) | 235-**) | 300-470 | 400-600 | 400-**) | ||||||
| 50 mm | 240-**) | 260-**) | 375-670 | |||||||||
| 55 mm | 400-750 | |||||||||||
| 60 mm | 450-800 | |||||||||||
| 65 mm | 470-870 | |||||||||||
| 70-80 mm | 500-**) | |||||||||||
| 80-90 mm |
| |||||||||||
*) Not equipped with optional features.
**) For more details, please call CRUSTION.
Particle Size Distribution Curve

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CRUSTION is an industrial technology company dedicated to the R&D, manufacturing, sales, and service of mining machinery equipment.
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CRUSTION has obtained multiple certifications, including 3A certification and EU CE certification, among others.