The cone crusher is a mechanical device that utilizes an eccentric rotating mechanism to drive the moving cone to perform eccentric pendulum motion between the fixed cone, thereby altering the internal volume of the crushing chamber to achieve continuous compression and crushing of materials.

The single-cylinder hydraulic cone crusher employs a vertical simply supported beam structure, where both ends of the moving cone are supported by bearings, and the bottom of the moving cone is supported by a hydraulic cylinder. This design allows for the adjustment of the moving cone's height through the hydraulic cylinder at its base, enabling the processing of materials with varying coarseness requirements. Our company's CHC/CSC series of single-cylinder hydraulic cone crushers represent a fusion of mechanical, electrical, hydraulic technology, and material crushing expertise. These machines feature high-strength cast steel frames, forged alloy material main shafts, high-precision curved helical gear transmission structures, a variety of chamber configurations, and intelligent operational control systems, which collectively demonstrate their exceptional performance and advantages. They are widely applicable for medium and fine crushing operations of various hard minerals and rocks, boasting high crushing efficiency and fulfilling diverse crushing demands of customers.

Application Range of Single-Cylinder Hydraulic Cone Crusher:

• Metal mines
• Sand and gravel quarries
• Concrete mixing plants
• Dry mortar production
• Power plant desulfurization
• Quartz sand production

Suitable Materials for Single-Cylinder Hydraulic Cone Crusher:

• River pebbles
• Granite
• Basalt
• Iron ore
• Limestone
• Quartz stone
• Diabase
• Iron ore
• Gold ore
• Copper ore

Features of Single-Cylinder Hydraulic Cone Crusher:

1. High Production Efficiency:
   Combining scientific crushing chamber designs, reasonable eccentric distances, ideal swing frequencies, and the principle of laminated compression crushing, this machine achieves greater throughput, higher production efficiency, superior product particle shape, and lower unit energy consumption.

2. High Automation Level:
   The automated control system provides functions such as overload protection, tramp iron protection, and constant chamber profile, while enabling real-time monitoring of parameters like oil temperature, flow rate, pressure, load, and feed opening size, ensuring reliable operation of the equipment.

3. High Load-bearing Capacity:
   Enhanced frame structures, the simply supported beam-type main shaft structure supported at both ends, dynamically pressurized bronze bushing designs, and sensitive and reliable overload protection systems ensure long-term stable operation in the crushing of hard mineral rocks.

4. Wide Adaptability:
   Available in both medium and fine crushing models, each model offers multiple chamber configurations to choose from. The eccentric distance can also be adjusted to suit different production process conditions. By adjusting the rotational speed of the transmission shaft, the product gradation can be fine-tuned, maximizing the value of the equipment.

5. Low Operating Noise and Vibration:
   High-precision spiral arc gear transmission results in lower operating noise, higher transmission efficiency, and durability. The equipment itself exhibits minimal vibration, and the combination of the overall steel frame and flexible supports further reduces vibration transmitted to the foundation, minimizing foundation investment.

6. Low Installation Cost:
   All models adopt an integral steel underframe structure, facilitating easy, time-efficient installation, and reducing installation costs.

7. Low Operating Costs:
   Specially designed crushing chamber profiles and liner materials enhance liner utilization and durability. The standard positive pressure dust-proof system ensures constant cleanliness of the lubricating oil, extending its service life and eliminating the need for frequent oil changes. Most components can be disassembled and assembled from the upper and side parts of the equipment, ensuring safer and more convenient maintenance.

The CHC and CSC series of hydraulic cone crushers, introduced with Nordic technology and tailored to the properties of Chinese metallic materials, are high-performance crushers primarily used for the secondary and tertiary crushing stages in metal mining and construction aggregate processing. Their robust crushing capabilities and high output make them ideal for crushing medium-hard materials.