Jaw Cone Crusher for Mining and Aggregate Processing
The Jaw Cone Crusher is a highly efficient and versatile crushing equipment designed for demanding industrial applications. As a Hydraulic Cone Crusher, it combines advanced technology with robust construction to deliver exceptional performance in processing hard and abrasive materials. Engineered to handle feeding sizes up to 1200 mm, this crusher is ideal for processing large rocks and ores in mining, quarrying, and construction operations.
Key features include an advanced hydraulic system for automatic adjustment and overload protection, power options from 5.5 kW to 220 kW, and optimized crushing cavity design for stable operation and minimal wear.
Key Features
- Product Name: Jaw Cone Crusher
- Application Field: Mining and Metal Ore Crushing
- Power Range: 5.5-220 kW
- Maximum Feeding Size: ≤1200 mm
- Model: PC300*400
- Crusher Type: Primary and Secondary Crusher
- High efficiency design suitable for various crushing requirements
- Durable construction for heavy-duty crushing operations
- Reliable performance with easy maintenance access
Technical Specifications
| Product Name |
Jaw Cone Crusher |
| Operating Principle |
Motor Drives Eccentric Shaft to Crush Materials |
| Power Range |
5.5-220 kW |
| Voltage |
380V/415V/440V |
| Crusher Type |
Primary and Secondary Crusher |
| Equipment Type |
Crushing Equipment |
| Efficiency |
High |
| Model Number |
CS1160 |
| Maximum Feeding Size |
≤1200 mm |
| Application Field |
Mining and Metal Ore Crushing |
Applications & Performance
This Jaw Cone Crusher is essential for various crushing applications, capable of handling large, hard materials up to 1200 mm. It excels in mining operations for crushing ore into manageable sizes and in construction for producing high-quality aggregates. The motor-driven eccentric shaft mechanism ensures consistent, reliable crushing performance even under demanding conditions.
Suitable for mining, metallurgy, construction, road building, and chemical industries, the crusher processes materials including limestone, granite, basalt, river gravel, and iron ore. Its compact structure allows easy installation and integration into existing processing lines, while minimized noise and vibration contribute to a safer working environment.
The hydraulic system provides automatic adjustment of crusher settings, overload protection, and facilitates routine maintenance. This results in optimal crushing conditions, reduced downtime, and extended equipment lifespan, making it a cost-effective solution for modern crushing operations.
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