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CH440 Cone Crusher

Max. Feed Size: Up to 215 mm (8.5")
Power Rating: 220 kW (295 hp)
Crusher Type: Hydraulically adjusted Cone Crusher

The Sandvik CH440 Cone Crusher is a technologically advanced, high-capacity cone crusher designed for robust performance in demanding mining and aggregate production environments. Engineered for secondary, tertiary, and pebble-crushing applications, the CH440 delivers exceptional reduction ratios and superior product shape, making it the ideal solution for your most challenging operational needs.

CH440 Cone Crusher

Key Features & Benefits

1. Advanced Crushing Chamber Technology
The CH440 offers a wide range of interchangeable crushing chambers and eccentric throws, allowing you to easily adapt the crusher to your specific application. Whether your priority is high capacity, superior product shape, or a fine output setting, the CH440 can be precisely configured to optimize performance and maximize end-product value.

2. The CLP (Constant Liner Performance) Crushing Chamber
A revolutionary feature of the CH440, the CLP chamber is designed to maintain a consistent feed opening throughout the liner’s life. By optimizing the crushing action, it ensures:

  • Constant High Output: Maintains desired capacity and product gradation over time.

  • Extended Liner Life: Reduces the frequency of liner changes and associated downtime.

  • Reduced Operating Costs: Maximizes tonnage crushed per wear part.

3. Robust and Reliable Design
Built with a solid, heavy-duty construction, the CH440 is designed for maximum durability. Key structural components are manufactured to withstand the highest loads, ensuring long-term operational integrity and reducing the risk of unexpected failures.

4. The Hydroset™ System for Safety and Setting Adjustment
The hydraulically adjustable Hydroset™ system provides:

  • Safe and Easy Setting Changes: Crusher settings can be adjusted quickly and safely under load, minimizing downtime.

  • Automatic Overload Protection: The system automatically clears the chamber in the event of an overload, protecting the crusher from severe damage.

  • Uncrushable Object Passing: Enhances crusher protection by allowing tramp iron and other uncrushable materials to pass through without causing major damage.

5. Sophisticated ASRi™ Automated Control System
The CH440 is perfectly paired with the Automatic Setting Regulation (ASRi™) system. This intelligent control system continuously monitors and optimizes crusher performance in real-time by:

  • Automatically compensating for liner wear to maintain product size consistency.

  • Controlling the crusher load to ensure it always operates at peak efficiency.

  • Providing valuable operational data to help you make informed decisions and improve overall plant productivity.

6. Easy Maintenance and Serviceability
Designed with maintenance in mind, the CH440 features easily accessible service points and a simplified liner locking system. This user-friendly design reduces the time and effort required for routine inspections and wear part replacement, increasing crusher availability.

CH440 Cone Crusher

Technical Specifications Summary

  • 1. Crusher Type: Hydraulically adjusted Cone Crusher

  • 2. Feed Opening: Varies with chamber configuration

  • 3. Nominal Capacity: Varies with chamber selection, crusher settings, and feed material; up to several hundred tonnes per hour.

  • 4. Max. Feed Size: Up to 215 mm (8.5″)

  • 5. Power Rating: 220 kW (295 hp)

  • 6. Ecocrusher, Fibrecrete, and Lube Options: Available to suit specific environmental and operational requirements.

Applications

CH440 Cone Crusher

The versatility of the CH440 makes it suitable for a wide range of applications, including:

  • 1. Secondary and Tertiary Crushing in aggregate plants

  • 2. Pebble Crushing in mining circuits

  • 3. Producing high-quality cubical aggregate for asphalt and concrete

  • 4. Sand manufacturing

Why Choose the CH440 Cone Crusher?

The Sandvik CH440 represents the perfect balance between performance, reliability, and operational cost. By combining advanced automation with a robust mechanical design, it delivers higher uptime, lower cost-per-tonne, and a superior return on investment.

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