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The HPD6 cone crusher is a high-efficiency crushing equipment, representing the medium-sized model in the high-performance cone crusher category. Designed for high production capacity, excellent particle size distribution, and superior efficiency, it is commonly used for medium, fine, or ultra-fine crushing operations in aggregates, quarries, and mines. The HPD6 crusher features an automatic discharge port adjustment mechanism, specialized maintenance tools, dust-proof devices, and energy-saving motors.
Widely used for medium, fine, or ultra-fine crushing operations in aggregates, quarries, and mines. The HPD6 cone crusher offers safe and easy maintenance. Renowned for its high production capacity, optimal final product particle size, and energy efficiency, this cone crusher reduces energy consumption by up to 20% compared to other models of equivalent specifications.
1. High-performance Design:
(1) Layered Crushing Principle: Its core advantage lies in optimized chamber design and crushing speed, utilizing rock compression to achieve efficient crushing (layered crushing), significantly enhancing production capacity and product particle size while reducing energy consumption.
(2) High Crushing Force and Stroke: Combining high crushing force with appropriate stroke length, it effectively crushes hard rock to obtain required fine particle products.
(3) High Revolutions: Higher spindle rotation speeds contribute to better particle size distribution and increased production capacity.
2. Outstanding Production Capacity and Particle Size: Among cone crushers of similar dimensions, the HPD6 is renowned for its high production capacity, capable of processing large volumes of materials. The layered crushing principle and optimized chamber design ensure excellent product particle size (high proportion of cubic particles), which is crucial for aggregate production and subsequent processing of certain ores (such as leaching).
3. High Efficiency and Low Operating Costs:
(1) Energy Efficiency: The laminated crushing method is more energy-efficient than impact or single-particle crushing, requiring lower energy consumption per unit output.
(2) High Crushing Ratio: A single unit can achieve a high crushing ratio, sometimes reducing the number of crushing stages and simplifying the process flow.
(3) Long Wear-Resistant Parts: The liners made from high-quality wear-resistant materials (such as manganese steel or special alloys), combined with optimized chamber designs, effectively extend the service life of the liners, reduce replacement frequency and downtime, thereby lowering material costs per ton.
4. Advanced Hydraulic and Automation Control Systems:
(1) Dynamic Adjustment: The powerful hydraulic system provides over-iron protection and chamber cleaning functions. When overload or non-crushable materials (such as iron blocks) enter the crushing chamber, the hydraulic system can quickly release to protect equipment from damage; the chamber cleaning function rapidly removes blockages. Automatic Setting Adjustment: Through the automation control system, discharge port parameters can be conveniently and precisely adjusted remotely without manual shutdowns, ensuring safer and more convenient operation.
(2) Real-Time Monitoring and Optimization: Provides real-time monitoring of operational status (e.g., power, pressure, discharge ports, material level), enabling process optimization controls (e.g., constant chamber position control) to maintain optimal performance and stability.
(3) Hydraulic Motor Drive Adjustment Ring: Replacing traditional gear ring drives, this system uses hydraulic motor rotation to adjust the discharge port size, offering faster, smoother, and safer regulation.
5. Reliability and Robust Design:
(1) Heavy-duty Structure: Critical components (e.g., frame, spindle, eccentric sleeve) feature robust designs to ensure long-term reliability under high-load conditions.
(2) Top Hydraulic Locking: The liners are secured with top hydraulic locking nuts for faster, safer, and more reliable installation and removal.
6. Easy Maintenance:
(1) Modular Design: Main components are engineered for easy disassembly and replacement.
(2) Top Access: All maintenance can be performed from the top without requiring access from below, enhancing safety and convenience.
(3) Side Access: Some models include side access channels for easier access to critical components. The hydraulic cleaning system and over-iron protection inherently reduce maintenance needs and downtime caused by material blockage or overload.
7. Versatile Cavity Options: Multiple standard cavity types (e.g., coarse-C, medium-M, fine-F, ultra-fine-EF) are available. Users can select the most suitable cavity type based on feed particle size, desired product particle size, and production capacity requirements (secondary, tertiary, or fine crushing).
(1) High Performance: High output, excellent particle shape (laminated crushing).
(2) High Efficiency: Low energy consumption, high crushing ratio.
(3) High Reliability: Robust design with long-lasting wear-resistant components.
(4) Intelligent Automation: Advanced hydraulic system (over-iron protection, cleaning) and IC™ control system (automatic adjustment, real-time monitoring optimization).
(5) Easy Maintenance: Top access, hydraulic locking, modular design.
(6) (6) Multifunctionality: multiple cavity types can be selected.
Specification | Details |
Rotor Diameter | 1,400 mm (55") |
Installed Power | 500 kW (650 hp) |
Weight (Total Crusher) | 44,550 kg (98,200 lbs) |
Feed Opening | 331 mm (13") |
Maximum Capacity | 790 Mtph (870 Stph) |
The HPD6 cone crusher is a high-efficiency crushing equipment, representing the medium-sized model in the high-performance cone crusher category. Designed for high production capacity, excellent particle size distribution, and superior efficiency, it is commonly used for medium, fine, or ultra-fine crushing operations in aggregates, quarries, and mines. The HPD6 crusher features an automatic discharge port adjustment mechanism, specialized maintenance tools, dust-proof devices, and energy-saving motors.
Widely used for medium, fine, or ultra-fine crushing operations in aggregates, quarries, and mines. The HPD6 cone crusher offers safe and easy maintenance. Renowned for its high production capacity, optimal final product particle size, and energy efficiency, this cone crusher reduces energy consumption by up to 20% compared to other models of equivalent specifications.
1. High-performance Design:
(1) Layered Crushing Principle: Its core advantage lies in optimized chamber design and crushing speed, utilizing rock compression to achieve efficient crushing (layered crushing), significantly enhancing production capacity and product particle size while reducing energy consumption.
(2) High Crushing Force and Stroke: Combining high crushing force with appropriate stroke length, it effectively crushes hard rock to obtain required fine particle products.
(3) High Revolutions: Higher spindle rotation speeds contribute to better particle size distribution and increased production capacity.
2. Outstanding Production Capacity and Particle Size: Among cone crushers of similar dimensions, the HPD6 is renowned for its high production capacity, capable of processing large volumes of materials. The layered crushing principle and optimized chamber design ensure excellent product particle size (high proportion of cubic particles), which is crucial for aggregate production and subsequent processing of certain ores (such as leaching).
3. High Efficiency and Low Operating Costs:
(1) Energy Efficiency: The laminated crushing method is more energy-efficient than impact or single-particle crushing, requiring lower energy consumption per unit output.
(2) High Crushing Ratio: A single unit can achieve a high crushing ratio, sometimes reducing the number of crushing stages and simplifying the process flow.
(3) Long Wear-Resistant Parts: The liners made from high-quality wear-resistant materials (such as manganese steel or special alloys), combined with optimized chamber designs, effectively extend the service life of the liners, reduce replacement frequency and downtime, thereby lowering material costs per ton.
4. Advanced Hydraulic and Automation Control Systems:
(1) Dynamic Adjustment: The powerful hydraulic system provides over-iron protection and chamber cleaning functions. When overload or non-crushable materials (such as iron blocks) enter the crushing chamber, the hydraulic system can quickly release to protect equipment from damage; the chamber cleaning function rapidly removes blockages. Automatic Setting Adjustment: Through the automation control system, discharge port parameters can be conveniently and precisely adjusted remotely without manual shutdowns, ensuring safer and more convenient operation.
(2) Real-Time Monitoring and Optimization: Provides real-time monitoring of operational status (e.g., power, pressure, discharge ports, material level), enabling process optimization controls (e.g., constant chamber position control) to maintain optimal performance and stability.
(3) Hydraulic Motor Drive Adjustment Ring: Replacing traditional gear ring drives, this system uses hydraulic motor rotation to adjust the discharge port size, offering faster, smoother, and safer regulation.
5. Reliability and Robust Design:
(1) Heavy-duty Structure: Critical components (e.g., frame, spindle, eccentric sleeve) feature robust designs to ensure long-term reliability under high-load conditions.
(2) Top Hydraulic Locking: The liners are secured with top hydraulic locking nuts for faster, safer, and more reliable installation and removal.
6. Easy Maintenance:
(1) Modular Design: Main components are engineered for easy disassembly and replacement.
(2) Top Access: All maintenance can be performed from the top without requiring access from below, enhancing safety and convenience.
(3) Side Access: Some models include side access channels for easier access to critical components. The hydraulic cleaning system and over-iron protection inherently reduce maintenance needs and downtime caused by material blockage or overload.
7. Versatile Cavity Options: Multiple standard cavity types (e.g., coarse-C, medium-M, fine-F, ultra-fine-EF) are available. Users can select the most suitable cavity type based on feed particle size, desired product particle size, and production capacity requirements (secondary, tertiary, or fine crushing).
(1) High Performance: High output, excellent particle shape (laminated crushing).
(2) High Efficiency: Low energy consumption, high crushing ratio.
(3) High Reliability: Robust design with long-lasting wear-resistant components.
(4) Intelligent Automation: Advanced hydraulic system (over-iron protection, cleaning) and IC™ control system (automatic adjustment, real-time monitoring optimization).
(5) Easy Maintenance: Top access, hydraulic locking, modular design.
(6) (6) Multifunctionality: multiple cavity types can be selected.
Specification | Details |
Rotor Diameter | 1,400 mm (55") |
Installed Power | 500 kW (650 hp) |
Weight (Total Crusher) | 44,550 kg (98,200 lbs) |
Feed Opening | 331 mm (13") |
Maximum Capacity | 790 Mtph (870 Stph) |
