We are proud to offer an extensive range of high-quality replacement parts for Sandvik CH series cone crushers. These parts are designed to ensure optimal performance, durability, and reliability of your crushers. Below is a detailed overview of the parts we supply, along with their functions and importance in the crusher's operation.
The spider bushing is a critical component that supports the spider assembly. It ensures smooth rotation and reduces wear on the spider, which is essential for maintaining the crusher's efficiency and longevity.
The seal ring provides an effective barrier against dust and contaminants. It prevents unwanted particles from entering the crusher, thereby protecting the internal components and reducing maintenance requirements.
The support ring offers structural support to the crusher's mainframe. It helps maintain the alignment and stability of the crusher, ensuring consistent performance and reducing the risk of mechanical failure.
The arm shield protects the crusher arms from wear and tear during operation. It is designed to withstand the harsh conditions of crushing, thereby extending the life of the crusher arms.
The concave ring works in conjunction with the mantle to crush the material efficiently. It is a key component in the crushing process, ensuring that the material is reduced to the desired size.
The filler ring helps maintain the correct positioning of the concave and mantle. It ensures that the crushing surfaces are properly aligned, which is crucial for achieving optimal crushing performance.
The hose facilitates the flow of hydraulic fluid within the crusher. It is essential for the operation of the hydraulic system, which controls the crusher's settings and adjustments.
The mantle is the primary crushing surface that works with the concave to crush the material. It is designed to withstand high levels of wear and tear, ensuring long-lasting performance.
The wear plate protects the crusher's interior from abrasion and impact. It is made from durable materials that can withstand the harsh conditions of crushing, thereby reducing maintenance requirements.
The concave is the stationary crushing surface that works with the mantle. It plays a crucial role in the crushing process, ensuring that the material is reduced to the desired size.
The topshell is the upper section of the crusher that houses the crushing chamber. It provides structural support and protection for the internal components, ensuring consistent performance.
The boss provides structural support and alignment for the crusher components. It ensures that the crusher operates smoothly and efficiently, reducing the risk of mechanical failure.
The bottom shell bushing ensures smooth rotation of the bottom shell. It reduces wear on the bottom shell, thereby extending its life and maintaining the crusher's efficiency.
The foot is the base of the crusher that provides stability and support. It ensures that the crusher remains stable during operation, reducing the risk of mechanical failure.
The liner narrow arm protects the narrow arms from wear during operation. It is designed to withstand the harsh conditions of crushing, thereby extending the life of the narrow arms.
The eccentric wearing plate reduces wear on the eccentric assembly. It ensures that the eccentric operates smoothly, maintaining the crusher's efficiency and reducing maintenance requirements.
The bracket supports various crusher components and ensures proper alignment. It plays a crucial role in maintaining the crusher's stability and performance.
The liner pinionshaft arm protects the pinionshaft arm from wear. It is designed to withstand the harsh conditions of crushing, thereby extending the life of the pinionshaft arm.
The bottomshell is the lower section of the crusher that houses the eccentric and mainshaft. It provides structural support and protection for the internal components, ensuring consistent performance.
The pinion shaft housing protects the pinion shaft and ensures smooth operation. It reduces wear on the pinion shaft, thereby extending its life and maintaining the crusher's efficiency.
The bearing cover protects the bearings from dust and contaminants. It ensures that the bearings operate smoothly, reducing the risk of mechanical failure.
The spacer ensures proper spacing and alignment of crusher components. It plays a crucial role in maintaining the crusher's stability and performance.
The pinion shaft transmits power from the motor to the crusher. It is a key component in the crusher's drive system, ensuring smooth and efficient operation.
The hub connects the pinion shaft to the crusher's drive system. It ensures that the power is transmitted efficiently, maintaining the crusher's performance.
The eccentric provides the gyratory motion necessary for crushing. It is a critical component in the crusher's operation, ensuring that the material is reduced to the desired size.
The ring ensures proper alignment and support of crusher components. It plays a crucial role in maintaining the crusher's stability and performance.
The key secures the connection between the shaft and other components. It ensures that the components remain securely connected, reducing the risk of mechanical failure.
The eccentric bushing reduces wear on the eccentric assembly. It ensures that the eccentric operates smoothly, maintaining the crusher's efficiency and reducing maintenance requirements.
The gear and pinion transmit power and ensure smooth operation of the crusher. They are key components in the crusher's drive system, ensuring efficient and reliable operation.
The inner head nut secures the mainshaft and mantle in place. It ensures that the mainshaft and mantle remain securely connected, reducing the risk of mechanical failure.
The mainshaft sleeve protects the mainshaft from wear and tear. It ensures that the mainshaft operates smoothly, maintaining the crusher's efficiency and reducing maintenance requirements.
The retaining ring holds various components in place within the crusher. It ensures that the components remain securely connected, reducing the risk of mechanical failure.
The dust seal ring prevents dust and contaminants from entering the crusher. It protects the internal components, reducing maintenance requirements and extending the crusher's life.
The retainer ensures proper positioning of crusher components. It plays a crucial role in maintaining the crusher's stability and performance.
The scraper removes debris and contaminants from the crusher's moving parts. It ensures that the crusher operates smoothly, reducing the risk of mechanical failure.
The burning ring provides a secure connection between the mantle and mainshaft. It ensures that the mantle remains securely connected, reducing the risk of mechanical failure.
The mainshaft is the central shaft that transmits power and motion within the crusher. It is a critical component in the crusher's operation, ensuring that the material is reduced to the desired size.
The head center is the central part of the crusher head that supports the mantle. It ensures that the mantle remains securely connected, reducing the risk of mechanical failure.
The seal ring inner provides internal sealing to prevent contamination. It protects the internal components, reducing maintenance requirements and extending the crusher's life.
The locating bar ensures proper alignment of crusher components. It plays a crucial role in maintaining the crusher's stability and performance.
The gasket provides a seal between mating surfaces to prevent leaks. It ensures that the crusher operates smoothly, reducing the risk of mechanical failure.
The shim adjusts the spacing and alignment of crusher components. It plays a crucial role in maintaining the crusher's stability and performance.
The dust collar inner protects the crusher's interior from dust and debris. It ensures that the internal components remain clean, reducing maintenance requirements and extending the crusher's life.
The Hydroset cylinder provides hydraulic adjustment of the crusher setting. It ensures that the crusher operates at the desired setting, maintaining optimal performance.
The Hydroset cylinder bushing reduces wear on the Hydroset cylinder. It ensures that the Hydroset system operates smoothly, maintaining the crusher's efficiency and reducing maintenance requirements.
The packing clamp plate secures the packing within the Hydroset cylinder. It ensures that the Hydroset system operates smoothly, reducing the risk of mechanical failure.
The piston wearing plate reduces wear on the Hydroset piston. It ensures that the Hydroset system operates smoothly, maintaining the crusher's efficiency and reducing maintenance requirements.
The step washer ensures proper spacing and alignment within the Hydroset system. It plays a crucial role in maintaining the crusher's stability and performance.
The mainshaft step provides a step for the mainshaft within the crusher. It ensures that the mainshaft operates smoothly, maintaining the crusher's efficiency and reducing maintenance requirements.
The piston is the moving part within the Hydroset cylinder that adjusts the crusher setting. It ensures that the crusher operates at the desired setting, maintaining optimal performance.
The chevron packing provides a seal within the Hydroset cylinder. It ensures that the Hydroset system operates smoothly, reducing the risk of mechanical failure.
The plug seals openings within the crusher to prevent contamination. It ensures that the internal components remain clean, reducing maintenance requirements and extending the crusher's life.
The Hydroset cylinder cover protects the Hydroset cylinder from dust and debris. It ensures that the Hydroset system operates smoothly, maintaining the crusher's efficiency and reducing maintenance requirements.
The Pump Unit Hydroset function ensures that the cone crusher maintains optimal performance during operation through hydraulic adjustment and automatic compensation, providing stable crushed product granularity while protecting the equipment from damage. With its high level of automation and user-friendly operation, it significantly enhances production efficiency and equipment reliability.
Valves are primarily used to control the hydraulic system, protect the equipment, and optimize crushing efficiency.
Sandvik CH series cone crushers are renowned for their robust design and high performance. These hydraulically adjusted crushers are designed to deliver exceptional crushing efficiency and reliability. Key characteristics include:
High Performance: The combination of CLP (Constant Liner Performance) crushing chambers and high motor power ensures that these crushers deliver capacities comparable to larger crushers.
Automatic Setting Regulation (ASRi): The ASRi system continuously monitors the crushing load, optimizing performance and integrating with sophisticated plant control systems.
Excellent Versatility: The crushers can be easily matched to changes in production through the proper selection of crushing chambers and eccentric throws, making them suitable for secondary, tertiary, and quaternary crushing stages.
Full Control of the Process: The Hydroset system provides automatic overload protection, allowing the crusher to handle tramp iron and other uncrushable materials without damage. The system automatically returns the mainshaft to its original position after such events.
Easy to Handle and Maintain: All service and inspection are carried out from above, reducing maintenance costs and downtime. The robust sealing system protects the inner mechanics from dust and unwanted particles, extending the crusher's life.
Compact Design: Despite their high capacity, Sandvik CH series crushers are compact, making them easy to move and install.
By choosing our high-quality replacement parts, you can ensure that your Sandvik CH series cone crusher continues to operate at peak performance, minimizing downtime and maximizing productivity.
ZHEJIANG ROCK MACHINERY CO., LTD
Registered in China
Registration number: 91330782MACQ9CX477
Focus on ore processing machines
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Over 20 years of specialized experience
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