CM500 Single-Cylinder Cone Crusher

Our second-generation Stone Crushers are an improvement on the classic design. They incorporate advanced technology to enhance performance and efficiency. The new design features an optimized crushing chamber that reduces the amount of uncrushed material and increases the crushing ratio. The hydraulic adjustment system allows for quick and easy adjustment of the discharge opening, providing more flexibility in controlling the size of the final product. The crusher is also equipped with a vibration isolation system that reduces noise and vibration during operation.

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CM500 Single-Cylinder Cone Crusher Single-Cylinder Cone Crusher

Product Description

Key Features

1. Enhanced Crushing Chamber: The redesigned crushing chamber ensures a more efficient crushing process, resulting in a higher quality output with fewer fines.

2. Hydraulic Adjustment: The hydraulic system makes it convenient to adjust the discharge opening, saving time and effort during operation.

3. Vibration Isolation: The vibration isolation system not only reduces noise pollution but also protects the surrounding equipment and structures from the effects of vibration.

4. Improved Safety Features: The crusher is equipped with safety guards and interlocks to protect operators from potential hazards.

Applications

1. Sand and Gravel Production: In sand and gravel pits, Stone Crushers are used to crush raw materials into different sizes of aggregates. The crushed sand and gravel can be used in various construction applications.

2. Industrial Minerals Processing: For the processing of industrial minerals such as talc, mica, and feldspar, these crushers can effectively reduce the size of the minerals for further refinement.

3. Landscaping and Gardening: The crushed stones produced by jaw crushers can be used in landscaping projects for creating pathways, driveways, and decorative features.

4. Demolition Waste Recycling: When recycling demolition waste, jaw crushers can break down the concrete, bricks, and other materials into reusable aggregates.