Cabinet Hammer Crusher

The cabinet hammer crusher, characterized by its large feeding space, is exceptionally well-suited for processing large raw materials, ranging in size from 450 to 1400mm, into fine granules of less than 100mm.

Large feeding size, high crushing ratio, uniform particle size

The finished size can be adjusted, high productivity

Durable hammers, turning type cabinet, easy maintenance

Coarse and medium reduction in one time, which simplified sand- making process

Feeding size:
550-780mm

Finished size:
≤50mm

Capacity:
30-100t/h

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Scope and Application

The cabinet hammer crusher is extensively utilized across various industries, including mining, cement production, construction materials, and the chemical sector.

mining

cement

construction

chemical

metallurgy

The cabinet hammer crusher is adept at crushing raw materials with a compressive strength of up to 200 MPa, including substances like limestone, various rocks, plaster, and coal gangue.

limestone

rock

cobble

plaster

coal gangue

Technical Advantages

The cabinet hammer crusher is designed with an expansive feeding opening that accommodates large raw materials, making it ideal for processing chunks with dimensions ranging from 450 to 1400mm into uniformly small granules below 100mm.

This feature is particularly advantageous for industries that require the efficient reduction of large materials.

One of the notable working features of the cabinet hammer crusher is its ability to adjust the finished product size, ensuring a high degree of flexibility.

This capability, combined with the crusher’s high crushing ratio, contributes to exceptional productivity, making it a valuable asset in high-volume processing operations.

The crusher is equipped with durable hammers that are resistant to wear, significantly reducing the frequency of replacement.

The turning type cabinet design allows for easy access to internal components, facilitating maintenance and reducing downtime.

The cabinet hammer crusher achieves coarse and medium reduction in a single pass, simplifying the crushing process. Materials undergo an initial crushing by the hammers, followed by a secondary impact against the impact plate, ensuring that the output is consistently of the desired small size.

The finished product is uniformly sieved through a screen, ensuring a consistent particle size and quality.

This feature is crucial for applications where particle size uniformity is critical to the end product’s performance.

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