The Hammer Crusher is the core crushing equipment in cement plants, mining operations, and aggregate production lines. It is specially designed for medium-hard and brittle materials such as limestone, coal, gypsum, and weathered sandstone, achieving efficient size reduction through high-speed hammer impacts. With its simple structure and large crushing ratio, it produces uniform 0-25mm particles ideal for cement raw material preparation and secondary crushing processes. The equipment features easy maintenance and adjustable discharge grates, making it suitable for both stationary plants and mobile crushing systems requiring flexible output adjustment.

When selecting models, proper configuration should consider material hardness (PC800x600 for limestone,PC1000x800 for coal) and production requirements (including dust control and overload protection systems). Future developments will focus on wear-resistant materials and intelligent monitoring to further improve hammer life and operational efficiency, meeting the growing demand for energy-saving crushing solutions in various industries.

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Material Application

Hammer Crusher Features

Medium-Hard Materials (Compressive Strength 50-150MPa)

Typical materials:▸ Limestone (CaCO₃ content >85%)▸ Coal (bituminous/anthracite)▸ Gypsum (CaSO₄·2H₂O)▸ Weathered sandstone (siliceous cementation)

Application scenarios:
✓ Primary crushing in cement raw material preparation
✓ Coal sizing for power plants and coke production
✓ Building material processing for gypsum board manufacturing
✓ Aggregate production for construction applications

Brittle Materials (Low Impact Resistance)

Typical materials:▸ Glass recycling (cullet processing)▸ Ceramic waste (tile/brick fragments)▸ Salts (industrial salt production)▸ Chalk (soft sedimentary rock)

Application scenarios:
✓ Construction and demolition waste recycling
✓ Industrial byproduct processing
✓ Chemical raw material preparation
✓ Agricultural mineral processing

specification

*The output will vary according to different materials, feed particle size and other factors

Model

Input Size (mm)

Output Size (mm)

Capacity (t/h)

Power (kw)

PC300x200

<70

<15

3-5

4

PC400x300

<100

<15

5-10

11

PC500x350

<100

<15

8-15

18.5

PC600x400

<220

<15

10-25

22

PC800x600

<350

<15

20-40

55

PC800x800

<350

<15

20-60

75

PC1000x800

<400

<15

25-80

110

PC1000x1000

<400

<15

30-85

132

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