PF1210 Impact Crusher Output and Output Size Analysis | Parameter Detail and Production Efficiency Optimization

Analysis of PF1210 Impact Crusher's Expected Output and Discharge Particle Size

As a commonly used model for medium and fine crushing, the PF1210 has a standard expected output of 70-130 tons/hour. The discharge particle size can be adjusted within a range of ≤350mm, and the final product particle size is typically between 0-30mm. Actual output and discharge particle size are affected by material hardness, feed size, equipment configuration, and production line design, and require a comprehensive evaluation based on specific operating conditions.

I. Core Parameters: Production Capacity and Particle Size Range

• Expected Output: 70-130 t/h (for medium-hard materials such as limestone and bluestone)

• Maximum Feed Size: ≤350mm

• Discharge Size: 0-30mm (Coarse, medium, and fine crushing can be controlled by adjusting the gap between the blow bar and the impact plate)

II. Influencing Factors and Optimization Suggestions

1. Material Characteristics: High-hardness materials (such as granite) may reduce production capacity by 10%-20%. A pre-installed jaw crusher for coarse crushing is recommended.

2. Production Line Configuration: Optimally match feeders, vibrating screens, and conveying equipment to avoid capacity bottlenecks.

3. Rotor Speed and Blow Bar Wear: Regularly check wear parts and maintain a stable rotational speed to ensure uniform discharge.

III. Application Scenarios and Configuration Options

The PF1210 is suitable for crushing medium-hard materials and is often deployed in the secondary crushing stage of sand and gravel aggregate production lines. When coupled with a vibrating screen and sand making machine, it can produce finished products in multiple particle sizes, such as 0-5mm and 5-10mm, meeting the needs of commercial concrete and roadbed construction.

Through appropriate configuration and regular maintenance, the PF1210 can consistently achieve the desired production capacity and particle size requirements. Users should flexibly adjust parameters based on material characteristics and production goals, and consult the equipment supplier for customized solutions when necessary.