Technical parameters of high pressure rotary roller mill

The technical parameters of a high-pressure rotary roller mill are as follows:

1. Production Capacity:

The production capacity of the mill depends on the size of the rollers and the speed at which they rotate. Most high-pressure rotary roller mills have a production capacity of up to 20 tons per hour.

2. Roller Diameter:

High-pressure rotary roller mills typically have a roller diameter range of 400-1500 mm. The size of the rollers determines the amount of pressure that can be applied to the material being ground.

3. Roller Length:

The roller length of high-pressure rotary roller mills varies from 800-2000 mm. Longer rollers can provide a longer grinding path, resulting in better grinding efficiency.

4. Grinding Pressure:

The grinding pressure that the mill can apply to the material being ground is another important technical parameter. Most high-pressure rotary roller mills can apply a grinding pressure of 50-100 MPa.

5. Power:

The power required to operate the mill is determined by the size of the rollers, the grinding pressure, and the production capacity. Most high-pressure rotary roller mills require a power supply of 75-200 kW.

6. Feeding Size:

The feeding size of the material being ground is also an important parameter. Most high-pressure rotary roller mills can handle materials with a maximum feeding size of 30 mm.

7. Finished Product Size:

The finished product size can be adjusted by changing the distance between the rollers. Most high-pressure rotary roller mills can produce finished products with a size range of 0.044-0.125 mm.

In summary, high-pressure rotary roller mills are versatile machines used for grinding minerals and other materials. The key technical parameters include production capacity, roller diameter and length, grinding pressure, power, feeding size, and finished product size. Understanding these technical specifications is essential when selecting and operating a high-pressure rotary roller mill.