Roller Press Overview

Our company has introduced advanced roller press technology from abroad and combined it with the specific industrial and mining conditions in China. With our unique complete equipment and production technique,our company has successfully designed and manufactured a roller press which is suitable for crushing techniques and raw materials conditions home and abroad. Due to the efforts we have made to further research the process system and improve the reliability of main engine, the running rate of roller press system has come to the level of ball mill system. The mature roller crusher technology has injected new vitality to the grinding system.

Roller Press Features

1. The roller press can bring excellent material extrusion effects with large amounts of fine powder.

2. Advanced welding technology enables the roller press to have a service life of more than 8000 hours.

3. Forged with extrusion roller alloy steel as a whole, it has high loading capacity and reliable performance.

4. Designed with a unique bearing structure, integrated with four lines of cylinder roller bearing and thrust bearing.

5. Safe and sensitive hydraulic system is functions reliably and is convenient to maintain.

6. The roller crusher is designed with Siemens PLC center total automatic control system.

7. Motor-driven feeding system is flexible and convenient to produce and operate.

8. Flexible crossing shaft torsion support has better adjusting performance.

Roller Press Application

The DSRP Roller Press equipment is for grinding fragile materials. It is used for grinding cement clinker, granulated blast furnace slag, raw materials for cement (limestone, sandstone, shale, etc.), quartz sand, iron stone, etc. The Roller Press can replace the ball mill pre-grinding system which has high energy consumption and low efficiency. It can also reduce steel consumption and noise. The Roller Press is quite suitable for new factory construction and old factory technological transformation. It can enable the ball mill system to raise yield by 50~110%. Among the materials after extrusion, 20~35% have discharging granularity less than 0.08mm and 65~85% less than 2mm.