Features:

1. The design of the roller crusher is reasonable, the structure is simple, the space is small, and the operation is convenient.

2. The machine adopts better mechanical structure design and reasonable power matching, which greatly reduces the loss of electric energy and saves about 30% energy compared with other specifications of crushers.

3. The inside is equipped with a dust-proof plate, which has good sealing performance and avoids the splashing of small materials after crushing, with less dust and low working noise, and the working environment is greatly improved.

4. The abrasive roller body has been re-optimized design, the equipment does not need to replace the mill roller body for life, and the old type of roller machine needs to be disassembled and overhauled and the roller body replaced after one year of use.

5. The grinding rollers of this machine are equipped with replaceable wear-resistant linings, which are made of domestic advanced wear-resistant materials, which have the advantages of long service life, not easy to damage, and easy maintenance. The continuous service life can reach more than one year. When the wear is serious, the cover can be removed to replace. Small maintenance and low cost.

6. The machine is equipped with protective devices. When metal iron parts enter the crushing cavity, the protective devices act and the iron parts leak out and the equipment operates normally.

7. The roll gap of the abrasive roller body of this machine can be adjusted arbitrarily between 1mm and 20mm. After the roll gap is adjusted according to the requirements of the crushing particle size, the crushing particle size can be reliably obtained, and all the ideal particle size is discharged from the bottom of the crushing cavity.

8. Simple and reasonable structure, low operating cost, stable operation, high efficiency and energy saving, high crushing efficiency and large crushing ratio.

9. This machine is the working principle of low-speed force-to-roll extrusion. The material falls vertically into the crushing cavity from the upper part of the crusher, and is crushed by the strong pressure generated between the two rollers, most of the material has become fine particles, and a large number of cracks have been generated inside the remaining small part of the granular material. In the further pulverization process, the energy consumption of pulverization can be greatly reduced and the output can be increased.

Technical Parameters