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When the double roller crusher is working, the motor drives two parallel rollers to rotate towards each other, and the material enters the gap between the two rollers from the top. Under the friction and extrusion force generated by the rotation of the rollers, the material is drawn in and crushed under pressure.
When the crushed material is smaller than the distance between the rollers, it is discharged from the discharge port below. By adjusting the distance between the two rollers, the particle size of the discharged material can be controlled.
It uses two parallel rollers rotating in opposite directions. Materials fed from the top are drawn into the gap and crushed by the combined action of friction and extrusion forces.
Yes, the final particle size of the discharged material can be easily controlled by adjusting the spacing distance between the two parallel rollers.
The rotation of the two parallel rollers is powered by a high-efficiency electric motor, ensuring steady and consistent crushing force.
Once the materials are crushed to a size smaller than the gap between the rollers, they are automatically discharged through the bottom outlet.
The double roller crusher mainly relies on friction to pull the materials into the crushing chamber and intense extrusion pressure to crush them.
