The single machine universal crusher is widely used for material crushing in industries such as pharmaceuticals, chemicals, metallurgy, food, and construction, with continuous production processes. Processing hard and difficult to crush materials, including plastic, copper wire, Chinese herbal medicine, rubber, etc. It can also be used as a supporting equipment for the pre-processing of micro crushers and ultrafine crushers.
The working principle of a single machine universal crusher mainly relies on the relatively high-speed operation between the movable toothed disc and the fixed toothed disc, which achieves the crushing of materials through the comprehensive effects of impact, shear, friction, and the collision between materials. Specifically, the material enters the crushing chamber through the feeding port, and the centrifugal force generated by the high-speed rotation of the movable toothed disc throws the material from the center towards the chamber wall. Between the movable gear and the fixed gear, the material is crushed by the impact, shear, friction of the teeth, as well as the mutual impact between the materials.
Detailed description of the working principle of a single machine universal crusher
Impact effect: The relative high-speed operation between the movable gear and the fixed gear causes the crushed material to be crushed through the impact of the gear.
Shear action: The material is subjected to shear force between the gears, further refining the particles.
Friction effect: The material rubs between the gears, helping to break the material.
Impact effect: Materials collide with each other, further crushing
Processing of crushed materials
The crushed material can be directly discharged from the grinding chamber and discharged through the discharge port. After being crushed, general materials need to be collected in cotton bags, and air comes out from the small holes of the bag without discharging fine powder, thus achieving the effect of no waste and no pollution. The particle size can be adjusted by replacing the mesh with different mesh sizes.