Hydraulic cone crusher is one of the medium and fine crushing equipment recognized by the majority of users for crushing all kinds of hard ores and rocks. It has high productivity, high automation, high bearing capacity, wide applicability, low operating noise and vibration, and low installation. The characteristics of cost and low operating cost, using the principle of laminated crushing, the flat and long particles are crushed first, and the product size is uniform and the particle shape is good. So, what is the principle of lamination crushing?

The so-called lamination crushing is a crushing method compared to the traditional crushing method. The traditional crushing method of the cone crusher is the result of comprehensive crushing, impact, breaking and grinding, but it is based on the fact that the executive parts of the crusher directly act on the "single layer" material to achieve crushing. Laminated crushing uses the execution components of the crusher to impact and squeeze the multi-layer materials accumulated in the crushing cavity, so that the material particles can squeeze, split, break, and grind each other to achieve crushing. Therefore, the single-cylinder hydraulic cone crusher that can achieve laminated crushing has higher crushing efficiency. Under normal circumstances, in the field operation of the cone crusher, only when the size of the material is large, or the size of the crushing cavity is small enough to form an effective crushing layer, can it be considered that single particle crushing has occurred, that is, only when The material at the feeding port and the discharging port will be broken into single particles. Therefore, in order to have a good grain shape, the material needs to be laminated and broken.

How to achieve lamination crushing?

1. Adequate feeding, because only sufficient feeding can form a certain number of material layers, the laminated crushing effect will be realized, and when the number of crushed layers is high, the energy-saving effect will be obvious, and it will also reflect the high output of laminated crushing The advantages.

2. Uniform feeding will make the material force distribution reasonable, and then make the crusher work smoothly.

3. Uniform particle size, because when the size of the material differs greatly in geometric size, small materials will protect the large materials from being broken, that is, the phenomenon of fine particle protection, so in order to avoid this phenomenon, the particle size of the feed should be uniform.

4. When the filling rate of the material is too small, powdery particles will appear, causing a certain amount of waste, thereby reducing the effect of lamination and crushing; when the filling rate is too large, the material is too tight and easy to clump, which is not conducive to the crushing.

5. Increase the swing speed of the crushing cone. For the crushing cone, the residence time of the material in the crushing cavity is relatively increased, so that the crushing cavity is always full of materials to be broken. When the crushing cavity is full of materials, even the jaw crusher can produce relatively good-sized crushed products. The reason is that in the crushing cavity filled with materials, the probability of mutual squeezing between material particles increases. Realize lamination crushing.

6. Increasing the crushing stroke of the crushing cone can increase the chance of material particles squeezing each other.