The Improvement of Working Performance of Domestic Cone Crusher

The Improvement of Working Performance of Domestic Cone Crusher

Improving the working performance of domestic cone crusher has become a new goal for mining machinery processing and manufacturing industry in our country. Henan Hongxing Mining Machinery Co., Ltd will dedicate on the optimization, designing and research of the cavity structure of cone crusher. Based on the basic research achievements, the experts of our company will do detail research on the calculation means of the production capacity of cone crusher, lamination cavity model, cavity designing and planning, the granularity distribution of the crushed products and the cavity types.

1. The researchers analyze the development situation of the research on the cone crusher cavity type and deeply understand the importance and urgency of the optimized design of cone crusher cavity structure and the improvement of the working performance of cone crusher.

2. The researchers do deeper research on the movement property of the materials inside the crushing chamber of the crushing machine and discuss three different particle movement states including sliding, free falling and the combination state of sliding and free falling. They analyze the influence of the movement property of the bulk materials on the working performance of the crusher and simulate and analyze the movement trail of the materials, so that they can know the lamination crushing nature of the cone crusher, thus laying theoretical foundation for the lamination research and designing of the crushing chamber.

3. They set up a calculation method based on the general balanced model used for calculating the granularity distribution of the crushed products by way of analyzing the influences of the crushing chamber of the crusher on the granularity distribution of the rocks.

4. They devote to develop highly efficient lamination cone crusher. On the research basis of the working principle and the working performance of the cone crusher, the researchers set up a designing plan with multiple goals such as the production capacity of the cone crusher, granularity distribution of the crushed products and the cavity structure.