Choosing a crusher that suits your production situation not only considers the price and later maintenance costs, energy consumption, etc., but also considers the impact of the selection of crushing equipment on different materials, different hardness, water content, and degree of dissociation. Combine the output needed by oneself and the situation where the factory is built.
According to the hardness grade of the stone, the stone can be preliminarily divided into soft rock and hard rock. The soft rock includes common limestone, and the hard rock includes granite, basalt, and river pebbles. For soft rock and hard rock, there is also targeted crushing equipment. In the entire stone crushing production line, jaw crushers, impact crushers, cone crushers, sand making machines (if there is a demand for sand making) are usually used to break large stones into small stones of different sizes auxiliary equipment such as feeding and screening. The impact crusher and cone crusher here are two types of equipment for different hardness stones on the market, mainly used for secondary crushing. Generally, the impact crusher is used to crush soft rock, while the cone crusher is mainly used to crush hard rock.
How to choose a stone crusher? According to the size of the stone crusher, the model of the stone crusher is different, and the performance size formed by it is also different. When selecting, you need to choose the size and size of the actual installation area. If the selected crusher model is larger, limited, it will not be able to be installed and used normally. This is the detail to pay attention to when choosing a crusher.
According to the model selection of the stone crusher, there are differences in performance due to the difference of the model. Generally speaking, the size of the feed transportation volume or the formed particle size will be affected by the crusher model, and the resulting crushing ratio is also different, there will be big differences in overall production capacity. Therefore, the choice of the crusher model is more important. The crusher model must be selected according to the actual production situation of the customer. Only the appropriate crusher model can bring the expected output and finished product particle shape gradation to the customer.