Which crusher is better for crushing river pebbles?

As a pure natural stone, cobblestone has formed a special shape after thousands of years of water erosion, transportation, and impact. Due to its high hardness and good color, cobblestone has been widely used in construction, building materials and other fields. However, in the actual production process, various production fields do not need this kind of natural pebbles, so they need to be processed such as crushing and sand making. Only the processed three-dimensional river pebbles can meet the material needs of various fields. So, which crusher is better for crushing cobblestones?

In terms of the existing crushing equipment on the market, there are many types that can be used to crush pebbles, such as jaw crushers, cone crushers, sand making machines, etc.

stone crusher

1. Jaw crusher

The jaw crusher has a large crushing ratio and is suitable for crushing high hardness, medium hardness and soft ores. It has strong adaptability and is generally used in the coarse crushing stage. It can crush large pebbles to medium or below particle size at one time. Coarse crushing of large pebbles is generally Choose a jaw crusher.

2. Cone crusher

For crushing pebbles, it is more suitable to choose a cone crusher for the secondary crushing. The cone crusher has an output between 18-725 tons per hour, which can meet the user's various production capacity needs. The discharge fineness of the cone crusher is below 60mm. The particle size of the finished material can be adjusted. For users who want to simply crush pebbles, a cone crusher can meet their needs.

3. Sand making machine

If you need to make sand from cobblestones, you need to configure a sand making machine, which uses impact energy to crush the cobblestones and process the cobblestones to a particle size of less than 10mm, thereby obtaining a more suitable finished product particle shape. The cobblestone aggregate processed by the sand making machine is more in line with the material needs of the construction field.