For ore mining of industrial raw materials, the following types of mobile crushers can be selected:
Application scenarios:
Commonly used for primary crushing of ores. For example, in the mining of metal ores such as iron ore and copper ore, as well as non-metal ores such as granite and basalt, it can initially crush large pieces of raw ore.
Advantages:
Features a large crushing ratio, simple structure, stable operation, and easy maintenance. It can handle various materials with a compressive strength of no more than 320MPa, has good adaptability to wet ores and ores with high clay content, and is less prone to blockage.
Application scenarios:
Suitable for medium and fine crushing of various ores and rocks with medium and above hardness, such as iron ore, copper ore, limestone, granite, quartzite, etc.
Advantages:
Features a large crushing ratio, high production efficiency, low wear part consumption, low operating cost, high degree of automation, and strong adaptability.
Application scenarios:
Suitable for crushing various coarse, medium, and fine materials, such as granite, limestone, concrete, and materials with a compressive strength of no more than 350MPa. It is particularly suitable for projects with high requirements for material shape.
Advantages:
Integrates the fine crushing, high efficiency, and shaping characteristics of impact crushers, combined with the flexibility and convenience of mobile crushers. The produced stone particles are uniform and have high utilization rate. The equipment occupies a small area and adopts an automated control system, which is time-saving, labor-saving, and safer.
Application scenarios:
Suitable for crushing medium-to-low hardness ores such as limestone and coal gangue, and is widely used in the mining of industrial raw material ores where the requirements for product particle size are not particularly strict.
Advantages:
Capable of one-step forming to crush ores into smaller particle sizes, with high production efficiency and low operating costs.
When selecting a mobile crusher, it is also necessary to comprehensively consider factors such as the properties of the ore (e.g., hardness, moisture content, viscosity, etc.), production requirements, site conditions, environmental requirements, and budget to determine the most suitable equipment type and configuration.
