When selecting a manganese ore crusher with a capacity of 100 t/h, the average hardness and high abrasiveness of the raw material are taken into account, and models with hardened plates are chosen. For the crushing stage, jaw crushers (for coarse crushing) or cone crushers (for medium/fine crushing) are suitable; power and throughput capacity are also checked. To ensure stable operation, the condition of components is regularly monitored and the equipment is synchronised with associated machinery.
A manganese ore crusher with a capacity of 100 t/h requires consideration of the specific characteristics of the raw material and the operating conditions; the optimal option is selected based on three key parameters: ore hardness, the crushing process flow and the service life of components, in order to ensure stable operation without downtime.
Manganese ore has medium hardness and high abrasiveness; at a throughput of 100 t/h, large-sized particles cause rapid wear to the crusher’s working parts, therefore models with hardened edges on the crushing plates are selected, and feed sizes exceeding the permissible limit for a specific model are avoided.
For a consistent output of 100 t/h, either a cone crusher or a jaw crusher is suitable, depending on the crushing stage: a jaw crusher is preferable for coarse crushing, whilst a cone crusher is better for medium and fine crushing; additionally, the drive power and the throughput capacity of the chutes should be checked to ensure they are compatible, in order to avoid blockages when the raw material is fed at a steady rate.
Regular monitoring of the condition of the crushing elements and the clearances between them helps to maintain a throughput of 100 tonnes per hour throughout the entire service life, and care must be taken to ensure synchronisation with the feeding and screening equipment to prevent downtime caused by mismatched raw material flow rates.
