For small ball mills with diameters ranging from 900-1800mm, lightweight, wear-resistant liners suitable for laboratories and small mineral processing plants are available. Wear-resistant rubber liners or steel-rubber composite liners are available. Details are as follows:
Wear-resistant rubber liners are a new generation of wear-resistant materials with excellent resilience, fatigue resistance, chemical resistance, and shock absorption. Each piece is lightweight, typically weighing only around 20kg, which reduces installation and disassembly workload and reduces the ball mill's overall operating energy consumption by approximately 5%-10%. Their wear resistance is 1.5-4 times greater than that of high manganese steel liners, resulting in a longer service life and shorter replacement cycles. They are suitable for use in powder grinding, fine grinding, and wet grinding environments. However, their impact resistance is poor, making them unsuitable for dry grinding environments and coarse material silos.
Steel-rubber composite liners utilize the flexible structure of rubber liners and the impact and wear resistance of metal liners to create an alloy lining on the wear surface of the rubber liners. It combines the advantages of rubber lining and metal lining. It is lightweight, energy-saving, noise-reducing, and has good impact and wear resistance. Its service life can be twice that of metal lining. It is very suitable for use in harsh working conditions such as single-stage grinding. It is more suitable for small mineral processing plants processing coarse materials.
For small ball mills with diameters ranging from 900-1800mm, lightweight, wear-resistant liners suitable for laboratories and small mineral processing plants are available. Wear-resistant rubber liners or steel-rubber composite liners are available. Details are as follows:
Wear-resistant rubber liners are a new generation of wear-resistant materials with excellent resilience, fatigue resistance, chemical resistance, and shock absorption. Each piece is lightweight, typically weighing only around 20kg, which reduces installation and disassembly workload and reduces the ball mill's overall operating energy consumption by approximately 5%-10%. Their wear resistance is 1.5-4 times greater than that of high manganese steel liners, resulting in a longer service life and shorter replacement cycles. They are suitable for use in powder grinding, fine grinding, and wet grinding environments. However, their impact resistance is poor, making them unsuitable for dry grinding environments and coarse material silos.
Steel-rubber composite liners utilize the flexible structure of rubber liners and the impact and wear resistance of metal liners to create an alloy lining on the wear surface of the rubber liners. It combines the advantages of rubber lining and metal lining. It is lightweight, energy-saving, noise-reducing, and has good impact and wear resistance. Its service life can be twice that of metal lining. It is very suitable for use in harsh working conditions such as single-stage grinding. It is more suitable for small mineral processing plants processing coarse materials.
