The 6.73x11.75m ball mill of Chinalco's Pulang copper mine adopts a steel-rubber composite design, combining alloy and rubber. It has the characteristics of energy saving and noise reduction, long service life, and can meet the mine's processing capacity. Read More

The Las Bambas copper mine in Peru is the sixth largest copper mine in the world. The ball mill is 26'x40'. It adopts a steel-rubber composite design, combining high chromium alloy and rubber to save energy, reduce noise and increase service life.The lining board adopts the composite double-peak design of lifting strip + lining board to improve the installation efficiency.Mill linersDuring operation, it was used well and met the requirements of the mine. Read More

Russian copper ore semi-autogenous grinding machine 7.5x2.8m adopts the steel-rubber composite design of the whole machine, which is easy to install, light in weight and operates well. Read More

The semi-autogenous grinding machine of Yuanjiacun Iron Mine is 10.4x5.2m. It uses the discharging system independently developed by our company and is easy to install.The grating plate in the discharge system is our company's patented product. Compared with traditional manganese steel grating plates, it has the characteristics of no extension, no hole blocking, no breakage, and long service life.The complete discharge system saves energy, reduces noise and has a long service life. Read More

Ruyang Molybdenum semi-autogenous grinding machine 10.37x5.19m, the feed end lining plate is installed, the feed end lining plate includes the bell mouth lining plate, the feed end inner ring lining plate, the feed end outer ring lining plate, and the filling strip.It adopts steel-rubber composite lining design and rubber + metal structure to reduce weight, improve installation efficiency and extend service life. Read More

The 9.75x4.7m discharging end grating plate of Pulang Copper Mine will be installed in May 2023. The grating plate is designed with steel-rubber composite, which has the characteristics of wear resistance, long life, non-extension and non-blocking of holes, and can improve the efficiency of ore discharge. Prevent ore congestion from causing excessive wear of the liner at the discharge end. Read More