Traditional ball mills consume a large amount of electricity during operation, and require continuous use of water and oil to reduce the high temperatures generated during machine use and reduce equipment wear and tear, which can be said to consume huge amounts of energy. Therefore, various domestic machinery manufacturers are constantly introducing advanced foreign technologies, and through continuous trials and innovations, they are exploring new ways to save energy and improve efficiency of ball mills.

Compared with traditional ball mills, the energy-saving effect of energy-saving ball mills is reflected in five major aspects:

1. Low power consumption. The energy-saving ball mill can start and operate at a lower current, saving energy by 20% to 30% under normal operation.

2. Low oil consumption. Energy-saving ball mills usually use lubrication, which can effectively reduce the friction coefficient during mechanical operation and achieve 80% to 90% fuel saving.

3. High output. Through the improved internal structure, the energy-saving ball mill can make full use of the remaining motor capacity and achieve an increase in production of 5% to 7%.

4. High operating efficiency. The energy-saving ball mill can reduce the problems of shutdown and production reduction caused by bearing heating during operation, and its operating efficiency is higher than that of ordinary ball mills.

5. The energy-saving ball mill has a long service life. The service life is longer, up to 13 years or even longer. It can be seen that the energy-saving ball mill is an ideal choice for grinding equipment due to its good energy-saving effect.