The MQY3200×3600 ball mill is a key grinding equipment in the mining and building materials industries.  Its model number directly reveals its core structural parameters: a cylinder diameter of 3200 millimeters and an effective length of 3600 millimeters. This size gives it powerful processing capabilities, typically handling tens of tons of ore or materials per hour, with the specific capacity varying depending on material hardness, particle size, and process requirements.

This equipment employs an overflow design. Material is fed in at one end and repeatedly impacted and ground by steel balls within the rotating cylinder. The fine powder then overflows with the water flow from the other end, achieving efficient classification. Its drive system is typically equipped with a high-power motor (often several hundred kilowatts), using gear or belt transmission to ensure stable operation of the cylinder at a critical speed range of 15-20 revolutions per minute. The liner material is usually high-manganese steel or wear-resistant alloy to withstand the severe wear caused by long-term grinding.

The MQY3200×3600 ball mill is widely used in the pre-concentration fine grinding of metal ores (such as iron, copper, and gold mines), and is also common in cement raw material preparation, chemical raw materials, and ultra-fine powder processing of non-metallic minerals (such as quartz and feldspar). Its advantages lie in its mature and reliable structure, relatively simple maintenance, and ability to adapt to continuous large-scale production needs. In modern processing plants, it is often combined with classifiers to form a closed-loop circulation system, precisely controlling product particle size and significantly improving resource recovery rates.

As a "mainstay" in the field of industrial grinding, the MQY3200×3600 ball mill, with its robust parameter design and wide adaptability, continues to provide indispensable support for efficient resource utilization and advanced material processing.