As a widely utilized grinding device in the mining, building materials, and chemical industries, the MQG3245 ball mill features specific output and power parameters that remain key metrics of central interest to users.

Regarding the output of the MQG3245 ball mill, it is not a fixed, absolute value; rather, it is significantly influenced by various process conditions—including raw material characteristics, feed particle size, and requirements for product fineness. Under standard operating conditions, its hourly processing capacity typically ranges from 30 to 256 tons; in certain specific scenarios, actual production performance tends to fall within the range of 95 to 110 tons per hour. Based on continuous, round-the-clock operation, its maximum daily processing volume can reach approximately 1,500 tons.

In terms of power, the motor configuration for this ball mill model generally ranges from 630 kW to 800 kW. The specific motor capacity selected typically depends on actual production demands and the physical properties of the materials being processed. Complementing these specifications, the total weight of the complete unit ranges from approximately 123 to 149 tons, with a maximum ball charge capacity of about 65 tons and a cylinder rotation speed maintained between 18 and 21.7 revolutions per minute.

Furthermore, the feed particle size for the MQG3245 ball mill is typically required to be controlled within 25 mm, while the discharge particle size can be flexibly adjusted within a range of 0.074 to 0.4 mm. When selecting this equipment, users should comprehensively evaluate these technical parameters in conjunction with their own specific production scale and process requirements to ensure the device's grinding efficiency is fully maximized.