Vibration Ball Mill

Applications: It is mainly used in the processing of fine powder and ultrafine powder in metallurgy, mining, building materials, chemical industry, refractory materials, abrasives, graphite, glass, ceramics and other industries.

Vibration Ball Mill Details

Vibration ball mill, also known as a vibrating ball mill or vibratory ball mill, is a kind of ball mill machine that uses the high-frequency vibration of the cylinder to make the grinding medium in the cylinder impact the material by inertial force.

Vibration ball mill is a new type of high-efficiency and energy-saving grinding equipment. It has obvious advantages over traditional rotary ball mill in grinding fine and ultra-fine powder materials. The grinding efficiency of vibrating ball mill can be increased by 2-5 times, and energy consumption can be reduced by 20% – 30%.

Vibration mill project
Vibration mill project

Vibration ball mill can be widely used in fine powder and ultrafine powder processing in ore dressing, building materials, abrasive materials, chemical raw materials, metallurgy, electric power, special ceramics, refractory materials and other industries. In recent years, the vibration mill has been widely used in the magnesium industry because it solves the problem of powder sticking and grinding in the production process.

Vibration Ball Mill Structure and Working Principle

Double tubes vibration ball mill
Double tubes vibration ball mill
Three tubes vibration ball mill
Three tubes vibration ball mill
  1. According to the number of barrels: Vibration ball mill can be divided into single barrel vibration ball mill, double tubes vibration ball mill, and three tubes vibration ball mill. The more barrels, the greater the production capacity.
  2. According to the medium category: Vibrating ball mill can be divided into a vibrating ball mill and vibrating rod mill. The grinding media of the two are steel ball and steel rod respectively.
  3. According to the type of inlet and outlet methods: the vibratory ball mill has various forms of feeding and discharging methods such as single-in and single-out, double-in and double-out, double-in and four-out.
  4. According to the barrel position: the vibration ball mill can be divided into vertical vibration ball mill and horizontal vibration ball mill.
The structure of vibrating ball mill
The structure of vibrating ball mill

The vibrating ball mill is mainly composed of chassis, body support, sound insulation cover, body, barrel, vibrator, lining plate, elastic bearing, grinding medium and driving motor.

When the vibratory ball mill is in operation, the motor drives the vibrator with the eccentric hammer to do the axial rotation motion, which causes the barrel to vibrate. The medium and materials are turned and dropped in the barrel, and the materials are crushed under the impact force.

Product Advantages Of Vibration Ball Mill

  • Vibration ball mill has mature process configuration, simple and convenient operation, reliable work, and easy cleaning.
  • The vibrating ball mill has strong adaptability to working conditions, energy saving and environmental protection, and can perform wet and dry grinding.
  • Vibratory ball mill has concentrated particle size, light weight and low noise.
  • Vibration ball mill unit output energy consumption is low, liner and grinding medium replacement is easy.

Technical Data

Model Rotor mode Power(kw) Roller volume(L) Out capacity(kg/h) Feeding size(mm) Discharging size(μm) Vibration frequency(r/min) Amplitude(mm)
ZM50 HB30-6 2.2 50 20-60 0-3 10-45 980 0-10
ZM100 HB50-6 3.7 100 50-150 0-25 10-45 980 0-10
ZM200 HB75-6 5.5 200 50-200 0-5 10-45 980 0-10
ZM400 HB100-6 7.5 400 50-300 0-25 10-45 980 0-15
ZM600 HB140-6 9.5 600 50-600 0-25 10-45 980 0-20
ZM800 HB160-6 12 800 50-1000 0-25 10-45 980 0-20
ZM1000 HB180-6 14 1000 100-1500 0-25 10-45 980 0-25
ZM1200 HB240-6 18.5 1200 100-1800 0-25 10-45 980 0-25
ZM1500 HB250-6 21 1500 100-20000 0-25 10-45 980 0-25
ZM2000 HB300-6 25 2000 100-3000 0-25 10-45 980 0-25
Model Grinding way Motor power(kw) Roller volume(L) Capacity(t/h) Feeding size(mm) Discharging size(mm) Vibration frequency(r/min) Rotor speed(r/min)
2ZM-50 Dry,wet,open,close 11-18.5 50 0.3-0.8 0-25 0.8-0.104 980 980
2ZM-100 Dry,wet,open,close 17-22 100 0.5-1.3 0-25 0.8-0.104 980 980
2ZM-200 Dry,wet,open,close 22-37 200 0.5-2.5 0-25 0.8-0.104 980 980
2ZM-300 Dry,wet,open,close 37-45 300 0.5-4 0-25 0.8-0.104 980 980
2ZM-400 Dry,wet,open,close 45-55 400 0.5-4.8 0-25 0.8-0.104 980 980
2ZM-600 Dry,wet,open,close 45-55 600 1-8 0-25 0.8-0.104 980 980
2ZM-800 Dry,wet,open,close 55-75 800 1-10 0-25 0.8-0.104 980 980
2ZM-1000 Dry,wet,open,close 55-75 1000 1-15 0-25 0.8-0.104 980 980
2ZM-1200 Dry,wet,open,close 75-90 1200 1-18 0-25 0.8-0.104 980 980
2ZM2000 Dry,wet,open,close 75×2 2000 1-30 0-25 0.8-0.104 980 980
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