Product description/ Product description
The 2ZM series vibration mill is a new type of high efficiency and energy-saving powder grinding equipment. It in the grinding powder and super fine powder material, than the traditional rotary grinding machine has the obvious superiority, (2-5 times higher efficiency, energy consumption reduced by 20% - 30%), when grinding media for ball, also called vibration ball mill, used for fine powder grinding, grinding medium is great, also called vibration rod mill, is suitable for fine crushing material.
2ZM series vibration mill has the advantages of high vibration strength, high grinding efficiency, low power consumption, small noise, compact structure and convenient installation and maintenance. This machine can be widely used in mineral dressing, building materials, grinding materials, powder metallurgy, electricity, ceramics, refractory materials, magnetic materials, chemical, food and other industries, The price of vibration mill is more advantageous than that of grade ball mill., is the ideal substitute of ball mill.
The high efficiency vibration mill is mainly composed of the base frame, the body frame, the acoustic enclosure, the body, the grinding cylinder, the vibrator, the lining plate, the spring support, the grinding medium and the driving motor.Turn on the power, drive the motor through the flexible coupling to drive the vibrator to rotate, generating enough excitation force, Keep the grinding cylinder in a cyclic cyclic vibration state, The vibration force is continuously transmitted to the entire material in the grinding drum, The milled material is finely ground by mutual impact between the drum medium and the material
|Grinding way||Dry, wet, open circuit, closed circuit.|
vibration mill can be widely used in mineral dressing, building materials, grinding materials, powder metallurgy, electricity, ceramics, refractory materials, magnetic materials, chemical, food and other industries, It is more cost-effective than ball mill, and the ground floor area is smaller.