Vibration Mill

Used for fine grinding of soft and hard materials under vibrating action Used for fine grinding of soft and hard materials under vibrating action

Under the high-frequency vibration of an exciter or vibration motor, the grinding media (pins, cylpebs or balls) in the cylinder performs strong projectile, high-speed rotation and slow revolution. This causes powerful impacts, friction and shearing action on materials during the dispersion period, resulting in superfine grinding and uniform mixing.

Suitable for micron-sized grinding of various soft or hard materials with Mohs hardness below 9
Low noise, wear resistance and low pollution
Low installed power, wide application range and high cost performance
Available grinding size D50: 2.5 ~ 150 μm
Applications: powder mix, surface coating modification, mechanochemical modification, etc. Advantages
Suitable for various processing modes By adjusting parameters such as grinding medium classifying, amplitude, and frequency, it is possible to alter the product's particle size effectively. This method can be used with a classifier for even finer particles. It can be employed for powder mixing, surface coating, and mechanochemical modification purposes.

Wear resistance and less pollution Using unique materials such as high manganese steel, high chromium steel, stainless steel, alumina, zirconia, and quartz for grinding medium and lining plate. These materials are highly wear-resistant and durable and also produce less pollution.

Good shock absorption and low noise Air or rubber springs offer a superior alternative to stiff springs, boasting long service life, excellent damping capabilities, and low noise levels. They are more reliable than their hard counterparts and provide greater user comfort.

Automatic control system The control system of this equipment is incredibly user-friendly, thanks to its program control. Furthermore, the explosion-proof design offers an ideal solution for ultra-fine grinding processing of flammable, explosive and oxidizable materials. Technical Parameters

Parameter	MZ10	MZ30	MZ50	MZ100	MZ200	MZ300	MZ500
Chamber volume (L)	10	30	50	100	200	300	500
Feed size (mm)	5	5	5	10	10	10	10
Product size (μm)	10~150	10~150	10~150	10~150	10~150	10~150	10~150
Production capacity (kg/h)	1~5	5~20	10~50	20~150	50~300	100~500	150~800
Installed power (kW)	0.75	1.5	2.2	3.7	7.5	11	15

Parameter	MZ100	MZ300	MZ500	MZ600	MZ800	MZ1000	MZ1200	MZ2000
Chamber volume (L)	100	300	500	600	800	1000	1200	2000
Feed size (mm)	5	5	5	5	5	5	5	5
Product size (μm)	10~150	10~150	10~150	10~150	10~150	10~150	10~150	10~150
Production capacity (kg/h)	100~200	200~300	300~600	400~800	500~1000	800~1500	1000~1800	2000~3000
Installed power (kW)	15	45	55	75	90	110	150	220

Parameter	MZ03	MZ06	MZ10	MZ30	MZ50	MZ100	MZ200
Chamber volume (L)	3	6	10	30	50	100	200
Feed volume (L)	0.6	1.2	2	5	10	20	40
Supply voltage (V)	220	Three-phase 380	Three-phase 380	Three-phase 380	Three-phase 380	Three-phase 380	Three-phase 380
Motor power (kW)	0.37	1.1	0.75	1.5	2.2	3.7	7.5

Note: The particle size, specific gravity, hardness, and moisture of raw materials are all closely associated to the production capacity. These parameters should only be used as a reference; for more detailed information please consult our engineers.