Jet Mill

Fluidized Bed Opposed Air Jet Mill incorporates dense phase micronization using turbulent, free jets in combination with high efficiency centrifugal air classification within a common housing. This combination allows for enhanced comminution by high probability particle-on-particle impact for breakage and a high degree of particle dispersion for improved separation.

Applied materials:
Suitable for grinding materials with high hardness, high purity and high added value.

Jet Mill working principle

Fluidized Bed Opposed Air Jet Mill: After the compressed air is filtered and dried, it is sprayed into the grinding chamber at high speed through the Laval nozzle. At the intersection of multiple high-pressure airflows, the materials are repeatedly collided, rubbed, and sheared to be crushed. The crushed materials rise with the suction of the fan. The airflow moves to the classification zone.

Under the action of the strong centrifugal force generated by the high-speed rotating classification turbine, the coarse and fine materials are separated. The fine particles that meet the particle size requirements enter the cyclone separator and dust collector through the classification wheel for collection, and the coarse particles descend to the crushing zone and continue to be crushed.

Features of Jet Mill

Low-temperature pulverization without medium, especially suitable for heat-sensitive, low-melting materials.
Control particle sizes precisely, available particle size D50:1~25μm.
Grinding in a complete closed system, no dust, low noise, clean and environmentally friendly.
Jet Milling is an effficient way to mill or micronize various chemicals, polymers, ceramics and other friable materials. Abrasive and temperature-sensitive products can be finely ground with minimum contamination. The simple, easy-to-clean, cost-effective design offers precise top size control with narrow size distributions in the 95% < 5 um to 95% < 70 um size range. Load cells are used to precisely control mill load for optimum grinding efficiency and/or product size distribution control.

Jet Mill Parameters

Technical parameters of horizontal fluidized bed opposed air jet mill / Jet milling machine MQW

Model	MQW03	MQW06	MQW10	MQW20	MQW30	MQW40	MQW60	MQW80	MQW120	MQW160	MQW240
Feeding Size（mm）	<1	<2	<2	<3	<3	<3	<3	<3	<3	<3	<3
Production Capacity（kg/h）	0.3~10	10~150	20~300	40~600	100~900	200~1200	500~2000	800~3000	1500~6000	2000~8000	4000~12000
Particle size（D97:μm）	3~45	3~45	3~45	3~45	3~45	3~45	3~45	3~45	3~45	3~45	3~45
Classifier motor （kw）	2.2	3	5.5/7.5	7.5/11	11/15	15/7.5x3	7.5x3	11x3	15x3	15x4	15x6
Air consumption（m³/min）	3	6	10	20	30	40	60	80	120	160	240
Air pressure（Mpa）	0.6~1	0.6~1	0.6~1	0.6~1	0.6~1	0.6~1	0.6~1	0.6~1	0.6~1	0.6~1	0.6~1

Technical parameters of vertical fluidized bed opposed air jet mill MQL

Model	MQL03	MQW06	MQL10	MQL20	MQL30	MQL40	MQWL60	MQL80	MQL120	MQL160	MQL240
Feeding Size（mm）	<1	<2	<2	<3	<3	<3	<3	<3	<3	<3	<3
Production Capacity（kg/h）	1~10	10~150	20~300	40~600	100~900	200~1200	500~2000	800~3000	1500~6000	2000~8000	4000~12000
Particle size（D97:μm）	6~150	6~150	6~150	6~150	8~150	8~150	8~150	8~150	8~150	8~150	8~150
Classifier motor （kw）	4	4	5.5	7.5	7.5	11	18.5	18.5	30	45	55
Air consumption（m³/min）	3	6	10	20	30	40	60	80	120	160	240
Air pressure（Mpa）	0.6~1	0.6~1	0.6~1	0.6~1	0.6~1	0.6~1	0.6~1	0.6~1	0.6~1	0.6~1	0.6~1