Cyclonic Jet Mill

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LHC

This advanced jet mill overcomes the typical issues of high energy consumption and low output found in traditional jet milling systems, offering a more efficient solution for various industries.

Parameters

Model \ Data	LHC-3	LHC-6	LHC-10	LHC-20	LHC-40	LHC-60	LHC-120
Feed size(mm)	≤　3	≤　3	≤　3	≤　3	≤　3	≤　3	≤　3
Fineness(um)	2~150	2~150	2~150	2~150	2~150	2~150	2~150
Capacity(kg/h)	20~150	60~300	120~700	250~1500	600~3000	1000~4500	2000~10000
Air consumption(m³/min)	3	6	10	20	40	60	120
Air pressure(MPa)	≥0.8	≥0.8	≥0.8	≥0.8	≥0.8	≥0.8	≥0.8
Installed power (kw)	30	56	79.5	165	310	450	850

Features

It delivers twice the output compared to standard jet mills, without increasing energy consumption
The integrated self-diffusing classification system ensures a narrow particle size distribution, and the classifier wheel lasts 5 to 8 times longer than those in conventional designs
In addition to ultrafine grinding, it also shapes and disperses particles, adding versatility to the production process
This system can safely process flammable, explosive, or easily oxidized materials using inert gases in a closed-loop, with minimal gas loss
It operates without a grinding medium at low temperatures, making it perfect for materials with low melting points or those sensitive to heat.
Its compact design, polished surfaces, and lack of material retention points ensure easy cleaning and maintenance, fully meeting GMP standards

Process Flow

1. Air compressor
2. Air storage tank
3. Freeze drying machine

4. Feeding System
5. Classifier
6. Jet grinding equipment

7. Cyclone dust collector
8. Pulsed dust collector
9. Induced draft fan

1. Air compressor
2. Air storage tank
3. Freeze drying machine

4. Feeding System
5. Classifier
6. Grinding mill

7. Pulse bag-type collector
8. Induced draft fan

1. Nitrogen source
2. Air storage tank
3. Nitrogen compressor

4. Feeding system
5. Jet mill
6. Cyclone dust collector

7. Pulsed dust collector