Air Jet Mill
DETAIL
The ideal solution that helps customers make the right choice
Miracle Solution Co., Ltd.
Air Jet Mill facilities
Advanced Factory
ㆍProviding an expanded Air Jet Mill consisting of the Air Jet Mill main body, Cyclone, Bag Filter,
and Blower
ㆍOffering a total solution in milling facility, including Compressor Air and electrical control
for the customer’s industry
Factory
ㆍProviding an expanded Air Jet Mill consisting of the
Air Jet Mill main body, Cyclone, Bag Filter, and Blower
ㆍOffering a total solution in milling facility,
including Compressor Air and electrical control systems
optimized for the customer’s industry
Miracle Solution’s Advanced Factory
ㆍProviding an expanded Air Jet Mill
consisting of the Air Jet Mill main body,
Cyclone, Bag Filter, and Blower
ㆍOffering a total solution in milling facility,
including Compressor Air
and electrical control systems optimized
for the customer’s industry
1. Raw Material Inlet
Applicable to all industries requiring precise milling
The raw material to be milled is introduced into the Air Jet Mill.
All parts are sealed to minimize the release of
powder or particles into the external environment during the milling process.
To prevent iron contamination, the interior is made of ceramic.
Improved Equipment Durability
and Contamination Prevention Design
ㆍApplied wear-resistant structural design
ㆍJet Mill Chamber: Ceramic lining
ㆍNozzles, Classification Wheels: Ceramic components
(e.g., Alumina, Zirconia, etc.) + Ceramic coating (e.g., WC, Al2O3, etc.)
ㆍPiping: Teflon coating
1. Raw Material Inlet
The raw material to be milled is introduced into the Air Jet Mill.
All parts are sealed to minimize the release of powder or particles into the external environment during the milling process.
To prevent iron contamination, the interior is made of ceramic.
Improved Equipment Durability
and Contamination Prevention Design
ㆍApplied wear-resistant structural design
ㆍJet Mill Chamber: Ceramic lining
ㆍNozzles, Classification Wheels: Ceramic
components (e.g., Alumina, Zirconia, etc.)
+ Ceramic coating (e.g., WC, Al2O3, etc.)
ㆍPiping: Teflon coating
1. Raw Material Inlet
requiring precise milling
The raw material to be milled is introduced into the Air Jet Mill.
All parts are sealed to minimize the release
of powder or particles into the external
environment during the milling process.
To prevent iron contamination,
the interior is made of ceramic.
Improved Equipment
Durability and Contamination
Prevention Design
ㆍApplied wear-resistant structural design
ㆍJet Mill Chamber: Ceramic lining
ㆍNozzles, Classification Wheels: Ceramic
components (e.g., Alumina, Zirconia, etc.)
+ Ceramic coating (e.g., WC, Al2O3, etc.)
ㆍPiping: Teflon coating
2. Milling Process
Enhanced accuracy and sharp classification capabilities provide
excellent particle size control.
Precise milling is possible with an average particle size of 2μm or less.
The process occurs through a ‘self-crash’ mechanism,
eliminating the need for other milling tools.
This results in extremely small and uniformly distributed particles.
2. Milling Process
Enhanced accuracy and sharp classification capabilities provide excellent particle size control.
Precise milling is possible with an average particle
size of 2μm or less.
The process occurs through a ‘self-crash’
mechanism, eliminating the need for other
milling tools.
This results in extremely small and uniformly
distributed particles.
2. Milling Process
Enhanced accuracy and sharp classification
capabilities provide excellent particle size
control.
Precise milling is possible with an average
particle size of 2μm or less.
The process occurs through a ‘self-crash’
mechanism, eliminating the need
for other milling tools.
This results in extremely small
and uniformly distributed particles.
3. Cyclone Process
Inside the cyclone, the airflow spirals like a vortex.
The desired target particles (larger particles) move downward as powder,
while the undesired particles (fine particles) follow the swirling airflow,
pass through the upper part of the cyclone, and move toward the bag filter.
3. Cyclone Process
Cyclone
Inside the cyclone, the airflow spirals like a vortex.
The desired target particles (larger particles)
move downward as powder,
while the undesired particles (fine particles)
follow the swirling airflow,
pass through the upper part of the cyclone,
and move toward the bag filter.
3. Cyclone Process
Cyclone
Inside the cyclone, the airflow spirals like
a vortex.
The desired target particles (larger particles)
move downward as powder,
while the undesired particles (fine particles)
follow the swirling airflow,
pass through the upper part of the cyclone,
and move toward the bag filter.
4. Bag Filter Process
The milled and classified powder follows the airflow and adheres
to the surface of the bag filter.
At preset intervals, compressed air is momentarily released
from the upper nozzle of the bag filter, dislodging the adhered
powder product and directing it downward for discharge.
The airflow then flows towards the blower and is discharged to the outside.
4. Bag Filter Process
Bag Filter
The milled and classified powder follows the airflow
and adheres to the surface of the bag filter.
At preset intervals, compressed air is momentarily
released from the upper nozzle of the bag filter,
dislodging the adhered powder product
and directing it downward for discharge.
The airflow then flows towards the blower
and is discharged to the outside.
4. Bag Filter Process
Bag Filter
The milled and classified powder follows
the airflow and adheres to the surface
of the bag filter.
At preset intervals, compressed air is
momentarily released from the upper nozzle
of the bag filter, dislodging the adhered
powder product and directing it downward for discharge.
The airflow then flows towards the blower
and is discharged to the outside.
Classification Process
Supersonic Classification Process
The powder (product) that falls from the bag
filter is introduced into the supersonic classifier.
The powder (product) passes through a sieve via supersonic vibrations, ensuring a uniform and consistent supply for smooth iron removal
in the magnetic filter at the bottom.
5. Supersonic
Classification Process
Classification Process
The powder (product) that falls from the bag filter is
introduced into the supersonic classifier.
The powder (product) passes through a sieve via
supersonic vibrations, ensuring a uniform
and consistent supply for smooth iron removal
in the magnetic filter at the bottom.
5. Supersonic Classification Process
Classification Process
The powder (product) that falls from
the bag filter is introduced into
the supersonic classifier.
The powder (product) passes through
a sieve via supersonic vibrations,
ensuring a uniform and consistent supply
for smooth iron removal in the
magnetic filter at the bottom.
Process
Magnetic Filtering Process
The powder (product) is consistently and uniformly supplied
to the magnetic filter through the supersonic classifier.
The powerful electromagnetic in the magnetic filter effectively
removes iron impurities from the powder (product),
which are then discharged to the bottom for packaging.
Process
The powder (product) is consistently
and uniformly supplied to the magnetic filter
through the supersonic classifier.
The powerful electromagnetic in the magnetic filter effectively removes iron impurities
from the powder (product), which are then
discharged to the bottom for packaging.
6. Magnetic Filtering Process
Magnetic Filtering Process
The powder (product) is consistently
and uniformly supplied to the magnetic filter
through the supersonic classifier.
The powerful electromagnetic in the
magnetic filter effectively removes iron
impurities from the powder (product),
which are then discharged
to the bottom for packaging.
7. Packaging Process
The final milled product is collected in one place,
and the product is packaged, completing the process.
For Air Jet Mill, Miracle Solution installs both horizontal
and vertical milling facility lineups.
Depending on the properties of the raw material to be milled,
a milling test bed is used to select the horizontal or vertical type of Air Jet Mill.
Customers can choose based on their understanding of the milling
mechanism, considering the performance and productivity
of the final product.
Customers have the flexibility to choose according to the suitability
of the facility and their preferences, considering the operational
and manufacturing environment.
7. Packaging Process
The final milled product is collected in one place,
and the product is packaged, completing
the process.
For Air Jet Mill, Miracle Solution installs both
horizontal and vertical milling facility lineups.
Depending on the properties of the raw material
to be milled, a milling test bed is used to select
the horizontal or vertical type of Air Jet Mill.
Customers can choose based on their
understanding of the milling mechanism,
considering the performance
and productivity of the final product.
Customers have the flexibility to choose according
to the suitability of the facility and their preferences,
considering the operational and manufacturing
environment.
7. Packaging Process
The final milled product is collected
in one place, and the product is packaged,
completing the process.
For Air Jet Mill, Miracle Solution installs both
horizontal and vertical milling facility lineups.
Depending on the properties of the raw
material to be milled, a milling test bed is
used to select the horizontal
or vertical type of Air Jet Mill.
Customers can choose based on their
understanding of the milling mechanism,
considering the performance
and productivity of the final product.
Customers have the flexibility
to choose according to the suitability
of the facility and their preferences,
considering the operational
and manufacturing environment.
