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PRODUCT

Product information

Air Filter Classification by Dust Collection Method
Dust collection method classification structure Product Review Usage
filtered Automatic
winding type
It uses non-woven fabric (PET)
and glass fiber and is automatically wound after a
certain period of time.
Auto Roll Filter Pre-treatment products for
high-performance
filters for building air conditioning and
industrial factory air conditioning
Self-cleaning
type
It is used for hair planted on woven
fabric and is automatically cleaned after
a certain period of time.
Auto Cleaning Filter
Regular cleaning type It is mainly made of non-woven fabric and
is used after regular washing.
Panel Type
Filter material
replacement type
Various filter media can be used, but
the filter media must be replaced regularly.
Filter material
replacement type
Unit replacement
type
Products are replaced regularly and
many filters are eligible.
Medium, HEPA and
some Pre Filters
General air conditioning and clean room, etc.
electrostatic Automatic winding
type
It is collected with a two-stage charged dust
collection plate, and an
automatically wound filtration type
ilter is attached at the back.
electrostatic
precipitator
For building air conditioning and industrial
factory air conditioning
Regular cleaning
type
It is collected with a two-stage charged
dust collection plate and cleaned regularly.
electrostatic
precipitator
Filter re-exchange It is a single-stage charging type, so
only the filter material is
replaced later.
Non-power blackout
type
Collision adhesive
type
Self-cleaning
type
It uses a plate/wire screen and
automatically cleans in the basket.
Auto Cleaning Filter For building air conditioning and industrial factory
air conditioning
Regular cleaning
type
Use after regular cleaning using
wire mesh, etc.
Demister For removing impurities in fluid
Adsorption type Filter material
replacement
Use activated carbon, etc. and replace the
activated carbon regularly .
Carbon Filter For removing harmful gases
Unit replacement
type
Use activated carbon non-woven fabric and
replace units regularly.
Carbon Filter
Air Filter Classification by Dust Entry Size
house
entrance
view
classification structure range Usage
조진용 Panel Type It is mainly made up of a panel format
using an aluminum frame .
Gravimetric efficiency
up to 95%
For building air conditioning and industrial factory
air conditioning or for filter pretreatment for
improvement purposes.
Pocket Type This product maximizes the amount of
air processed and is in bag format.
disposable Most of them are made of paper and
their lifespan expires after one use.
Media exchange
type
It is a supplement to the panel type and
has a structure that makes it easy to replace
the filter material.
Roll Type This is an automatic winding air filter.
중진용 Bag Type It is in the form of a bag and
is divided into three types depending on efficiency.
Over 95% gravimetric efficiency,
up to 95% colorimetric
efficiency
For building air conditioning final filter and
dust filter pretreatment
Cell Type It is in the form of a cell and
is divided into three types
depending on efficiency.
Mini Pleat Cell Type or Non Separator.
미진용 HEPA Filter It has a cell type structure but
uses high-performance filter media.
0.3㎛99.97% Clean room for semiconductors,
pharmaceutical companies, etc.
ULPA Filter It has a cell type structure but
uses high-performance filter media.
0.1㎛99.999% When achieving Class 100 or
lower in clean rooms, etc.
For gas removal Tray Type It consists of 6~10 trays using
activated carbon, etc.
For removing
harmful gases
For removing harmful gases during
supply and exhaust
Panel Type It uses activated carbon non-woven
fabric and is in panel format.
PRE BAG FILTER
characteristic
1. The filter media is bent into a pocket type to maximize the amount of air treated.
2. Used in buildings, industrial factories and painting booths.
Usage
1. Used in places where there is a lot of wind that needs to be handled for
air conditioning and booths.
2. Used in buildings, industrial factories and painting booths.
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Technical Data
Model ACT-835 ACT-845
Depth(mm) 350 450
Standard dimensions(WxH) 594x594x350x4p 594x594x450x4p
Media material Polyester
Frame material G.I
Processed air volume(CMM) 56(Max 80) 70(Max 100)
Applicable wind speed 2.5m/sec 이내
Pressure loss(initial) 4.1mmAq(at 2.5m/sec) 3.8mmAq(at 2.5m/sec)
Efficiency(AFI/gravimetric method) 90% over(G4 grade)
Heat resistance temperature Within 80℃
HMC / Medium-Cell type
Performance
1.A medium-performance filter that guarantees a collection efficiency of 65%, 85%, or 95% depending on the media selection.
2.Frame is made of P/Board, P/Wood, STS, AL, etc.
3.Used for HEPA Filter pre-treatment in clean roo & precision machinery industry, hospital operating rooms, etc.
Usage
1. Used as a medium-performance filter in building air purification, industrial factories, etc.
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composition
Media Glass fiber, Synthetic
Frame P/Wood, G.I, AL, STS
Separator AL
Sealant Poly urethane
Gasket Neoprene rubber
temperature of use 100℃
Applicable wind speed 2.5m/sec
Shape Header, Box
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H-HMC / High temperture medium(Cell type)
Performance
1.A medium-performance filter that guarantees a collection efficiency of 65%, 85%, or 95% depending on the media selection.
2.Frame is made of P/Board, P/Wood, STS, AL, etc.
3. Used in high temperature drying furnace
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composition
Media Glass fiber
Frame G.I, AL, STS
Separator AL
Sealant None or high temperature silicone
Gasket None or Aramid
temperature of use 300℃
Applicable wind speed 2.5m/sec
Shape Header, Box
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K-Heat-resistant FILTER (HHR-100W)
Performance
1. Applicable to high temperatures by using special synthetic fibers.
2. Since the media is not glass fiber, particles do not break and fly away.
3. Because the media is a synthetic fiber, it is easy to handle.
Usage
1. For air conditioning in drying furnaces.
2. Other locations requiring heat resistance.
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Technical Data
Model ACT-125W ACT-150W
Media material aromatic polyamide
Frame material AL, G.I, STS外
Standard specifications
(w*h*t, unit: mm)
500 x 500 x 25t 500 x 500 x 50t
Applicable wind speed Within 1.5m/sec
Pressure loss (initial) 4.3mmAq(at 1.0m/sec) 4.8mmAq(at 1.0m/sec)
Efficiency (AFI/gravimetric method) 90%
Heat resistance temperature Within 240℃
Carbon Filter / Panel Type(HCF-800)
Performance
1.It is a type of non-woven fabric impregnated with carbon and is economical.
2.Production specifications are free to suit the equipment.
3.AL Carbon media is used as the main material for the frame, but the frame material can be selected.
Usage
1.Removal of odor and harmful substances.
2.Mainly applied to various exhaust lines.
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Technical Data
Model HCF-820 HCF-850
Thickness (mm) 20 50
Frame material AL, G.I, STS外
Standard size (W x H) 594 x 594, 594 x 289
Applicable wind speed Within 2.5m/sec
Support AL Metallath, Clamp망, STS Wire外
Media Carbon Fiber
Pressure loss (initial) 10 20
Pressure loss (end stage) 10 20
Ceiling Filter (HBVR-600)
Performance
1.High efficiency due to special processing of synthetic fiber (PE).
2.Reinforce the resistance of the media by attaching a PE+urethane coated net to the back.
Usage
1.Painting Booth Ceiling Filter.
2.Other locations requiring high-performance filters.
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Technical Data
Model HBV-600 HBVR-600
Media material Polyester (PE)
reinforcement net PE + Urethane Coating
Thickness (mm) 20±3
Applicable wind speed Within 0.7m/sec
Pressure loss (initial) 7.9mmAq(at 0.7m/sec) 7.9mmAq(at 0.7m/sec)
efficiency MERV11 @0.23
Heat resistance temperature Within 80℃
Filter Media / Technical Data
Technical Data
Model HNS 1000 HLF 500 HLF 1000
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Usage
  • Pocket Type
  • Roll Filter
  • Panel Type
  • Other units (other uses)
  • Pocket Type
  • Roll Filter
  • Panel Type
  • Other units (other uses)
  • Pocket Type
  • Roll Filter
  • Panel Type
  • Other units (other uses)
texture Polyester + Flame Retardant Fiber Polyester + Resin bond Polyester + Resin bond
Production specifications (W x H) 200cm x 20m/Roll 200cm x 20m/Roll 200cm x 20m/Roll
Thickness (mm) 10T 5T 10T
regenerate
Flame retardant sub-icon sub-icon sub-icon
Heat resistance temperature up to 100 up to 100 up to 100
Wind speed (m/sec) 2.5 2.5 2.5
Initial pressure (mmAq) 6 7 7
Final pressure (mmAq) 20 20 20
Dust collection efficiency (AFI weight) More than 80% More than 60% More than 80%
Dust holding capacity (g/㎡) 200 120 200