WEMLCONME TO WUXI NICEAIR INDUSTRY PURIFICATION EQUIPEMNT CO.,LTD.

    compressedair filter
    Release time:2020-01-09 Browse volume:1664
     
    Product introduction
     
    Compressed air is a safe and reliable power source widely used in industrial activities.  It is estimated that about 90% of enterprises use compressed air in all fields of operation.  However, unlike gas, water and electricity, compressed air is produced on site, and users can control the quality and operating cost of compressed air.  Compressed air is not a problem-free power source. In actual operation, all systems will encounter performance and stability problems. However, almost all of these problems can be attributed to pollution. These major pollution sources include: water vapor, condensed water, water mist (aerosol), atmospheric dust, microorganisms, rust, pipe spalling, liquid oil, oil mist (aerosol), and oil vapor.  The biggest pollution in compressed air comes from the air sucked by the compressor, rather than from the compressor itself, as is generally believed.  The most troublesome pollutant is water, which accounts for 99.9% of the liquid pollutants found in compressed air systems.  High-efficiency compressed air filtration technology can not only remove solid particles and oil, but also remove water mist, which is the key to operating an efficient and cost-effective compressed air system.
     
    Technical parameter
    ● Working pressure: 0.3~ 9.9MPa
    ● filtering accuracy: ~0.01um
    ● Residual oil content: ~0.001ppm
    ● Interface form: thread, flange, clamp and welding
    ● nominal size of interface: DN15~DN300
    ● interface standard: hgb shhgjbansijs
    ● Operating temperature: ≤75℃
    ● Filter element material: glass fiber, SS304, SS316, polyester, wood pulp paper, PP, activated carbon, metal sintering
    ● shell material: cast aluminum, carbon steel, SS304, SS316L
     
    Application range
    ● Compressed air piping
    ● Nitrogen
    ● Chemical plants, power plants, coal mines
    ● Electronic factories, hospitals, etc

     

     

     

     

     

     

     

    Model

    Flow rate Nm3/min

    Connections

    Dimensions(mm)

    Element Model

    Quantity of elements

    Housing material

    Chart

    A

    B

    C

    D

    *-007

    0.7

    1/2"

    90

    230

    255

    /

    007*

    1

    AL

    chart1

    *-015

    1.5

    1/2"&1"

    90

    230

    255

    /

    015*

    1

    *-024

    2.4

    1 1/2"

    110

    345

    378

     /

    024*

    1

    *-035

    3.5

    1 1/2"

    110

    345

    378

     /

    035*

    1

    *-060

    6

    1 1/2"

    110

    474

    507

     /

    060*

    1

    *-090

    9

    2"

    150

    500

    550

     /

    090*

    1

    *-120

    12

    2"

    150

    500

    550

    /

    120*

    1

    *-140

    14

    2 1/2"

    150

    650

    700

    133

    E*-40

    1

    AL+CS

    chart2

    *-180

    18

    2 1/2"

    150

    800

    850

    133

    E*-44

    1

    *-180F

    18

    DN80

    336

    940

    1120

    150

    E*-44

    1

    CS

    chart3

    *-220F

    22

    DN80

    336

    940

    1120

    150

    E*-48

    1

    *-360F

    36

    DN100

    500

    1050

    1250

    200

    E*-44

    2

    *-540F

    54

    DN100

    500

    1050

    1250

    250

    E*-44

    3

    *-720F

    72

    DN125

    560

    921

    1217

    350

    E*-44

    4

    *-900F

    90

    DN150

    640

    115

    1450

    350

    E*-44

    5

    *-1100F

    110

    DN150

    700

    1130

    1565

    400

    E*-44

    6

    *-1300F

    130

    DN200

    762

    1170

    1470

    450

    E*-44

    7

    *-1450F

    145

    DN200

    762

    1170

    1470

    450

    E*-44

    8

    *-1650F

    165

    DN200

    816

    1231

    1654

    500

    E*-44

    9

    *-1800F

    180

    DN200

    816

    1231

    1654

    500

    E*-44

    10

    *-2000F

    200

    DN200

    816

    1231

    1654

    500

    E*-44

    11

     

    TECHNICAL DETAILS

    Grade*

    C

    T

    A

    AA

    H

    Particle removel(μm)

    3

    1

    0.01

    0.01

    Carbon

    Max Oil Carryover(ppm)

    5

    1

    0.01

    0.001

    0.03

    Max. working temp(℃)

    65

    Initial Pressure Loss(mbar)

    50

    Pressure loss for Element change(MPa)

    0.07

    Max.working pre(MPa)

    1.6

    Filtration material

    Borosilicate fibre glass

    Carbon

     
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