| Model: | CN-HDUF6040-T5 |
|---|---|
| Brand: | xiner |
| Origin: | Made In China |
| Category: | Industrial Supplies / Environment Protection Facilities / Sewerage |
| Label: | uf membrane , water treatment , pp membrane |
| Price: |
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|
| Min. Order: | 1 pc |
| Live Chat: | Last Online:09 Dec, 2011 |
Technical data of CN-HDUF6040—T5
|
Type Item |
CN-HDUF6040-T5（A） |
|
Membrane material |
Imported composite PP membrane |
|
Fiber inner diameter |
320μm |
|
Fiber outer diameter |
420μm |
|
Molecular weight cutoff |
5×104~8×104 Daltons |
|
Module size |
See figure |
|
Effective membrane area |
45㎡ |
|
Pure water flux |
＞3.4T/H (0.1MPa, 25℃) |
|
Designed permeate water yield |
1.0~1.7 T/H |
|
Shell material |
Engineering UPVC |
|
End capping reagent |
Polyurethane, epoxy resin |
|
Operation pressure |
0.08~0.2 MPa |
|
Maximum influent water pressure |
0.32 MPa |
|
PH |
1~14 |
|
Temperature |
5℃~45℃ |
|
Turbidity of permeate water |
＜0.1NTU |
|
Silt density index (SDI) |
＜1 |
|
Suspended solids, particles (＞0.2μm） |
100％ removal |
|
Joint |
Φ40 union |
|
Filtration method |
External pressure /cross-flow by internal pressure/dead-end filtration |
|
Application |
1 Tap water purification 2 Surface water purification 3 Second class sewage reuse 4 RO pretreatment |
2 Features of CN-HDUF6040—T5
1）The only PP dry membrane manufacturing technology in China, which is advantageous for membrane transportation and usage. Long-lasting hydrophilcity and enhanced anti-fouling ability make these membranes especially capable in frequent disuse occasions.
2）Chemical modification of the PP membrane surface is adopted to increase its hydrophilcity. Furthermore, physical modification by modulating pressure, temperature and drawing intensity can permanently change the hydrophilcity of the membrane surface.
3）Chemical and physical modification of the membrane endows the pores with elasticity, and they can expanse during backwashing to make the backwashing more thoroughly, thus increasing the anti-fouling ability of the membrane.
4）Unique circular design in backwashing inlet avoids a large amount of water lashed on the membrane and makes the backwashing well-distributed.
