AQU-PVC Inside-to-outside/Outside-to-inside UF membrane
Unique structure design: The double-layer casting top and the free bottom reduce the damage of water flushing to the fiber, improve the pollution carrying capacity greatly, and prevent the contaminant gathering.








The bilateral cortex structure of asymmetry is applied in the modified PVC membrane hollow fiber. The liquid is filtrated twice during operation, thus the quality product water is assured.
Aqucell UF membrane hollow fiber made of imported raw material has excellent mechanical performance which prevent the breakage of hollow fiber effectively. Its outstanding performance of antipollution allows a very low operation pressure avoiding the form of concentration polarization on membrane hollow fiber surface.
The structuring of micro pores filtrate passage utilizes internationally advanced pore forming technology, with trumpet-shaped filtrate passages radiate from inside to outside.Thus the membrane flux rate would be recovered to a maximum extent.
Excellent chemical stability is a guarantee to clean pollutants such as microbe, organic and non-organic substances off the membrane cortex surface efficiently in chemical washing, hence to recover flux rate and extend the life span of the membrane.
Material |
Operation Mode |
Pore size |
Model No. |
Membrane Area (㎡) |
Dimension (mm) |
Connection size |
PVC |
Inside-to-outside |
100KH |
AQU90B-PVC |
4.1 |
Φ90X1210 |
DN25 |
AQU160-PVC |
16.9 |
Φ160X1420 |
DN32 |
|||
AQU200-PVC |
25.5 |
Φ200X1481 |
DN40 |
|||
AQU250A-PVC |
32.7 |
Φ250X1402 |
DN50 |
|||
AQU250B-PVC |
43.1 |
Φ250X1740 |
DN50 |
|||
AQU250C-PVC |
54.3 |
Φ250X2108 |
DN50 |
|||
Outside-to-inside |
100KH |
AQU160E-PVC-W |
36 |
Φ160X1800 |
DN32 |
|
AQU200B-PVC-W |
54 |
Φ200X1900 |
DN50 |
|||
AQU250-PVC-W |
76.6 |
Φ250X2108 |
DN50 |

AQU90

AQU160
AQU200

AQU250
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