CPO SERIES
Outside-in Ultrafiltration Membrane Modules
CCanpure Outside-in Membrane Module features large membrane area per module, strong anti-fouling capacity, high chemical resistance and large flux under low pressure.
The membrane can effectively reduce the turbidity of the raw water, remove suspended solids, colloids, microorganisms and other substances, and it is characterized by high adaptability to varieties of raw water, easy operation and maintenance, as well as stable and reliable quality of produced water.
Product Features
Canpure PVDF Outside-in UF membrane is made by Canpure' s patented c-TIPS technology. It has capillary strength about 3 times higher than PVDF membrane prepared by NIPS Method and much better filtration grade than PVDF membrane prepared by conventional TIPS Method.
Permanent hydrophilic property
During the preparation of Canpure Outside-in UF membrane, hydrophilic substances are added and special cross-linking technique is applied, endowing the permanent hydrophilic property of the capillary, more stable product water flux, improved anti-fouling property and better cleaning recovery.
High anti-oxidation performance
Canpure PVDF Outside-in UF membrane features high crystallinity, can tolerate oxidant with higher concentration, and thus can achieve more profound cleaning effect and longer life.
High strength and large flux
Canpure Outside-in UF membrane has a capillary strength of higher than 10 MPa, standard produced water flux 400Um2 • h • bar at 25°C.
Unique aeration structure
Canpure Outside-in UF membrane adopts unique aeration device inside the module, ensuring more even aeration and better air cleaning effect.
Integrated bundles of fibers
Membrane capillaries in Canpure Outside-in UF membrane module are evenly distributed inside the module by integrating 18 sub-bundles.
Soft Potting
The soft potting technique invented by Canpure realizes the flexible connection between the "root" of the capillaries and the soft layer of the potting material, and prevents the break of the root of the capillaries.