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Guangdong Morui Environmental Technology Co.,Ltd.
Home ProductsUltrafiltration Membrane

PVDF Cylindrical Cartridge UPVC Ultrafiltration Membrane

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PVDF Cylindrical Cartridge UPVC Ultrafiltration Membrane

PVDF Cylindrical Cartridge UPVC Ultrafiltration Membrane
PVDF Cylindrical Cartridge UPVC Ultrafiltration Membrane PVDF Cylindrical Cartridge UPVC Ultrafiltration Membrane PVDF Cylindrical Cartridge UPVC Ultrafiltration Membrane PVDF Cylindrical Cartridge UPVC Ultrafiltration Membrane

Large Image :  PVDF Cylindrical Cartridge UPVC Ultrafiltration Membrane

Product Details:

Place of Origin: Fujian, China
Brand Name: OEM

Payment & Shipping Terms:

Minimum Order Quantity: Negotiation
Price: Negotiated
Packaging Details: Paper Box,1 Module/Box,Dimension:1560 x 30 x 20 mm,Weight: 30 kg
Supply Ability: 100 Piece/Pieces per Day
Detailed Product Description
Applicable Industries: Hotels, Manufacturing Plant, Food & Beverage Factory, Farms, Retail, Construction Works , Energy & Mining, Municipal Sewage / Industrial Wastewater After Warranty Service: Video Technical Support, Online Support, Spare Parts, Field Maintenance And Repair Service
Material: Epoxy Resin Weight: 30 Kg
Size: Length: 1560 Mm, Diameter: 200 Mm Power: 3
Warranty: 1 YEAR Material Of Housing: UPVC
Material Of Membrane: PVDF Membrane With Inner Support Of PET Braid Preparation Method: Phase Inversion Combined With Braid Embedding
Pore Size: 0.1 μm ID/OD Of Filaments: 1.2/2.2 Mm
Height: 1560 Mm Diameter: 200 Mm
Total Membrane Area: 30 Square Meters Tolerable PH Range: 1 - 13
Tolerable Temperature Range: 2 - 45 °C Port: Any Port In China / Hong Kong Port
High Light:

PVDF hollow fiber ultrafiltration


UPVC uf membrane water purifier

PVDF Cylindrical Cartridge Ultrafiltration Membrane




UF Hollow Fiber Membrane employs Phase Inversion combined with Fiber Embedding as the preparation method. It uses Polyvinylidene Fluoride (PVDF) as the membrane material and a hollow PET braid as the internal support. Such a structure brings many benefits to it, e.g. high flux, high tensile strength and long life span, etc. Its flux is 1.5 - 2 times that of similar products under the same membrane area. So for the same treatment loading, fewer membranes and frames are needed, the whole system can be more compact in a smaller footprint and with a lower investment. It can adapt to harsh environment and intensive rinsing conditions without breakage, so as to greatly reduce the labor and maintenance costs in application.


Polyvinylidene Fluoride (PVDF) is a preferred membrane material, having the best chemical stability in fluoroplastics, characterized by high toughness, low coefficient of friction, strong corrosion resistance, aging resistance, climate resistance and good irradiation resistance. Its resistance to oxidants (sodium hypochlorite, etc.) is more than 10 times that of Polyether Sulfone (PES), Polysulfone (PSU) and many other materials. In water and wastewater treatment, microbial and organic contaminants are often the main causes of irreversible fouling in ultrafiltration, and rinsing with oxidants is the most effective means to restore flux. PVDF material shows its outstanding superiority in such situations.








Module Length

1560 mm

Module Diameter

200 mm

Nozzle Diameter

50 mm

Net Weight

30 kg

Material of Housing


Material of Potting

Epoxy Resin

Material of Membrane

PVDF membrane with inner support of PET braid

Preparation Method

Phase Inversion combined with Braid Embedding

Pore Size

0.1μm, 0.2μm

Inner Diameter of Filaments

1.0 mm

Outer Diameter of Filaments

2.2 mm

Total Membrane Area

30 m²

Initial Flux for Pure Water

6 - 8 m³/h

Design Flux

2.3 m³

Turbidity of Filtrate

≤ 0.5 NTU

SDI of Filtrate

< 5

Total Suspended Solids

≤ 0.1 ppm

Tensile Strength

≥ 300 N

Peel Strength

≥ 4 bar

Operation Mode

External Pressure Driven, Outside-in, Cross-flow

Rinsing Method

Chemical Rinsing

Normal Recovery

80 - 90 %

Normal Operating Pressure

1.5 - 2.0 bar

Max. Feed Pressure

3.0 bar

Max. Backwash Pressure

0.5 bar

Max. Turbidity of Influent

< 10 NTU

Max. Tolerable NaClO Strength

200,000 ppm·h

Tolerable pH Range

1 - 13

Tolerable Temperature Range

2 - 45 °C

Distribution Diagram of Pore Sizes

(Tested by Gas-Liquid Displacement Technique of Bubble-Point Methods)



External Pressure Driven Design


greatly relaxes restrictions on feeding conditions and reduces possibilities of membrane fouling and scaling.



Higher Flux While Ensuring Finer Filtration


enables the good quality filtrate to be obtained under various feeding conditions.

Stronger Strength Against Pressure & Tension

enables applications under harsh environments and high-intensity cleansing conditions.

Prominent Stability Against Oxidants

makes it endurable for a wide range of cleaning agents to recover its flux effectively and prevent fouling and scaling.


Utility Model Patents and Design Patents

Contact Details
Guangdong Morui Environmental Technology Co.,Ltd.

Contact Person: Benson

Tel: 86-13530341575

Fax: 86-0755-27415005

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