DOW UF Membranes

High chemical resistance DOW UF modules with 0.03µm pore size remove bacteria and viruses. XP fiber offers 35% higher permeability. NSF/ANSI 61 and 419 certified for safe drinking water. Ideal for seawater and headspace-limited applications.

DOW PVDF ultrafiltration membrane modules with 33 m² effective area for industrial wastewater treatment. Features include wide inlet channels, chlorine-free manufacturing, and NSF/ANSI 61 drinking water certification. Operating range: 1.3-4.0 m³/hr flow, 2-11 pH range, and maximum 2.1 bar TMP for reliable performance.

Advanced PVDF ultrafiltration membranes featuring 77 m² surface area, 40-110 l/m²/hr flux, and NSF/ANSI 61/419 certification. These 8-inch diameter modules provide superior filtration with high bacteria/virus removal, dual-mode operation, and external pressure design for enhanced system recovery rates in industrial applications.

High-efficiency DOW UF Membranes Module SFP-2880/SFD-2880 featuring 0.03 μm filtration accuracy and oxidation-resistant PVDF material. NSF/ANSI 61 certified drinking water modules with 77 m² membrane area, operating at 40-120 l/m²/hr flux. Ideal for industrial wastewater treatment, desalination, and purification applications with system capacities exceeding 50m³/hr.

DOW UF Membrane Modules SFP-2860 and SFD-2860 deliver high-performance ultrafiltration for surface water applications. Featuring 51 m² membrane area, 2.0-6.1 m³/hr flow capacity, and NSF/ANSI 61 certification for drinking water. These membranes offer excellent mechanical strength, chemical stability, and anti-pollution capabilities with ISO9001 certified manufacturing.

High-performance ultrafiltration membranes with 0.01-0.1 micron pore size for efficient removal of microorganisms and suspended solids. NSF/ANSI 61 certified drinking water modules with 77 m² membrane area, operating at 40-120 l/m²/hr flux and 2-11 pH range. Energy-efficient operation with no chemicals required and long service life for industrial water treatment applications.

High permeability Dow UF membranes featuring XP fiber technology deliver up to 70% improved water production efficiency. With 77m² membrane area and NSF/ANSI certifications, these modules provide superior filtration with reduced energy consumption and wastewater discharge. Ideal for industrial applications requiring reliable ultrafiltration solutions.

DOW PVDF ultrafiltration membrane modules feature 33 m² effective area and 0.03 µm pore size for superior bacteria and virus removal. Designed for large-capacity systems up to 50 m³/hr, these NSF/ANSI 61 certified modules offer excellent chemical resistance, external pressure design, and wide application range for industrial and municipal water treatment.

DOW ultrafiltration membrane modules feature 51 m² membrane area with 0.03 micron pore size for effective removal of bacteria and viruses. PVDF hollow fiber construction provides high mechanical strength and chemical resistance. NSF/ANSI 61 certified drinking water modules available with flow range of 2.0-6.1 m³/hr for surface water, seawater, and wastewater treatment applications.

High-performance DOW ultrafiltration membrane modules with 33 m² surface area and 0.03 µm pore size. Features hydrophilic PVDF fibers, external pressure structure, and U-PVC shell for cost-effective water treatment. NSF/ANSI 61 certified for drinking water applications. Suitable for systems exceeding 50 m³/hr capacity with excellent chemical resistance and long service life.

DOW Ultrafiltration Membrane Modules SFP-2860 and SFD-2860 feature 0.03μm pore size for effective removal of bacteria, viruses, and particulate matter. These 8-inch PVDF modules offer 35% increased water permeability, NSF/ANSI 61 drinking water certification, and high chemical resistance for industrial water treatment applications.

Compact 6-inch ultrafiltration module with 33 m² PVDF membrane. Removes bacteria, viruses, and solids. High chemical resistance, low energy, and space-saving design for RO pretreatment.

Industrial-grade UF module with 0.03 micron PVDF hollow fiber membrane. Removes bacteria, viruses, colloids. Filtrate ≤0.1 NTU, SDI ≤2.5. 51 m² area, outside-in flow, durable chemical resistance. Ideal for RO pretreatment, wastewater reuse, and desalination.

The DuPont SFP-2880 UF Module provides advanced filtration for RO pretreatment, removing bacteria and colloids to reduce fouling. With a 77m² PVDF membrane, it achieves filtrate turbidity below 0.1 NTU and SDI under 2.5. Durable and chemical-resistant, it lowers operational costs and extends membrane life.

High-performance 0.03 micron PVDF hollow fiber UF membrane. Removes bacteria, viruses, colloids. Turbidity ≤0.1 NTU, SDI ≤2.5. 35% higher permeability. ISO 9001, NSF, CE certified. Ideal for RO pretreatment in pharma and beverage.

The DuPont XP51 IG UF membrane features a 0.03 µm PVDF hollow fiber design with exceptional fouling resistance and chemical tolerance. It ensures stable operation, reduced cleaning frequency, and lower total cost of ownership. Ideal for wastewater reuse, RO pretreatment, and municipal water filtration.

DuPont XP 51 IG ultrafiltration membrane delivers high-flux filtration with 0.03 µm pore size for removing particles and bacteria. Featuring PVDF hollow fiber construction, it offers excellent chemical resistance and low energy consumption. Ideal for RO pretreatment, wastewater reuse, and process water purification.

High-performance PVDF hollow fiber UF membrane with 0.03 µm pore size for superior bacteria and virus removal. Delivers turbidity ≤0.1 NTU and SDI15 ≤2.5, ideal RO pretreatment. ISO 9001, NSF, CE certified. Flow rate 2.0-8.5 m³/hr.

DuPont SFP-2880 ultrafiltration membrane module with 0.03-micron PVDF hollow fiber removes bacteria, viruses, and colloids. Features 77m² membrane area, outside-in flow, and chemical resistance up to 2000 mg/L NaOCl. Ideal for large-scale municipal and industrial water treatment, wastewater reuse, and seawater pretreatment.

DuPont SFP-2860 UF membrane features 0.03 µm PVDF hollow fibers for high-efficiency filtration. With 51 m² area and external pressure design, it removes bacteria and viruses, reduces pretreatment, and ensures long service life for industrial water reuse and RO pretreatment.