MBR Membranes

High-performance reinforced PVDF MBR membrane modules with 8-15㎡ effective area and 0.05μm pore size for superior wastewater treatment. Features internal aeration technology, chemical resistance for pH 2-13, and automated control systems. Ideal for municipal, industrial, and high-concentration organic wastewater applications with proven reliability.

Our MBR flat sheet membranes feature excellent chemical stability with a pH range of 1-13 and standard flux of 10-30 L/m2.h. Ideal for municipal, industrial, and oily wastewater treatment. Customizable module sizes available. Durable ABS base plate ensures long service life.

High-strength lined PVDF hollow fiber MBR membrane with 0.05μm pore size. Patented internal aeration design ensures anti-fouling and stable flux. Ideal for landfill leachate, rural sewage, and industrial wastewater. Customizable membrane area from 8 to 15 sqm.

Our reinforced PVDF MBR curtain membrane features a patented internal aeration design for enhanced anti-pollution and stable operation. With 0.05μm pore size and high tensile strength, it ensures efficient solid-liquid separation. Ideal for rural sewage, industrial wastewater, and MBR upgrades. Custom sizes available.

Enhanced PVDF hollow fiber MBR curtain membrane with internal aeration for anti-fouling. Effective membrane area 8-15 m², pore size 0.05 μm. Ideal for high-concentration organic wastewater. Patented design ensures stable flux and low energy consumption.

High-strength reinforced PVDF hollow fiber curtain membrane with 0.05 μm pore size. Patented internal aeration design enhances anti-fouling and scrubbing efficiency. Ideal for aquaculture, municipal, and industrial wastewater. Customizable membrane area from 8 to 15 m². Exceeds national Class 1A effluent standards.

High-flux reinforced PVDF hollow fiber MBR membrane module with 0.06μm filtration accuracy and SS304 frame. Features high peeling strength, internal aeration anti-pollution design, and stackable expandable components. Ideal for municipal and industrial wastewater treatment. Customizable membrane areas available.

High-strength PVDF hollow fiber MBR membrane with 0.05μm pore size for efficient solid-liquid separation. Features patented internal aeration for anti-fouling, long sludge age, and zero turbidity effluent. Ideal for municipal and industrial wastewater. Custom sizes available.

High-strength PVDF flat sheet MBR membrane with 0.1-0.4um pore size and 10-30L/m2.h flux. ABS base plate, pH 1-13 resistance, and low energy aeration. Ideal for municipal and industrial wastewater treatment. Custom sizes available with reliable quality.

High-pressure PVDF MBR flat sheet membrane with 0.1-0.4um pore size, 10-30L/m2.h flux, and pH 1-13 resistance. Ideal for medical waste treatment, it ensures efficient solid-liquid separation, high durability, and customizable modules (HF-100/HF-50 series).

High-performance MBR flat sheet membranes with 0.1-0.4μm pore size and 15-25 L/m²·h recommended flux for efficient municipal and industrial wastewater treatment. Features compact ABS construction, wide pH range (1-13), and superior pollution resistance for extended service life in demanding applications.

Advanced hollow fiber MBR membranes for efficient domestic sewage treatment. Features high flux performance (10-30 L/m²·h), wide pH tolerance (1-13), and ABS construction. Ideal for reducing facility footprint and sludge production while maintaining high activated sludge concentration. Multiple model sizes available from 25-120 m² membrane area.

Advanced flat sheet MBR membrane modules for industrial wastewater treatment, featuring 0.1-0.4μm pore size, 10-30 L/m²·h flux, and wide pH range (1-13). Ideal for printing industry applications with robust anti-pollution properties and efficient solid/liquid separation technology.

High-performance ABS flat sheet MBR membranes featuring 0.1-0.4μm pore size and 10-30 L/m²·h flux for efficient industrial wastewater treatment. Available in HF-50 and HF-100 series with membrane areas from 25-120 m². Designed for pH range 1-13 and operating temperatures 5-45°C. Ideal for activated sludge separation and suspended impurities removal.

High-performance flat sheet MBR membranes featuring 0.1-0.4μm pore size and 10-30 L/m²·h standard flux. Designed for seawater desalination and wastewater treatment with wide pH range (1-13) and robust ABS construction. Ideal for industrial applications requiring efficient activated sludge separation and clarified water output.

Professional-grade MBR flat sheet membranes featuring 0.1μm pore size, 95% removal efficiency, and chemical resistance for pH 1-13. Designed for municipal sewage and industrial wastewater treatment with compact footprint, low energy consumption, and long service life. Suitable for wastewater reuse, drinking water purification, and seawater desalination applications.

High-performance reinforced PVDF MBR membrane modules with 0.05μm pore size and tensile strength exceeding 200N. Features internal aeration system, pH tolerance 2-13, and temperature range 5-45℃. Ideal for seawater desalination pretreatment, industrial wastewater treatment, and municipal sewage applications with 8-15㎡ effective membrane areas.

Advanced MBR membrane bioreactor featuring reinforced PVDF hollow fiber membranes with internal aeration technology. Provides excellent effluent quality with near-zero suspended solids, compact design for space efficiency, and enhanced nitrification for superior ammonia removal. Suitable for municipal sewage, industrial wastewater, and high-concentration organic treatment applications.

High-performance ABS industrial MBR ceramic flat membranes for wastewater treatment and reuse. Features 0.1-0.4μm pore size, 10-30 L/m²·h standard flux, and pH range 1-13. Superior anti-pollution performance with adjustable membrane gaps and enhanced mechanical strength using ABS support plates. Ideal for municipal and industrial sewage treatment applications with reliable performance under tough conditions.

High-efficiency MBR flat sheet ceramic membrane for sewage treatment with 0.1-0.4μm pore size and 15-25L/m²·h flux. Features compact design, low operating costs, and broad pH tolerance (1-13). Ideal for municipal and industrial wastewater applications with stable performance and simple maintenance requirements.