MBR Membrane

Product Description: The MBR Membrane is an advanced water treatment system designed specifically for industrial applications, offering exceptional performance and reliability. This innovative technology combines membrane bioreactor (MBR) processes with cutting-edge filtration techniques to provide a highly efficient solution for wastewater treatment. The MBR Membrane is engineered to meet the rigorous demands of various industrial sectors, ensuring optimal water quality and

Domestic MBR Membrane with 0.1μm pore size and 20-40 L/m²/h flux ensures efficient wastewater treatment. Operates at 5-40°C, SGS ISO certified, customizable packaging, 15-day delivery.

Product Description: The Domestic MBR Membrane is an advanced water treatment system designed to provide efficient and reliable filtration for a variety of domestic wastewater applications. Engineered with cutting-edge technology, this membrane system ensures superior water quality by effectively separating contaminants and impurities from water, making it an ideal choice for residential and small-scale water treatment needs. One of the key features of the Domestic MBR

Zhongqiao MBR Membrane: 0.1μm pore size, 15m², 5-40°C, 30-50 LMH backwash. SGS ISO certified, dermatologist tested. Durable, efficient, customizable. MOQ 1 set, 15-day delivery.

Reinforced PVDF Hollow Fiber MBR Module with 0.1μm pores and 30-50 LMH backwash flux. Inside-out design resists fouling, cuts downtime, and handles industrial wastewater. SGS ISO certified, dermatologist tested, with custom packaging and flexible MOQs.

Anti-fouling PVDF MBR membrane with permanent hydrophilicity via amphiphilic copolymer blending. Features 80%-90% flux recovery, 0.1μm filtration, 0.8mm filament spacing, and quick-plug connectors. Reduces cleaning frequency and energy consumption for lower lifecycle costs.

Anti-fouling PVDF hollow fiber MBR membrane module with 0.1μm pore size, 7.01㎡ actual area, and 1400 membrane filaments. Features permanent hydrophilicity, 40kg tensile strength per fiber,

MBR membrane fiber with 40 kg tensile strength and under 0.1% breakage rate. PVDF hollow fiber module survives intensive cleaning, backwashing and aeration scouring.

High flux anti-fouling MBR membrane with 0.1μm precision, sponge-like third-generation structure for stable 10-25 L/(m²*h) flux. Features permanent hydrophilicity, strong anti-fouling, and robust tolerance of MLSS 4-13 g/L. Ideal for municipal sewage treatment with reliable effluent quality.

Chemical Resistant PVDF MBR Membrane with 0.1μm pore size, 1400 filaments, and 7.01㎡ area. Features 570×820mm dimensions, 780mm filament length, and 0.8/2.1μm filament diameters for industrial wastewater treatment.

PVDF hollow fiber MBR membrane with 0.1 μm precision filtration for wastewater treatment. Features anti-fouling PVDF material, 10-25 L/(m²*h) operational flux, pH 2-12 tolerance, and 5-45°C operating range. Proven in 3,000+ projects worldwide for municipal and industrial applications.

Membrane maintenance is where MBR systems are won or lost. Complex disassembly, tank draining, and long downtime turn a routine cleaning into a production problem. Zhongqiao Enlightenment designed its MBR membrane module to make maintenance genuinely easy: the module is quick-detachable, offline cleaning requires no draining of the MBR tank, and a dual aeration system — external plus internal — actively prevents the membrane blockage that forces frequent cleaning in the first

Product Description: The Domestic MBR Membrane is a cutting-edge filtration solution designed to meet the rigorous demands of modern wastewater treatment processes. With an average filtration pore size of 0.1 micrometers, this MBR Membrane ensures exceptional separation efficiency, effectively removing suspended solids, bacteria, and other contaminants from water. This fine pore size makes it ideal for producing high-quality effluent suitable for various reuse applications,

Fluxrate 15-30 L/m²/h MBR Membrane with flat sheet filtering type, 1,016 mm module length, and 20-100 m² membrane area per module. Designed for efficient water purification with hollow fiber structure.

Hollow Fiber Membrane Structure MBR Membrane with 20-100 m² area per module, 1,016 mm length, and 15-30 L/m²/h flux rate. Designed for efficient wastewater filtration with flat sheet membrane filtering type.

Flat Sheet Membrane Domestic MBR Membrane with hollow fiber structure, offering 20-100 m² membrane area per module and 15-30 L/m²/h flux rate. Designed for efficient water filtration systems with 1,016 mm module length.

MBR Membrane with 20-100 m²/module area, 15-30 L/m²/h flux rate, hollow fiber structure, and flat sheet filtering. Ideal for industrial wastewater treatment with high efficiency and durability.

Product Introduction Factory Owned MBR Membrane is a core filtration component independently developed, produced and matched for high-efficiency sewage treatment equipment. As a key part of the MBR (Membrane Bioreactor) system, it replaces the secondary sedimentation tank in the traditional process, realizing high-efficiency solid-liquid separation and stable up-to-standard discharge of sewage. It is specially used in industrial wastewater, municipal sewage, rural sewage,

MBR curtain membrane water treatment hollow fiber membrane PVDF material reinforced continuous filament mbr membrane module Membrane Bio-Reactor The MBR membrane, short for Membrane Bio-Reactor, is a new type of biochemical reaction wastewater treatment system that integrates the biodegradation function of a bioreactor with membrane separation technology. In an MBR system, activated sludge and wastewater undergo biodegradation reactions in the bioreactor. The membrane module

MBR Membrane with Hollow Fiber Structure, High Filtration Efficiency MBR Membrane Module for Sewage Treatment MBR Membrane Overview MBR (Membrane Bioreactor) Membrane is a core component of the membrane bioreactor system, integrating biological treatment and membrane separation technology. It has become a key equipment in modern sewage treatment due to its outstanding performance and wide applicability, widely used in various water treatment scenarios. Service Life The