KORED is a technology-first company in Korea that has different technologies from the existing companies in the environmental protection industry. KORED possesses various world-class technologies from membrane manufacturing technology to engineering, operation management, membrane applications, and indoor air purification technology.
KORED Neofil Flat Sheet Membrane
KORED Neofil Flat Sheet Membrane is the high permeability membrane using hydrophilic materials.
Neofil flat membranes are made of PES (Polyethersulfone), a hydrophilic polymer material. And unlike hydrophobic polymer materials such as PTFE and PP, Neofil flat membranes provide more excellent fouling resistance and water permeability in environments treated with high-concentration activated sludge such as wastewater treatment processes.

 Excellent water-friendly characteristics, excellent selective permeability in high-concentration sludge environment
 Excellent contamination resistance in high-concentration environments due to low adsorption to organic substances such as proteins and microorganisms
 Easy handling not to require the pre-treatment such as hydrophilization unlike hydrophobic polymer materials

Neofil flat membrane sheet has a 3-layer membrane structure formed of a membrane layer ➞ support layer ➞ membrane layer, which doubles against damage to the membrane caused by foreign substances flowing in poor environmental conditions such as sewage and wastewater treatment processes. wastewater treatment plant manufacturer

 Securing water quality stability by enhancing durability by 3-layer membrane layer
 Excellent turbidity removal performance added by 3-layer double filtration structure

The durability of i Neofil flat membrane sheet is strengthened by analyzing and analyzing the stress of the flat membrane unit, and it reduces membrane contamination by generating an optimized upward flow through an independent aeration system. air purification filter manufacturer

 Stability and durability are further enhanced by analyzing the stress on the structure as well as selecting the corrosion-resistant material
 Increased chemical cleaning cycle by reducing the rate of increase in TMP (Trans-Membrane Pressure) through the optimization of physical cleaning
 Additional economic savings in terms of membrane maintenance by extending the chemical cleaning cycle