RE 4040-SHF reverse osmosis membrane has high productivity, as compared with analogs, which is achieved by increasing the filtration area. Also, the membrane Saehan RE 4040-SHF is highly resistant to pollution, exposure to chemical environments, and modified for various needs. Due to the large range of CSM membranes, you can configure the filter to filter slightly saline, seawater, retaining its properties after chemical recovery.
The membrane is based on a thin-film polyamide material that has microscopic pores in its structure. Wrapped in a roll, the material is a water filter, but it only passes water molecules, since the pore size is close to a thousandth of a micron (0.0001 micron). Only water molecules and some low molecular weight gases can leak through these pores. However, water cannot independently seep through the membrane; therefore, pumps are used that push water through the roll structure of the membrane.
Water moves from the outside to the inside of the roll. Inside the RE 4040-SHF membrane there is a tube through which purified water (permeate) exits, and the filtered residue leaves through the membrane layers in the form of a concentrate, which is subsequently removed to the sewer.
Ultratec Water Treatment Equipment LLC supplies RO membranes in Dubai, UAE for industrial and commercial water treatment systems.
Our technical team can assist with selecting suitable membranes based on feedwater quality, system requirements, and operating conditions.
The CSM RE4040-SHA membrane is commonly used in reverse osmosis systems for brackish water treatment and applications requiring reduction of dissolved salts and contaminants.
Yes, Ultratec supplies compatible RO membranes and provides technical assistance for industrial and commercial water treatment applications across UAE.
Contact our team in Dubai to discuss your water treatment requirement and receive a solution configured for your site.
Explore other reverse osmosis membrane brands available from Ultratec for commercial and industrial water treatment systems.