High Permeable Ro Water Filter Membrane Household Reverse Osmosis 600 Gpd

High Permeat Flow Household RO Membrane for Water Treatment Household Using

Our membrane elements are widely used in water treatment and material separation. The special design of the cover ,and the wider gridding ensure to improve the impact resistant and antipollution property. Besides, strict management system combine with inspection system of core technology remains stable for membranes.

Reverse osmosis membranes can be used for a variety of fluid separations. Currently, the most widely used reverse osmosis membranes are cross-linked aromatic polyamide reverse osmosis membranes. Usually, m-phenylenediamine and trimesoyl chloride are used for interfacial polycondensation on the surface of porous polysulfone supported membranes. A polyamide layer is formed. The polyamide layer obtained by the reaction is the key to influence the water permeability and salt retardation rate. Therefore, focusing on the interfacial polycondensation reaction and optimizing the polyamide layer in order to obtain a reverse osmosis membrane with large flux and high salt removal rate has always been the direction of many researchers.

Performance and test conditions

Note: Single membrane permeate flow change in the range of ±15%

Test Conditions

Test Pressure 100psi( 0.7Mpa)

Temperature 25ºC

Concentration of Testing Solution (NaCl) 500ppm

Testing Solution PH 2-11

Note:1. The Max. continous operation temperature is 35ºC when PH rate over 10.

        2. In certain conditions,if would cause membrane breakage if the free chlorine or the other oxidant in feedwater.The production quality guarantee range is notincluded membrane breakage by oxiadation.

Dimension of Membrane Element

3012-600:    A:12.0mm          B:3.0mm          C:0.68mm          D:0.75mm          E:10mm          

With the rapid development of reverse osmosis membrane technology and the in-depth use of membrane elements, the development and preparation of large-flux reverse osmosis membranes has gradually become the focus of research. Large throughput means that the energy consumption required to process the same volume of liquid is low, which can effectively save investment and equipment operating costs, and improve processing efficiency.

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