ro membrane element

1812-100 Factory Price Household Use Blue Ta 12 Inch 100gpd Ro Membrane For Fifterpe Testing Conditions Operation Limits and Conditions Inlet Pressure ------------------------- 60Psi(0.41MPa) Max. Working Pressure --- 125Psi(0.86MPa) Inlet Temperature ---------------------- 25 Max. Inflow Temperature ---------- 45 Concentration of Testing Solution ---- 250PPm SDI Max. Inflow SDI ----------------- 5 Inlet PH value ------------------------- -- 7.5-8 Residual Chlorine --------

5000TDS Reverse Osmosis RO Membrane for RO Water Purifier System RO membranes, in general, remove 90% or more of the contaminants present in the water, including TDS. When the TDS levels of your water source changes, it will affect the quality of the purified water output from your reverse osmosis system. Even though in most circumstances the majority of the dissolved solids in water is salt, the S in TDS stands for solids, and not just salt. A reverse osmosis system uses a

Nanofiltration Membrane 4040 Industrial Sewage Municipal Direct Drinking Water Model Number Description 4040-NF Performance & Test Condition The Desalination Rate % 98% Water Rate GDP 1800 The Test pressure 100psi Test solution Temperature 25 1C Test Solution Concentration NaCl 2.0-11.0 Recovery Of Single-Branch Membrane Element 15% Feed water SDI 5 Operating Limit: Maximum Operating Temperature 113F(45C) Maximum Working Pressure 600psi(41.0 bar) The high pressure drop

Industrial Water Purifier Reverse Osmosis RO Membrane 8040-NF Nano Membrane Industrial nanofiltration membrane elements are mainly used to remove organic matter, microorganisms, viruses and most of the divalent and above metal ions in water, while retaining part of sodium ions, potassium ions, etc. The separation process does not require any chemical reaction, does not require heating, and does not destroy biological activity, so it is more and more widely used in liquid

GT-3012-500GPD Water Purifier of Reverse Osmosis RO Membrane for Water Treatment The reverse osmosis membrane should have the following characteristics: (1) it should have high desalination rate at high flow rate; (2) High mechanical strength and service life; (3) It can function under low operating pressure; (4) Able to withstand the influence of chemical or biochemical action; (5) It is less affected by pH value, temperature and other factors; (6) The film making raw

Residential 2012-75GPD Reverse Osmosis RO Water Purifier Parts Membrane Reverse osmosis means that when a pressure greater than the osmotic pressure is applied to the concentrated solution side, the solvent in the concentrated solution will flow to the dilute solution, and the flow direction of this solvent is opposite to the original penetration direction. This process is called reverse osmosis; This principle is used in the field of liquid separation, purification, impurity

Resident Household Reverse Osmosis RO Membrane 150 Gpd for Water Filter 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. Performance TYPE BW-2012-75 BW-2012-100 BW-2012-150 Rejection Rate 97% 97% 97% Permeate

TW-1812-75G Domestic RO Membrane for RO Water Purifier Parts During the use of the equipment, in addition to the normal performance degradation, the performance degradation of the equipment due to pollution is more serious. The usual pollution mainly includes chemical scale, organic matter and colloid pollution, and microbial pollution. Different types of pollution show different symptoms. There are also some differences in the symptoms of membrane fouling proposed by

Industrial Water Purifier System RO Water Filter 4040 Nano Membrane With the increasing biofouling problem of reverse osmosis membranes, the research and development and application of anti-biofouling membranes have become a focus of attention. At present, the evaluation methods of antibacterial properties of membranes are static evaluations of the antibacterial properties of the membrane surface, while dynamic testing methods are closer to The actual use conditions, the