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RO Membrane element K-100S for Aquaphor OSMO Crystal and DWM-102S,100gpd
Membrane cartridge for ultra deep cleaning and water softening.
Cleans up to 375 liters of water per day.
Replaced with the body.
Description ...
Cleans up to 375 liters of water per day.
Replaced with the body.
Description ...
Price by request
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RO Membrane Aquaphor OSMO Crystal, K-100 100gpd
This module is suitable for the DWM-41 and Aquaphor-OSMO-100 filter, sections 4 and 5,
as well as for the filter dispenser Aquaphor PS1-F-D OSMO-K-100-4-M.
Choose a new membrane carefully!
If you have DWM-31, you need a K-100S membrane.
If you have DWM-101S *, you need Membrane K-50S * (top drainage)
If you have DWM-101, you need Membrane K-50 (bottom drainage)
* Marking S means that drainage (water with impurities) is removed from the membrane module - upwards, passes through the housing, and drains into the sewage system. In the previous model, DWM-101, drainage is output from the bottom of the membrane module through a special drainage tube.
Reverse osmosis
Reverse osmosis is the purification of water using a reverse osmosis membrane. Water with this method of purification is passed through a membrane (a kind of “sieve”), the pores of which allow water to pass through, but do not let impurities dissolved in it (although the installation does not allow any impurities to pass — neither harmful nor useful).
The reverse osmosis system allows to obtain water of very high purity (close to distilled). Reverse osmosis can remove from the water even monovalent ions, for example, ions of sodium and chlorine.
Reverse osmosis plants must contain activated carbon, since the membrane itself does not inhibit low molecular weight highly volatile organics (such as chloroform) and bacteria.
The quality of water filtered by such an installation is stable.
However, this method has a number of disadvantages:
firstly, reverse osmosis plants are very expensive (cost - from $ 100 and up);
secondly, they have, as a rule, low productivity (20-25 liters per day), and therefore in some cases require the installation of a storage tank;
thirdly, the water in front of the reverse osmosis membrane must necessarily undergo a thorough mechanical filtration;
fourth, the water after such treatment becomes “too clean” and does not contain the trace elements necessary for the body, which requires their addition to the water after filtration;
fifth, when the reverse osmosis system is operating, up to 50-75% of the treated water is discharged into the drainage. At the exit, the user receives only 25-30% of water. True, the water is very well purified.
This module is suitable for the DWM-41 and Aquaphor-OSMO-100 filter, sections 4 and 5,
as well as for the filter dispenser Aquaphor PS1-F-D OSMO-K-100-4-M.
Choose a new membrane carefully!
If you have DWM-31, you need a K-100S membrane.
If you have DWM-101S *, you need Membrane K-50S * (top drainage)
If you have DWM-101, you need Membrane K-50 (bottom drainage)
* Marking S means that drainage (water with impurities) is removed from the membrane module - upwards, passes through the housing, and drains into the sewage system. In the previous model, DWM-101, drainage is output from the bottom of the membrane module through a special drainage tube.
Reverse osmosis
Reverse osmosis is the purification of water using a reverse osmosis membrane. Water with this method of purification is passed through a membrane (a kind of “sieve”), the pores of which allow water to pass through, but do not let impurities dissolved in it (although the installation does not allow any impurities to pass — neither harmful nor useful).
The reverse osmosis system allows to obtain water of very high purity (close to distilled). Reverse osmosis can remove from the water even monovalent ions, for example, ions of sodium and chlorine.
Reverse osmosis plants must contain activated carbon, since the membrane itself does not inhibit low molecular weight highly volatile organics (such as chloroform) and bacteria.
The quality of water filtered by such an installation is stable.
However, this method has a number of disadvantages:
firstly, reverse osmosis plants are very expensive (cost - from $ 100 and up);
secondly, they have, as a rule, low productivity (20-25 liters per day), and therefore in some cases require the installation of a storage tank;
thirdly, the water in front of the reverse osmosis membrane must necessarily undergo a thorough mechanical filtration;
fourth, the water after such treatment becomes “too clean” and does not contain the trace elements necessary for the body, which requires their addition to the water after filtration;
fifth, when the reverse osmosis system is operating, up to 50-75% of the treated water is discharged into the drainage. At the exit, the user receives only 25-30% of water. True, the water is very well purified.
