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HIDROTEK 150G
Hidrotek replaceable membrane module, designed for water purification from a wide range of organic and inorganic dissolved impurities as well as bacteria and viruses. Removes hardness salts, nitrites and nitrates
Description ...
Description ...
500 000 UZS
Osmosis membrane Hidrotek 150G
The Hidrotek 150g reverse osmosis membrane, used as the penultimate stage of water purification, is made of a semi-permeable material with a hole diameter of 3 Angstroms (0.00028 microns) through which only water and oxygen molecules can pass.
The Hidrotek 150g membrane is designed to purify water from a wide range of organic and inorganic dissolved impurities, as well as bacteria and viruses. The efficiency of the reverse osmosis process with respect to various impurities and solutes depends on a number of factors. The pressure, temperature, pH level, material and chemical composition of the input water affect the efficiency of reverse osmosis systems.
Technical specifications:
The Hidrotek 150g reverse osmosis membrane, used as the penultimate stage of water purification, is made of a semi-permeable material with a hole diameter of 3 Angstroms (0.00028 microns) through which only water and oxygen molecules can pass.
The Hidrotek 150g membrane is designed to purify water from a wide range of organic and inorganic dissolved impurities, as well as bacteria and viruses. The efficiency of the reverse osmosis process with respect to various impurities and solutes depends on a number of factors. The pressure, temperature, pH level, material and chemical composition of the input water affect the efficiency of reverse osmosis systems.
Technical specifications:
-active surface: 0.36
- maximum water supply pressure: 300 psi (21 bar)
- maximum flow rate of supplied water: 2 gallons per minute
- maximum water temperature: 45 ° C
- maximum chlorine content in the feed water: <0.1 ppm
- pH range of supplied water: from 3 to 10 pH
The membrane is changed every 24-84 months or as needed. This depends on how much water is consumed and the permeability of the membrane.
