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Quick Details
-
Power Source:
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Battery
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Place of Origin:
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Seoul, South Korea
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Brand Name:
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TWR
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Model Number:
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T100/T200/T300
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Power (W):
-
0
-
Voltage (V):
-
0
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Max pressure:
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980kPa (140psi)
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Rated service flow:
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2LPM
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Max Temperature:
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135F
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Capacity:
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11,356Liters
Quick Details
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After-sales Service Provided:
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None
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Warranty:
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1 Year
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Application:
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Household
-
Power Source:
-
Battery
-
Place of Origin:
-
Seoul, South Korea
-
Brand Name:
-
TWR
-
Model Number:
-
T100/T200/T300
-
Power (W):
-
0
-
Voltage (V):
-
0
-
Max pressure:
-
980kPa (140psi)
-
Rated service flow:
-
2LPM
-
Max Temperature:
-
135F
-
Capacity:
-
11,356Liters
Water Purifier T Series
1. UF Cartridge - Mechanical Filtration
Particle size removal range by filtration
These sizes of well known objects and particulates
illustrate the size of the micrometer (or micron).
0.08um:
UF Cartridge is a mechanical filter with Pore-size of 0.08 μm. The ultrafilter removes
99.9999% of bacteria(Six-log reduction) and most of the particles, the main cause of the
short life span of the carbon and E.P filters due to early clogging at the pre-filtering
stage. UF cartridge can be back washed and re-used for at least 1 year.
2. Carbon Block - Chemical Absorption
Activated carbon works via a process called adsorption, whereby pollutant
molecules in the fluid to be treated are trapped inside the pore structure of
the carbon substrate. Carbon filtering is one of the most commonly used
filter media for water purification. Carbon filters are most effective at
removing chlorine, particles such as sediment, volatile organic compounds
(VOCs), Heavy metals, and taste and odor from water.
3. Electro Positive Filter - Electro adhesion
Mechanical filters, especially R.O, work on the basis of mechanical filtration and contain very small pores to remove submicron
particles. The extremely tight pores of a membrane cause low flow rates and high-pressure drop. The electro-positive filter has
a much larger physical pore size which allows for higher flow rates and lower pressure drop, and can still remove submicron
particles such as virus due to the inherent charge field extending across the the void volume of the pores.