Why RO
Reverse osmosis (RO) is selected for water purification because it utilizes a semi-permeable membrane to effectively separate bacteria, ions, undesired molecules, and larger particles from drinking water. This process ensures the production of clean and safe drinking water.
Reverse Osmosis is regarded as one of the most effective water filtration methods. In contrast to carbon or chemical filtration systems, which rely on specific materials to attract or directly target contaminants in the water,  Reverse Osmosis achieves its effectiveness by forcing water through an extremely tiny filter material. This process efficiently removes a wide range of impurities, making it a preferred choice for water purification.
Purification Performance

Filter Diameter

0.001-0.001 um

Ratio of Desalinization

≥ 90%

Chlorine Removal

≥ 95%

Fluoride Removal

≥ 95%

Escherichia Coli Removal

≥ 99.99%

Staphylococcus Aureus Removal

≥ 99.99%

Heavy Metal Ion Removal

≥ 95%

Due to the microscopic pores on the semi-permeable membrane filter, Reverse Osmosis can not only eliminate readily visible contaminants like sediment and larger organic matter but also effectively remove dissolved substances. This process treats salty water to the point where it becomes suitable for drinking and cooking.
Why is Reverse Osmosis Exceptional?
Water Purification Technology Sediment, Dust, Dirt, Rust, Sand, etc.Bacterium, Particle, Cyst, Colloid, etc.Mineral, Fluoride, Metal Ion, etc.
MF/Gravity
(0.1-100um)
Remove//
UF Filter
(0.01-0.1 um)
RemoveRemove/
RO Filter
(0.0001 um)
RemoveRemoveRemove
UV
(Ultraviolet)
/Remove/
How does each filter in iClear function?
P/C Filter
This process effectively eliminates macromolecular pollutants, sediment, and rust from water while also adsorbing residual chlorine.
RO Filter
It efficiently filters out bacteria, microorganisms, viruses, heavy metal particles, and most minerals.
CTO Filter
The remarkable adsorption capacity of activated carbon derived from coconut husk charcoal effectively absorbs microorganisms, residual chlorine, odors, and colored compounds.