Multi UF 4-Series KOREA Undersink Filtration System
KOREA Undersink Filtration System
Multi UF 4-Series (4 Filters)
- Various filtration options available from 4 ~ 6 stages.
- Infinite purified water whenever you turn on the tap.
- No electricity. No water wastage.
- Unique filter design.
- Easy and quick filter change.
- Composite Polypropylene filter body.
- Automatic shut-off valved head.
Ideal for limited spacing installation.
4-Stages Multi UF-4
Multiple fiber layer structure of PP sediment filter maximize elimination performance. As the initial stage to eliminate minute impurities in the water through 1 ~ 10 micron pore size. Effectively remove sediments like rust, dust, sand, soil, large particles and other pollutants in the water.
Coconut carbon filter utilizing physical and chemical attraction to particles in form of gas or liquid. Activated carbon as role of absorption agent. Effectively eliminates chlorine, organic compounds, odors, lead, heavy metals, gas and other chemicals in the water.
Water flowing through the UF membrane filter. Contaminants are blocked on the outer membrane surface. Leaving clean and drinkable purified water. UF membrane with pore size in range of 0.03 ~ 0.05 micron typically remove high molecular-weight substances, colloidal materials, organic & inorganic polymeric molecules, bacteria and viruses while retaining essential minerals in the water.
Post-carbon filter can prevent the propagation of germs and eliminating odors, bad taste, coloring matter melted into water. Adjust water taste and generate colorless and odorless clean drinking water.
5-Stages Multi UF-4
Combination of filters with 4-Stages Multi UF 4 filtration functions. Improving filtering performance and taste of water with multi composite filter.
6-Stages Multi UF-4
Combination of filters with 4-Stages & 5-Stages Multi UF 4 filtration functions. Improving filtering performance and taste of water with multi composite filter. Higher performance to remove arsenic and other heavy metals in the water.
Lift & Twist. Quick filter change design.