3M Drinking Water Filter UT-V390

3M Drinking Water Filter UT-V390

Removal of harmful contaminants with efficient removal of bacteria, heavy metals, and volatile organic compounds (VOCs). High flow of fresh, ready to drink water with triple reminder function for easy monitoring. Retains essential minerals while delivering clean and safe drinking water.
Efficient Removal of Bacteria

Upgraded PES membrane provides efficiency as high as 99.999999%.

Efficient Removal of Heavy Metals

Aqua-Pure activated carbon block can efficiently remove greater than 99% of the common heavy metals in water such as lead, mercury, cadmium and other pollutants.

Efficient Removal of Volatile Organic Compounds (VOCs)

Aqua-Pure activated carbon blocks have a high-efficiency adsorption capability to remove residual chlorine and odor, volatile organic compounds such as Benzene, Toluene, Chlorobenzene and other volatile organic compounds VOCs.

*According to the performance tested by SGS laboratory

Description

Specifications

Brand3M™
Product SeriesUT-V390
Dedicated FaucetYes
ApplicationsUnder Sink Water Filtration
Product ColorWhite
Filter Micron Rating1 µm for the pre-filter and 0.2 µm for final filter
Flow Rate2.8 L/min
Total Throughput4,000 L
Product Dimension300 mm (W) x 414 mm (H) x 137 mm (D)
Temperature Range4.4 – 37.8°C
Pressure Range25 – 125 psi (1.75 kgf/cm2)
Reduction ClaimsReduces bacteria, heavy metals and volatile organic compounds (VOCs), while retaining essential minerals.
Industries Home

Details

Highlights

  • Removal of harmful contaminants.
    Efficient removal of bacteria, heavy metals and volatile organic compounds (VOCs).
  • Triple reminder function.
    Water filter screen display, beep reminder and light-emitting ring reminder.
  • High flow rate.
    High flow of fresh ready to drink water.
  • Retains essential minerals.
    Keeps beneficial minerals in the water.
  • Strong & durable.
    High strength disposable filter cartridge.
  • Efficient water distribution.
    Specially designed for distribution through filter media.
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