Three stages, one cartridge.
Water enters at the bottom of the system and passes through three filtration stages before it reaches the dedicated faucet. The last of them, the ultrafiltration membrane, has 0.01 micron pores — roughly seven thousand times finer than a human hair.
Holds back sediment
Corrects taste and smell
Filters at 0.01 microns
Holds back sediment
The first stage stops sand, rust particles and deposits shed by the pipes. It also acts as protection: without it, the fine membrane would clog far sooner.
Corrects taste and smell
The activated carbon stage works on chlorine and on the compounds that give tap water its distinctive taste and smell. It is the difference between water you tolerate and water you drink without thinking about it.
Filters at 0.01 microns
The membrane has 0.01 micron pores: anything larger than that simply cannot pass through. Unlike reverse osmosis, ultrafiltration works on mains pressure alone — no pump, no power socket, and nothing sent down the drain.
How small 0.01 microns really is
A micron is a thousandth of a millimetre. The membrane pores are a hundred times smaller than a common bacterium and several thousand times finer than a strand of hair.
Zero waste water
Reverse osmosis systems send several litres down the drain for every litre they produce. Ultrafiltration needs no such trade-off: everything that enters the system reaches the tap.
Runs on mains pressure
Between 1 and 4 bar, the system delivers 1.5 litres per minute with no pump and no socket under the sink. Nothing stops working when the power goes out.
Technical data
- Technology
- Three-stage ultrafiltration
- Pore size
- 0.01 microns
- Water supply
- Mains water
- Operating pressure
- 1 – 4 bar
- Flow rate
- 1.5 l/min
- Rated filtration capacity
- 3,650 litres
- Operating temperature
- -5 °C / +38 °C
- Dimensions
- 285 × 100 × 260 mm
- Power supply
- Not required
- Waste water
- None
- Inlet fitting
- 3/8 inch
- Outlet fitting
- 1/4 inch