Aquatrust RO Systems is a Home Drinking Water System that uses the principle of reverse osmosis to remove 95-99% of all the mineral and chemical contaminants from raw tap water. Aquatrust products gives you the quality of bottled water with the convenience of a faucet mounted on your kitchen sink.

The contaminants are then washed down the drain. The next stage of the Aquatrust RO SYSTEMS process is the small CARBON FILTER [5] removes the remaining traces of chemicals, tastes and odors. Typical Flow Chart The R.O. water is stored in a 3.2 gallons TANK[6]. Inside the tank is a balloon-like rubber diaphragm, pre-charged with 8-10 psi of air. As the tank fills, the air pressure increases and pushes the water out when the faucet is opened. The final element of the Aquatrust Series system is a POLISHED CHROME FAUCET [7]. It is installed on the kitchen counter or the sink. It is a dual action faucet offering intermittent flow (to fill a glass, hold the handle down) or continuous flow (to fill a coffee pot, lift the handle up).


PRESSURE: The greater the water pressure, the better the quantity and quality of the water produced. Water pressure of 60 psi ideal. Aquatrust include one booster pump can make sure the water pressure.
TEMPERATURE: 76*F is the ideal water temperature for R.O. 40*F water will cause the production of R.O. water to fall to half of that at 76*F. The maximum water temperature recommended is 85*F.
TOTAL DISSOLVED SOLIDS (TDS): The higher the amount of dissolved contaminants in the water, the lower the quantity of water produced. A high level of TOTAL DISSOLVED SOLIDS can be overcome with additional water pressure.
MEMBRANE: Different membranes have different characteristics. Some produce more water than others; some have better contaminant rejection capabilities; some have greater resistance to chemical abrasion for longer life. Aquatrust system comes with TW30-1812-80 The Thin Film Composite (TFC) membranes combine the best of these characteristics and are considered the finest membrane in the world.

