Alkaline Water Ionizer


Free Cool Ionizer
Understands your Alkaline Water Ionizers


Technology Overview

A hydrogen atom (center) contains a single proton and a single electron. Removal of the electron gives a cation (positive ion)(left), whereas addition of an electron gives an anion (negative ion) (right). The hydrogen anion, with its loosely held two-electron cloud, has a larger radius than the neutral atom, which in turn is much larger than the bare proton of the cation. Hydrogen forms the only cation that has no electrons, but even cations that (unlike hydrogen) still retain one or more electrons are still smaller than the neutral atoms or molecules from which they are derived.

A water ionizer electrolyzes water with direct current voltage (DCV). A special attachment re-directs tap water out of the faucet through a plastic hose into the ionizer unit. Inside, the water is first filtered through activated charcoal.

Each ionizer unit has a specially engineered electrolysis chamber equipped with platinum-coated titanium electrolysis plates. The filtered water flows into the chamber and is directed through a ceramic membrane that is positioned between the charged electrolysis plates.

Automatic Cleansing —
No-Hassle Design

Automatic 10 second electrolysis chamber cleansing after each Alkaline water use.
Records Alkaline water production volume and automatically cleans when production reaches 50 liters.
Chamber cleansing provides double protection: prolongs the service life of electrolysis plates and stabilizes the Oxidation-Reduction Potential (ORP) value of the electrolysis process.

Active carbon fiber
manufactured in USA

Industry leading USA manufacturing technique complies with the highest drinking water standards.

Higher absorption efficiency than coconut-shell granular carbon, is able to absorb very fine impurities, chemicals, such as chlorine, agriculture pesticides, etc.

Platinum-titanium electrolysis plate &ion membrane-manufactured in Japan

  • High-tech platinum-titanium electrolysis plate manufactured by KOBE Steel, Japan.
  • Ceramic ion membrane manufactured by Yuasa, Japan, temperature-resistant and non-toxic.

An ion is an atom or molecule in which the total number of electrons is not equal to the total number of protons, giving it a net positive or negative electrical charge.

  • Legend
  • Proton
  • Electron
No. of Protons 1 1 1
No. of Electrons 0 1 2
Charge +1 0 -1
Notation H+ H H-
Classitication Cation Neutral
(Not an Ion)

The conditioned or 'Ionized' water then exits through two ports (an alkaline port and an acidic port).Cations are attracted to the negatively charged plate to produce cathodic water (reduced water). Anions, negatively charged ions, are attracted to the positively charged plate to produce anodic water (oxidized water).

The (-) cathode attracts minerals such as sodium, magnesium, potassium, calcium and others and the water surrounding the terminal becomes alkaline with an increase in hydrogen ions (H+). The anti-cathode terminal attracts ions such as oxygen, sulfuric acid, sulfur and the water surrounding the terminal becomes acidic with an increase in hydroxide ions (OH-).

The water discharged from the alkaline port has a higher pH value and contains minerals, like Calcium and Magnesium, that are in a form that is more suitable for the body to assimilate.

Calcium, Potassium, Magnesium and other minerals can normally be found in drinking water. But these minerals in are complex, inorganic and very stable. These are not easily assimilated by the body. However, minerals in ionized water are separated into ions with (-)ORP. These ions unite with the acidic residues with positive ions. They act as buffering agents that are easily assimilated and eliminated by our bodies.

Removal of lmpurities
Sterilization & Deodorizaton
Removal of Chemicals
Absorption of Redioactive Material
Removal of Heavy Metal
Water Purification
Sulfuric Acld(SO42-)
Carbonic Acid(Ca+)
Nitrlc Acid(NO2-)
Magnesium Ions(Ma2+)

The number of plates inside the electrolysis chamber varies between systems. Some systems have 3 plates, others 5 and more are possible. The number of plates affects unit performance. The more plates the unit has, the larger the possible range of pH values and the large, and more importantly, the more -ORP values possible of the produced water.