Alkaline Water Ionizer with pH Range 3.5-10.5 ORP +600- -500mv and Capacitive

EHM Electrolyzed Hydrogen water machine Alkaline Water Ionizer Of The Year specifications

Electrolyte Water Filter Of  The Year Features:

1.Includes a supper large 3.8-inch colorful LCD screen displaying more information. Elegant and solid CDC TOUCH CONTROL panel, easy to be used by children & elder people.

2.The LCD displays pH and ORP, flow rate, temperature, filters’ usage life, helping user to select suitable water.

3. Using high-power SMPS power supply, it is suitable for many different power supplies in the world, safe and reliable. 

4. The electrolysis with the microcomputer automatic control system can work perfectly in the water TDS from 50 to 1000PPM 

5. It has a built-in water filtering system, showing the filter life span in time, to make sure the water quality is safe to use. 

6. It has the self-cleaning function, to prevent scaling.  

7. Korea imported stainless steel souts, never rust, free to be bent to any direction.

8. 5pcs large size Titanium with Platinum coating plates, applied with Korea imported IONIC MEMBRANCE, providing higher efficiency electrolysis and longer working life. 

9. Built-in overheat protection system, prevent high temperature water entering the machine, assure the machine to work safe.

Electrolyte Water Filter Of  The Year Principle of operation : 

The tap water in the municipal city is the water source of our machine. Firstly filtering tap water through four filters and absorbing and other processions and then decomposing by Electrolysis Chamber, due to the influence of hydrogen bond, the ordinary tap water is composed of 13 to 15 small molecular clusters, when the water enter into the electrolysis chamber, the hydrogen bond of water molecule is opened with the influence of electric field and produces the small molecular cluster water with 5 to 6 water molecules. At the same time, the positive ions such as Ca2+,Mg2+,K+,H+ and so on in solution move toward the negative pole with the influence of electric field. According to the strength of electro negativity’capability, H ion has a reduction then the electro negativity becomes hydrogen. Due to the fact that the density of H ion decreases, the hydroxide root ion is thicker and then water become weak alkaline with the PH up to 7, the water produced in this pole is alkaline water. At the time , in the positive pole some of negative ions such as Cl-,SO42-,NO3-,NO2-,OH- etc move to positive pole. Among plenty of negative ions, the hydroxide root ion loses electrodes easterly and then has an oxidative reaction and produce oxygen and water with the loss of electrodes. At the same, the density of H ions rises because density of the hydroxide root ion decreases so the water becomes weak acid with PH down to 7 so the water produced is acid ionic water. The chemistry formulas in two poles are as follows: 

Ionized water is drinking water that has undergone a process known as ionization. Essentially, this process segregates the acid and alkaline content found in water. This division is achieved by subjecting the water to electrolysis by taking advantage of the naturally occurring electric charge found within ions of different minerals. 

When successfully ionized, this type of drinking water can help enhance the ability of the blood to carry oxygen and also assist in neutralizing acidic waste and free radicals from the body. 
 

There are many reported benefits of alkaline water including:

1. Enabling the body to assimilate water better and hydrate quicker due to the smaller cluster size of the water molecules.
2. Helping to restore the body to its ideal alkaline pH balance.
3. Promotes an internal alkaline environment which takes up oxygen better helping to guard against cancers and other     degenerative diseases.
4.It helps to neutralize and flush out toxins and acid wastes from the body.
5.Increases energy levels and improves the capacity for aerobic exercise. It also speeds up recovery time after exercising.
6.It aidsassimilation of mineral supplements where absorption is limited due to excess acidity.