The principle of the electrolytic water cup is add tap water containing residual chlorine electrolyzing in diaphragm or non-diaphragm electrolyzer, and generate chlorine gas and H+ at the anode. H+ dissolves in water to make the water acidic, with a pH of 5.0~6.5. Chlorine gas reacts with water to form HOCl, which has a sterilizing and cleaning effect. After a period of time, electrolyzed water returns to tap water, which is safe and secure, and will not cause any burden to the earth’s environment.
Yes, S2Y electrolyzed water cup through the tested by Gmicro Testing shows can kill 99.99% of Candida albicans and Staphylococcus epidermidis and so on.
Because the water in each country is different, the addition of mouthwash is to adjust the PH value and electrical conductivity of the water, which can accurately control the PH value at 5.5-6.5, can produce more effective chlorine, and the disinfection effect is more significant, which will greatly improve the population with oral problems.
It is healthier and safer, and freshly prepared mouthwash has a higher germicidal rate. And it is colorless, odorless, alcohol-free, and chemical residue-free, suitable for children, the elderly and pregnant women.
In the case of no mouthwash stock solution electrolysis, we recommend that the PH value be between 5-9 and the conductivity be 25<TDS<500;
In the case of add mouthwash stock solution electrolysis, we recommend the use of water with a PH value of 6-7.5 qualityinspection and a conductivity of TDS<25.
Yes, it is very easy to make, you only need to add tap water to the cup, (you can optionally add the original electrolytic solution), and after 1 minutes of electrolysis, a cup of mouthwash that can be disinfected and sterilized can be produced
It is very safe, and the mouthwash should be used within 30 minutes after electrolysis, because it will return to ordinary tap water after 30 minutes, which is non-polluting to the environment
The titanium substrate and precious metal ruthenium iridium coating used in our electrodes are expensive, high electrolytic efficiency, longer service life of the electrolytic sheet, and safer, without the precipitation of other harmful substances.
