It is a groundbreaking product that takes into consideration not only its hygienic effects and safety, but also its impact on the future environment.
Unlike conventional cleaners that use synthetic surfactants, Super Alkaline Ionized Water is safe to use even if you shake it in your hands or accidentally lick it.
You can use it safely and easily in places that are difficult to clean with conventional detergents, such as children's toys, kitchen counters and stoves while cooking, and refrigerators with food in them.
pH concentration graph
Super alkaline ionized water is a strong alkaline ionized water with a pH of 12.5, which has been raised to the limit of alkalinity. Although 99.83% of the ingredients are pure water, it has cleaning and disinfecting effects equal to or greater than those of synthetic detergents and disinfectants.
還元電位
Microorganisms can survive in ordinary alkaline ionized water, but they cannot survive in super alkaline ionized water.
Super alkaline ionized water contains 0.17% potassium hydroxide. The remaining 99.83% is pure water. Potassium hydroxide becomes harmful as its content increases. The United Nations stipulates that if the content is 1% or less, it does not meet the hazards indicated in the SDS. Super alkaline ionized water is even less than 1/5 of the UN standard, making it extremely safe water.
The pH of ordinary alkaline ionized water is about 9.5. A difference of 1 in this value means a 10-fold difference in concentration. In other words, there is a 1,000-fold difference in concentration between super alkaline ionized water and ordinary alkaline ionized water.
Salt is used as an electrolyte material. Alkaline ionized water is produced by electrolyzing water with salt dissolved in it. In this process, alkaline ionized water and acidic water are produced, but if unnecessary acidic water is to be disposed of, it must be disposed of as industrial waste. All we want to produce is alkaline ionized water. However, with conventional methods, acidic water is also produced. Although acidic water can be used, it is wasted when producing alkaline ionized water. In addition, chlorine gas is produced during this process.
The filter used to generate super alkaline ionized water does not allow water to pass through. It is a special filter that only allows ions to pass through. As a result, only alkaline ionized water is produced, not acidic water. Of course, no harmful gases are produced. Because acidic water is not produced, there is no rust on the equipment or the surrounding environment. This is a major benefit of generating super alkaline ionized water.
In terms of cleaning, it can replace highly alkaline detergents and breaks down grease and dirt. As for the antibacterial effect, since it creates an environment in which bacteria cannot survive, it can suppress bacterial growth, which has the effect of killing norovirus and E. coli. As for the deodorizing effect, odors are often caused by bacterial growth, but since it prevents bacterial growth itself, it has a deodorizing effect. As for the rust prevention effect, since there is no cause for rust, it can suppress corrosion and deterioration of drainage pipes and equipment. As for maintaining the freshness of food, it has the effect of delaying the spoilage of vegetables, fish, meat, etc.
It will not rust and waste liquid disposal and management are easy.
When using detergent, you may be concerned about rough hands, but since it is water, there is no need to worry about this.
It can be used to clean food production lines.
When you close the lid of a dishwasher, the same amount of detergent always comes out.
There is a way to remove stains without scrubbing.
Because it is safe and nearly pure water, it can also be used to clean medical equipment and semiconductors.
What is the difference between super alkaline ionized water and regular alkaline ionized water?
Safety of Super Alkaline Ionized Water
Effects of super alkaline ionized water
Examples of using super alkaline ionized water
Super alkaline ionized water Q&A
