Detergency Performance

B-CLEAN is super alkali electrolysis water optimized for performance in cleaning and produced by our original method of electric decomposition.

B-CLEAN is maximally raised alkaline by pH12.5 and is formed by 99.13% pure water. In spite of pure water, its performance is equivalent/superior to that of synthetic detergents. pH is defined and used as a scale of hydrogen ion concentration. The pH of tap water is around 7, and beverage alkaline water is around 8. B-CLEAN is strong alkaline water with 100,000 (one hundred thousand) times higher level of concentration than tap water.

Unlike the alkaline water formed by caustic soda, B-CLEAN with 99.13% pure water doesn’t cause skin irritancy or chemical burn. In addition to its sterilizing effect, B-CLEAN is highly effective at oil-decomposing and is widely used for washing the manufacturing products and parts of industrial machinery.

How B-CLEAN Works?

Surfactant Infiltration

B-CLEAN molecules became small, improving osmosis and spreading quickly along the interface of dirt and the surface of the object.

Abrasion / Dispersion

The +ions of dirt are surrounded by -ions of the B-CLEAN rendering the surface of object from +ion to -ion. Exfoliating the dirt from the objects.

Emulsification Separation

Dirt surrounded by -ions is quickly separated emulsified.

Converting into Soap

Dirt, oils and fat are combined to become a form of liquid soap and maintain a degree of detergency despite still looking dirty.

B-CLEAN is safe for people and environment.

Sterilizing Effect

Virus and bacteria can’t grow in B-CLEAN containing pH12.5 hydrogenion. Therefore, bacterium related food poisoning is destroyed in 30 seconds. Water can reduce and prevent oxidation from the strong condition of alkalinity.

The electrical potentials of oxidation-reduction in B-CLEAN is -900mV Oxidation and reduction affected objects – Metals subjected to oxidation rust, plants will wither and get discolored, and creatures will age and get weak. Reduction is an opposing action to prevent these effects of oxidation