What is the oxidation-reduction potential (ORP)?
The oxidization reduction potential1 is the electrical potential needed to reduce or slow down rusting and decay (oxidization). Kangen Water® must have a negative ORP in order to be considered good, especially for drinking. ORP is the strength to bond with active oxygen2 reducing power, and can be measured through electronic designs in the hardware. Although a negative value is desirable for deoxidization power, the actual value varies from region to region. For example, in Osaka city, tap water records an ORP of +580-600mV, but after using LeveLuk, the ORP becomes pH9.5 and records the ideal from -150mV to -400mV. When the original water supply’s ORP increases, the ORP of Kangen Water® moves in direct proportion. On the Japanese archipelago, LeveLuk is capable of producing water with negative levels of ORP at pH9.5 even where original water supply marks the highest positive levels of ORP.
The oxidation reduction potential1 is the electrical potential needed to reduce or slow down oxidation such as rusting. Kangen Water® must have a negative ORP in order to be considered good, especially for drinking. ORP is the strength to bond with active oxygen2 reducing power, and can be measured through electronic designs in the hardware. Although a negative value is desirable for deoxidization power, the actual value varies from region to region. For example, in Osaka city, tap water records an ORP of +580-600mV, but after using LeveLuk, the ORP becomes pH9.5 and records the ideal from -150mV to -400mV. When the original water supply’s ORP increases, the ORP of Kangen Water® moves in direct proportion. On the Japanese archipelago, LeveLuk is capable of producing water with negative levels of ORP at pH9.5 even where original water supply marks the highest positive levels of ORP.
