In galvanic modality, what occurs with more moisture gradient?

In galvanic modality, an increased moisture gradient leads to a higher production of lye in the follicle. This is primarily due to the electrolysis process, where galvanic current decomposes water into hydroxide ions (lye) through electrolysis when moisture is present. The more moisture there is in the area, the more effective the electrolytic process becomes, resulting in a greater production of lye.

Lye, being a strong alkaline substance, aids in breaking down the hair structure within the follicle, facilitating hair removal. Therefore, a higher moisture gradient contributes to a more effective treatment by increasing lye production, making the process more efficient.