What type of reaction does desincrustation produce?

Desincrustation is a process often used in facial treatments, particularly for deep cleansing and exfoliating the skin. It involves the use of a galvanic current to facilitate the breakdown of impurities, such as sebum and dead skin cells, allowing them to be easily removed from the skin surface.

The chemical reaction produced during desincrustation results in an alkaline solution. This is because the process transforms the fatty acids and oils present within the skin into soap through saponification, making the environment more alkaline. An alkaline solution helps to soften and emulsify the debris, which enhances the effectiveness of the treatment by making it easier to extract impurities and open up clogged pores.

This characteristic of producing an alkaline reaction differentiates it from other potential reactions such as acidic or neutral. While acidic reactions can be effective for certain skin conditions, desincrustation specifically relies on the alkaline reaction for its cleansing effects. Therefore, understanding the alkaline nature of this reaction is crucial for estheticians when performing treatments and tailoring them to clients’ skin care needs.