Conventional antiperspirants rely on aluminum halides which cause inflammatory skin reactions and potential systemic toxicity. Eliminating these compounds while maintaining sweat control reduces dermal sensitivity and regulatory risk.

Bacterial decomposition of sweat produces volatile organic compounds that cause unpleasant odors. Neutralizing these metabolic byproducts or inhibiting their formation provides necessary cosmetic and hygiene benefits.

Bacterial decomposition of sweat components leads to persistent malodorous compounds on the skin. Inhibiting this metabolic process prevents the degradation of sensory quality in personal care applications.

Active ingredients in anhydrous formulations often suffer from sedimentation or chemical degradation. Preventing these instabilities ensures consistent product efficacy and shelf life.