ACTIVE INGREDIENTS: Zinc Oxide 12%. INACTIVE INGREDIENTS: Water ●
TL;DR. This ingredient is a mineral sunscreen it that helps protect skin by scattering and absorbing UV radiation. At 12%, it is being used as the primary UV filter rather than as a texture or color additive.
What does ACTIVE INGREDIENTS: Zinc Oxide 12%. INACTIVE INGREDIENTS: Water do in a cosmetic formula?
This ingredient is a mineral sunscreen it that helps protect skin by scattering and absorbing UV radiation. At 12%, it is being used as the primary UV filter rather than as a texture or color additive.
Is ACTIVE INGREDIENTS: Zinc Oxide 12%. INACTIVE INGREDIENTS: Water clean?
This ingredient is broadly accepted in clean-beauty frameworks and is usually considered well tolerated, especially compared with many organic UV filters. The main clean-standard caveats are particle size, coating, inhalation concerns in loose powders or sprays, and residual heavy-metal specifications.
Is ACTIVE INGREDIENTS: Zinc Oxide 12%. INACTIVE INGREDIENTS: Water sustainable?
This material is mineral-derived, so it is not renewable or biodegradable in the usual organic-chemistry sense. Environmental attention focuses on mining impacts, particle behavior in waterways, and responsible control of nano-scale forms.
Is ACTIVE INGREDIENTS: Zinc Oxide 12%. INACTIVE INGREDIENTS: Water COSMOS-approved?
It is generally compatible with COSMOS-natural and COSMOS-organic formulas when it meets the standard’s mineral, purity, and particle-size requirements. From a Green Chemistry lens, it scores well for photostability and low skin reactivity, but less well for nonrenewable sourcing and limited biodegradability relevance.
How does ACTIVE INGREDIENTS: Zinc Oxide 12%. INACTIVE INGREDIENTS: Water work chemically?
This material is an insoluble inorganic particulate made from divalent metal cations and oxide anions in a crystalline lattice, with sunscreen use commonly allowed up to 25% in regulated OTC systems. It is photostable and works best when evenly dispersed, while surface-treated grades can improve spread, reduce aggregation, and moderate surface reactivity.
Last updated 2026-05-13