Active Ingredient: Non-Nano Zinc Oxide Inactive Ingredients: Aqua

TL;DR. This ingredient is a broad-spectrum mineral UV filter that helps protect skin by absorbing, reflecting, and scattering UV radiation. In this format, the liquid carrier supports even dispersion of the particulate it.

What does Active Ingredient: Non-Nano Zinc Oxide Inactive Ingredients: Aqua do in a cosmetic formula?

This ingredient is a broad-spectrum mineral UV filter that helps protect skin by absorbing, reflecting, and scattering UV radiation. In this format, the liquid carrier supports even dispersion of the particulate it.

Is Active Ingredient: Non-Nano Zinc Oxide Inactive Ingredients: Aqua clean?

It is widely accepted in clean-beauty frameworks, especially in it form, with low irritation and allergy potential compared with many organic UV filters. Main scrutiny centers on particle size claims, dispersion quality, and regulatory compliance for sunscreen use.

Is Active Ingredient: Non-Nano Zinc Oxide Inactive Ingredients: Aqua sustainable?

This material is mineral-derived, so impacts center on mining, purification, and particle processing rather than agricultural inputs. It is inorganic and not biodegradable, but it is not expected to bioaccumulate like many persistent organic compounds, and it particles generally have lower aquatic mobility than nanoparticulate forms.

Is Active Ingredient: Non-Nano Zinc Oxide Inactive Ingredients: Aqua COSMOS-approved?

It is permitted under COSMOS-natural and COSMOS-organic when it meets approved mineral, particle-size, and UV-filter requirements. Its Green Chemistry fit is mixed: it is inert, photostable, and effective, but mineral-sourced and not renewable or biodegradable.

How does Active Ingredient: Non-Nano Zinc Oxide Inactive Ingredients: Aqua work chemically?

The molecule is an inorganic, amphoteric lattice compound used as an insoluble particulate solid rather than a dissolved it. Typical sunscreen use ranges from about 5% to 25%, with performance shaped by particle size, surface treatment, agglomeration control, and dispersion quality.

Last updated 2026-05-14