TITANIUM DIOXIDE V283863/1 ●
TL;DR. This ingredient is a mineral opacifier and white pigment used to add coverage, brightness, and opacity. In appropriately engineered grades, it can also function as an inorganic UV filter in sunscreen products.
What does TITANIUM DIOXIDE V283863/1 do in a cosmetic formula?
This ingredient is a mineral opacifier and white pigment used to add coverage, brightness, and opacity. In appropriately engineered grades, it can also function as an inorganic UV filter in sunscreen products.
Is TITANIUM DIOXIDE V283863/1 clean?
Clean-beauty frameworks generally accept this ingredient for skin-contact use, but scrutiny increases for nano-scale grades, photocatalytic activity, and loose powders or aerosols where inhalation exposure is plausible. Coated, non-respirable grades are typically viewed as the lower-friction option.
Is TITANIUM DIOXIDE V283863/1 sustainable?
This material is mineral-derived, so its footprint is tied to mining, beneficiation, and energy-intensive refining rather than agriculture. It is not biodegradable because it is inorganic, but it is chemically stable and not considered bioaccumulative in the way persistent organic pollutants are.
Is TITANIUM DIOXIDE V283863/1 COSMOS-approved?
It is generally permitted under COSMOS-natural and COSMOS-organic as an approved mineral colorant or opacifier, and sunscreen use depends on the grade meeting applicable regulatory and particle-size conditions. From a Green Chemistry lens, it has strong stability and low reactivity, but weaker alignment on renewability and end-of-life biodegradation.
How does TITANIUM DIOXIDE V283863/1 work chemically?
The molecule is an inorganic metal oxide used as fine particles, usually in rutile or anatase crystal form, with rutile favored when lower photocatalytic activity is desired. Typical cosmetic use ranges from below 1 percent for opacity adjustment to much higher levels in coverage makeup or sunscreens, and surface coatings such as silica, alumina, or silicones are often used to improve dispersion and reduce photo-reactivity.
Last updated 2026-05-13