OCTOCRYLENE 2.6% INGREDIENTS: WATER

TL;DR. This ingredient functions as an oil-soluble organic UV filter, mainly covering UVB and short UVA wavelengths in sunscreen and SPF-containing products. It also helps stabilize less photostable UV filters in the oil phase.

What does OCTOCRYLENE 2.6% INGREDIENTS: WATER do in a cosmetic formula?

This ingredient functions as an oil-soluble organic UV filter, mainly covering UVB and short UVA wavelengths in sunscreen and SPF-containing products. It also helps stabilize less photostable UV filters in the oil phase.

Is OCTOCRYLENE 2.6% INGREDIENTS: WATER clean?

From a clean beauty perspective, this ingredient has notable friction because it is a more sensitizing sunscreen filter for some users and can be associated with photoallergy. Some clean standards restrict or exclude it due to irritation concerns, environmental scrutiny, and the potential formation of benzophenone as an impurity or aging byproduct.

Is OCTOCRYLENE 2.6% INGREDIENTS: WATER sustainable?

This material is synthetic and petroleum-derived, with limited biodegradability and evidence of environmental persistence in aquatic settings. It has been detected in marine and freshwater environments, which is why it carries more sustainability concern than readily biodegradable filters or mineral alternatives.

Is OCTOCRYLENE 2.6% INGREDIENTS: WATER COSMOS-approved?

This ingredient is not permitted under COSMOS-natural or COSMOS-organic standards for natural and organic cosmetics. Its petrochemical sourcing, persistence profile, and impurity concerns make it a weak fit with Green Chemistry priorities such as renewable feedstocks, ready biodegradability, and benign lifecycle behavior.

How does OCTOCRYLENE 2.6% INGREDIENTS: WATER work chemically?

This compound is an oil-soluble ester with conjugated aromatic nitrile chemistry that absorbs primarily in the UVB and short-UVA range. It is commonly used around 2% to 10% depending on regulatory region and formula goals, is water-insoluble, belongs in the oil phase, and can slowly generate benzophenone during storage or aging.

Last updated 2026-08-31