2-Hexanediol. Capixyl™ is used under license from Lucas Meyer Cosmetics a division of Clariant Inc ●
TL;DR. This ingredient is a multifunctional solvent and humectant that also boosts preservation systems by lowering water activity and improving the performance of other antimicrobial ingredients.
What does 2-Hexanediol. Capixyl™ is used under license from Lucas Meyer Cosmetics a division of Clariant Inc do in a cosmetic formula?
This ingredient is a multifunctional solvent and humectant that also boosts preservation systems by lowering water activity and improving the performance of other antimicrobial ingredients.
Is 2-Hexanediol. Capixyl™ is used under license from Lucas Meyer Cosmetics a division of Clariant Inc clean?
It is generally well tolerated and not a major restricted-list issue in most clean-beauty frameworks. Sensory stinging can occur at higher use levels, especially in leave-on products for reactive skin.
Is 2-Hexanediol. Capixyl™ is used under license from Lucas Meyer Cosmetics a division of Clariant Inc sustainable?
This material is commonly made it petrochemical feedstocks, although some suppliers offer plant-derived routes. It is water soluble, has low bioaccumulation potential, and is expected to biodegrade more readily than persistent silicone or fluorinated materials.
Is 2-Hexanediol. Capixyl™ is used under license from Lucas Meyer Cosmetics a division of Clariant Inc COSMOS-approved?
This ingredient has partial COSMOS alignment: compliant status depends on supplier documentation, feedstock origin, and processing route, while conventional synthetic grades are a weaker fit for COSMOS-organic positioning. This ingredient a Green Chemistry view, its small, biodegradable structure is favorable, but renewable sourcing is the key differentiator.
How does 2-Hexanediol. Capixyl™ is used under license from Lucas Meyer Cosmetics a division of Clariant Inc work chemically?
The molecule is a small C6 vicinal diol with both water-binding hydroxyl groups and a modest hydrocarbon segment, which explains its humectant, solvent, and preservation-boosting behavior. Typical use is about 0.5% to 3% in leave-on formulas, with broad pH stability and good compatibility with many preservatives, glycols, and surfactant systems.
Last updated 2026-05-13