Ozonized Ethyl Oleate ●
TL;DR. This ingredient is used as a skin-conditioning and deodorizing active, often included for formulas targeting blemish-prone skin, scalp care, or compromised-feeling skin. Its role comes from reactive oxygen-containing groups formed during processing.
What does Ozonized Ethyl Oleate do in a cosmetic formula?
This ingredient is used as a skin-conditioning and deodorizing active, often included for formulas targeting blemish-prone skin, scalp care, or compromised-feeling skin. Its role comes from reactive oxygen-containing groups formed during processing.
Is Ozonized Ethyl Oleate clean?
From a clean-beauty perspective, this ingredient sits in a caution zone rather than a standard restricted-list category. It can be well tolerated at appropriate levels, but its peroxide value and oxidative reactivity make freshness, supplier controls, and irritation testing important.
Is Ozonized Ethyl Oleate sustainable?
This material is typically made from vegetable-derived fatty feedstocks and ethanol, then processed with ozone generated from oxygen and electricity. It is not considered a persistent silicone- or fluorinated-type material, but its sustainability profile depends on crop sourcing and energy used in processing.
Is Ozonized Ethyl Oleate COSMOS-approved?
COSMOS alignment is partial and supplier-dependent, since acceptance depends on natural-origin feedstocks, approved processing, and documentation of residuals and specifications. From a Green Chemistry view, it has some advantages through renewable inputs and limited persistence, balanced by an energy-dependent oxidation step and reactive peroxide chemistry.
How does Ozonized Ethyl Oleate work chemically?
The molecule is an unsaturated fatty ester that has been oxygenated across its double bond, creating ozonide and peroxide-containing structures rather than a simple fixed oil. Key formulation controls include peroxide value, odor development, packaging that limits heat and light exposure, and compatibility with antioxidants, fragrances, and oxidation-sensitive actives.
Last updated 2026-05-13