Science
Mechanism of Action
Functions as an emollient by integrating into intercellular spaces to create a smoother skin surface and enhance moisture retention. Simultaneously acts as a viscosity modifier and emulsion stabilizer, maintaining product consistency and extending formulation shelf-life through its structural properties.
Research
Clinical Evidence
Medium confidence2.5%
Key findings
- 01 Vehicle formulations containing fatty alcohol blends demonstrated measurable skin barrier enhancement and reduced transepidermal water loss
- 02 Moisturizing complexes with C12-13 Alcohols showed 16% improvement in skin roughness and 5.5% increase in elasticity
Transparency
Dusting Analysis
Primarily used as a formulation component rather than an active ingredient, making dusting practices less relevant for this functional ingredient
The Formula
Formulation
Stability
Demonstrates exceptional oxidation resistance and color stability due to saturated molecular structure. Maintains integrity across broad pH spectrum, enabling use in both acidic and alkaline formulations.
Synergies
- Moisturizing complexes
- Barrier repair ingredients
Conflicts
- Strong oxidizing agents
- Strong acids
Safety
Safety Profile
CIR Expert Panel confirms safety of long-chain aliphatic alcohols in current usage patterns. Typical formulation concentrations range 1-5% for texture and stabilization purposes.
Your Skin
Skin Compatibility
Our Assessment
Verdict
A well-tolerated multifunctional ingredient that enhances both skin feel and formulation stability across all skin types.
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References
Sources