Science
Mechanism of Action
Creates a cationic charge affinity for keratin surfaces through its amodimethicone component, while the silsesquioxane structure forms a three-dimensional network that produces breathable, non-tacky films that smooth texture and enhance moisture retention
Research
Clinical Evidence
Medium confidence1.25%
Key findings
- 01 Patent studies demonstrate enhanced skin softness and improved sensory profile in aqueous systems at 0.1-5% concentration
- 02 Long-wear formulation studies show optimized gliding properties and reduced tackiness at 0.5-2% concentration
Transparency
Dusting Analysis
This specialized copolymer requires specific formulation expertise and emulsification systems, making it less prone to cosmetic dusting compared to simpler silicones
The Formula
Formulation
Stability
Demonstrates exceptional pH stability from acidic to alkaline systems, requiring emulsification with agents like Trideceth-5 or -12 for water-based incorporation
Synergies
- Trideceth-5
- Trideceth-12
- Long-wear pigments
- Water-resistant actives
Conflicts
- Strong oxidizers
- Extreme pH acids/bases
- Certain anionic surfactants
Safety
Safety Profile
Classified as non-penetrating large polymer with established safety profile within amino-modified silicone class
Your Skin
Skin Compatibility
Our Assessment
Verdict
A sophisticated conditioning agent that excels in creating durable, comfortable films across multiple skin types and challenging formulation environments.
Related
Similar Ingredients
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References
Sources