Science
Mechanism of Action
This molecule operates via ionic attraction; its cationic (positively charged) headpiece anchors to the naturally negative charge of the skin's keratin surface. Once attached, its hemp-derived 'tail'—rich in linoleic and alpha-linolenic fatty acids—integrates into the lipid barrier to reduce friction, enhance elasticity, and prevent moisture loss.
Research
Clinical Evidence
Medium confidence3%
Key findings
- 01 Demonstrated significant improvements in skin tactile smoothness and 'after-feel' when utilized in structured surfactant systems at levels up to 5%.
- 02 Targeted deposition trials show the ingredient preferentially adheres to damaged fibers and compromised skin barriers to restore hydration without heavy build-up.
Transparency
Dusting Analysis
Because it contains the trendy 'Hemp' nomenclature, brands often include it at negligible levels (below 0.1%) for marketing claims. To achieve the functional conditioning and barrier-repair benefits identified in research, concentrations should ideally exceed 0.5%.
The Formula
Formulation
Stability
Possesses unique amphiphilic properties; it is water-dispersible but maintains lipophilic characteristics. It is most stable and effective in slightly acidic environments.
Synergies
- Structured surfactant systems
- Non-ionic emulsifiers
- Glycerin
Conflicts
- High concentrations of anionic surfactants
- Carbomer (requires specific neutralization sequencing)
- Highly alkaline environments (pH > 7.0)
Safety
Safety Profile
While the specific complex is awaiting formal CIR review, its constituent fatty acids and amines have a long history of safe cosmetic use. It is considered non-sensitizing in standard topical applications.
Your Skin
Skin Compatibility
Our Assessment
Verdict
An excellent precision ingredient for restoring softness and barrier integrity in rinse-off or leave-on formulas without the risk of comedogenicity.
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References
Sources