Science
Mechanism of Action
This ingredient utilizes C12-16 alkyl side chains as 'hydrophobic anchors' that hook into oil droplets or surfactant micelles, establishing a reversible 3D structural network within the formula. This architecture provides shear-thinning behavior—allowing the product to liquefy under pressure for effortless application—and offers steric hindrance to prevent emulsion separation.
Research
Clinical Evidence
High confidence2%
Key findings
- 01 Significantly enhances lubricity and foam richness, facilitating a smoother glide and reduced friction during mechanical skin contact.
- 02 Demonstrated superior emulsion stability and higher viscosity levels compared to 6% hydroxypropyl starch phosphate, effectively preventing sedimentation.
Transparency
Dusting Analysis
Because this ingredient is effective at concentrations as low as 0.1% for tactile improvement, it is rarely 'dusted' in the traditional sense, though its inclusion at 1-2% is necessary for primary structural stability.
The Formula
Formulation
Stability
Highly resilient to electrolytes and compatible with a diverse range of surfactant systems (cationic and anionic). Maintains stability across an expansive pH range of 2.0 to 12.0.
Synergies
- Non-ionic surfactants
- Cationic conditioning agents
- Anionic cleansers
Conflicts
- Extremely high electrolyte concentrations
- Strong oxidizing agents
Safety
Safety Profile
While the general cellulose category is cleared up to 39%, this specific grade is optimized for safety and performance below 2%.
Your Skin
Skin Compatibility
Our Assessment
Verdict
An elite rheology modifier that bridges the gap between technical emulsion stability and a high-end, silky skin feel.
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