Science
Mechanism of Action
Functions as a surface tension reducer that facilitates the emulsification and removal of oils and impurities from skin. The ether linkage in its molecular structure provides enhanced chemical stability across extreme pH ranges while acting as a hydrotrope to stabilize other formula components.
Research
Clinical Evidence
Medium confidence10%
Key findings
- 01 Patent studies demonstrate effective surfactant action at 1.0-15.0% with reduced irritation versus alkaline alternatives
- 02 Formulation stability maintained at 5.0-20.0% concentrations in polycarboxylic acid systems
Transparency
Dusting Analysis
Primary function as surfactant/cleansing agent requires meaningful concentrations to be effective, making dusting unlikely
The Formula
Formulation
Stability
Demonstrates exceptional stability in high-electrolyte environments and particularly stable in acidic conditions (pH 1.5-3.0). Resistant to oxidative degradation from agents like sodium hypochlorite.
Synergies
- Other anionic surfactants
- Amphoteric cleansing agents
- pH buffering systems
Conflicts
- Cationic surfactants
- High concentration oxidizing agents
Safety
Safety Profile
CIR Expert Panel review concluded safety when formulated to be non-irritating as part of alkylether carboxylic acids group assessment
Your Skin
Skin Compatibility
Our Assessment
Verdict
A well-tolerated surfactant option that provides effective cleansing with enhanced pH stability and reduced irritation potential across all skin types.
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References
Sources
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