Science
Mechanism of Action
Functions as a volatile aromatic molecule that releases marine and sea breeze fragrance notes through olfactory interaction rather than biochemical activity with skin cells. The compound provides sensory enhancement to formulations without engaging in significant biological processes at the cellular level.
Research
Clinical Evidence
Medium confidenceN/A
Key findings
- 01 Human repeated insult patch testing revealed no sensitization or irritation responses when tested at 5% concentration in petrolatum and diethyl phthalate vehicles
Transparency
Dusting Analysis
As a specialized fragrance component with regulatory concentration limits, this ingredient is typically used at appropriate levels rather than being subject to dusting practices
The Formula
Formulation
Stability
Exhibits volatility with vapor pressure of approximately 0.073 mmHg and susceptibility to oxidative degradation when exposed to air and light, potentially converting to corresponding carboxylic acid. Requires solubilizing agents or emulsification systems in water-based formulations to maintain phase stability.
Conflicts
- Strong oxidizing agents
- Strong alkaline conditions (aldol condensation risk)
- Primary amine compounds (Schiff base formation causing discoloration)
Safety
Safety Profile
Classified under EU CosIng database as perfuming agent with IFRA categorization under Aryl Alkyl Alcohol and Aldehyde group. Demonstrates mild irritation potential in concentrated form with GHS warnings H315/H319 for skin and eye contact.
Our Assessment
Verdict
A specialized fragrance ingredient that enhances sensory experience but provides no direct skincare benefits, making it valuable primarily for product appeal rather than therapeutic function.
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References
Sources