Science
Mechanism of Action
Upon contact with the skin's moisture, this bioactive mineral undergoes a controlled chemical reaction, releasing sodium, calcium, and phosphate ions. This process elevates the local pH and triggers the formation of a crystalline hydroxycarbonate apatite layer—a structural shield that mimics natural biological minerals to protect the barrier, soothe reactive redness, and inhibit microbial growth through an alkaline shift.
Research
Clinical Evidence
High confidence5%
Key findings
- 01 Demonstrated 35-39% reduction in environmental sensitivity over 6 weeks at a 7.5% concentration.
- 02 In vivo testing at 1-5% showed significant visual reduction in facial redness and the depth of fine lines/wrinkles.
- 03 Proven efficacy in mineralizing surfaces and reducing hypersensitivity in clinical dental trials at 5%.
Transparency
Dusting Analysis
Because this ingredient is technically complex and requires anhydrous formulation, it is rarely 'dusted' at negligible levels; however, concentrations below 1% may lack the ion-release capacity required to form a protective mineral layer or provide visible anti-aging benefits.
The Formula
Formulation
Stability
Highly reactive to moisture. To prevent premature activation and product hardening, it must be suspended in water-free carriers such as high-purity silicones, glycerin, or glycols.
Synergies
- Inorganic sunscreens
- Humectants (Glycerin)
- Anhydrous silicone delivery systems
Conflicts
- Water-based emulsions
- Low pH acidic serums
- Anionic surfactants
Safety
Safety Profile
FDA 510(k) cleared for medical use; reviewed under the silicate group (2018). It is considered non-irritating and bio-compatible.
Your Skin
Skin Compatibility
Our Assessment
Verdict
A high-performance mineralizing agent that offers unique barrier-strengthening and soothing benefits when formulated in precise, water-free environments.
Related
Similar Ingredients
Finding similar ingredients…
References
Sources