Science
Mechanism of Action
Functioning as a bioactive delivery vehicle, this glass material undergoes a controlled dissolution-precipitation reaction when exposed to moisture. It releases a targeted flux of calcium, phosphate, and fluoride ions which chemically reorganize to form a resilient layer of fluorapatite, a structure significantly more resistant to environmental and acid-induced degradation than natural biological minerals.
Research
Clinical Evidence
High confidence5%
Key findings
- 01 A 2019 clinical trial published in the Journal of Dentistry confirmed that a 5% concentration provides superior remineralization and acid resistance compared to standard fluoride treatments, with sustained ion release for 12 hours.
- 02 Research in the Journal of Oral Rehabilitation (2018) demonstrated that 5% concentration successfully occludes 90% of structural tubules, providing long-term stabilization against external stressors.
Transparency
Dusting Analysis
Clinical data is specifically centered around a 5% concentration for structural efficacy. Products utilizing this ingredient at nominal 'label-only' percentages (under 1%) fail to provide the threshold of ions necessary for significant mineral precipitation.
The Formula
Formulation
Stability
Highly reactive; must be suspended in anhydrous (water-free) bases like glycerin or glycols to prevent premature activation and loss of structural integrity.
Synergies
- Glycerin
- PEG
- Anhydrous polymers
Conflicts
- Water
- Aqueous solvents
- Acidic environments
- Chelating agents
Safety
Safety Profile
FDA 510(k) cleared for specific medical applications. While safely used in oral care, comprehensive safety data for long-term chronic dermal application is currently limited.
Your Skin
Skin Compatibility
Our Assessment
Verdict
An elite mineral-delivery system that provides exceptional structural reinforcement when formulated in anhydrous environments at a 5% concentration.
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