Smart Particle technology uses porous silica microparticles to encapsulate oral care actives and keep them inert until triggered by pH changes. The resulting system enables targeted release of ingredients in oral care formulations, supporting improved efficacy and stability. Compatible with gels, pastes, and liquids, it is positioned for development through parameter definition, custom particle synthesis, property measurement, and scale-up for efficacy testing.
Smart Particle technology provides pH-triggered delivery for oral care actives. Porous silica microparticles encapsulate a range of active ingredients, including amino acids, minerals, and antioxidants. The particles are designed to remain inert until activated by a specific environmental trigger such as a change in pH, enabling release of active ingredients precisely when needed to enhance efficacy and stability in oral care products.
Key Features:
Application in Oral Care:
The Smart Particle technology is currently at Technology Readiness Level 3. The concept has been demonstrated with antigingivitis actives. Planned development activities include defining parameters, synthesizing custom Smart Particles, measuring properties, and scaling up production to kilogram levels for efficacy testing and commercialization.
SynMatter is a materials startup founded by former NASA scientists in 2015. It specializes in smart pigment additives for corrosion inhibition and antimicrobial protection in coatings.