Precision Surface Engineering for Advanced Formulations
TFM Surface-Modified Spherical Silica combines controlled spherical morphology with tailored surface characteristics to provide enhanced compatibility and performance in advanced formulations.
Through controlled surface modification, the affinity of spherical silica toward oils, polymers and other formulation components can be tailored to meet different application requirements.
The combination of spherical particle geometry and engineered surface chemistry provides a versatile platform for optimizing dispersion, sensory characteristics, powder flow and interfacial behavior.
Key Benefits
Tailored Surface Compatibility
Engineered surface characteristics improve compatibility with selected oils, polymers and formulation matrices.
Smooth & Refined Sensory Profile
Controlled spherical morphology provides excellent slip and contributes to a smooth, soft and elegant skin feel.
Enhanced Dispersion
Surface modification can improve particle wetting and distribution within suitable formulation systems.
Oil & Sebum Management
Selected grades can provide controlled oil affinity for mattifying and sensory applications.
Formulation Flexibility
Particle size and surface properties can be tailored for different formulation requirements.
Potential Applications
Cosmetics & Personal Care
- Skin care
- Sunscreen
- Foundation and color cosmetics
- Primers
- Loose and pressed powders
- Mattifying formulations
- Sensory modification
- Oil-control formulations
Pharmaceutical & Life Science Development
- Functional powder formulations
- Adsorption and carrier systems
- Powder-flow optimization
- Surface-functionalized carrier development
- Advanced composite materials
- Biomedical material research
Technology Platform
Spherical Particle + Engineered Surface
By controlling both particle morphology and surface characteristics, TFM provides a versatile functional material platform that can be customized according to formulation requirements.
Pharmaceutical and biomedical applications are subject to grade-specific qualification and applicable regulatory requirements.