Silica TRIZ Cases
- Hydrous Silica Composition for Rubber Wear Resistance and Dispersibility
High-BET hydrous silica is tuned for finer particle distribution, improving rubber dispersibility while preserving reinforcement and wear resistance.
- Modified Silica Composition for Lower-Viscosity Rubber Reinforcement
Surface-modified silica balances rubber reinforcement with lower Mooney viscosity, wider processing windows, and better filler dispersion.
- Aerogel Vacuum Composite Panel With Double Honeycomb Insulation
A double honeycomb aerogel panel improves bonding and prevents pore collapse, lowering thermal conductivity while keeping the panel cuttable.
- Hydrophobic Silica Granules for Waterborne Thermal Insulation
Porous hydrophobized silica granules balance waterborne compatibility, mechanical stability, and thermal insulation while limiting fines and spray viscosity.
- Porous Xerogel Thermal Insulator to Prevent Compression Gaps
Surface protrusions and internal pores let a xerogel nonwoven insulator recover after compression and prevent gaps during temperature changes.
- Colloidal Silica–Zinc Cyanurate Dispersion for Stable Coatings
Fine colloidal silica stabilizes zinc cyanurate in coating dispersions, improving handleability while preserving corrosion inhibition on metal surfaces.
- Swellable Metal-Silica Seal for Stronger Wellbore Isolation
Silica-driven swelling forms a metal-silicate hydrate seal that improves wellbore fluid isolation, compressive strength, and crossflow resistance.