GEO-SIL™ Dual-Action Mechanism
One application. Two chemically distinct protection pathways.
Surface Densification
Silicate integration into C-S-H matrix → micropore filling → increased surface hardness and reduced porosity
Measured Outcomes
↑ Abrasion resistance
|
↓ Porosity by 15–30%
|
↑ Surface hardness
Hydrophobic Pore Lining
Silicone network lines pore walls → non-wettable surface → water beads and runs off
Measured Outcomes
Contact angle >110°
|
↓ Water absorption by 90%
|
Breathable — vapor permeable
Performance Outcomes
Quantified improvements after a single GEO-SIL™ application
| Property | Untreated Concrete | After GEO-SIL™ |
|---|---|---|
| Water Absorption | High (capillary suction) | Reduced by up to 90% |
| Surface Hardness | Baseline | Increased 15–25% |
| Abrasion Resistance | Baseline | Improved significantly |
| Water Contact Angle | ~30° (wettable) | >110° (non-wettable) |
| Vapor Transmission | Open | Retained (breathable) |
| Chlorine Salt Resistance | Low | Improved significantly |
| Dust Generation | Significant | Eliminated |
| Penetration Depth | N/A | 3–6 mm |
| Bond Type | None | Covalent Si–O–Si |
Designed for Multiple Surface Types
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