Into the Matrix
Concrete Is Failing From the Inside Out — TPS II Changes That
Concrete deterioration rarely begins where we can see it.
It begins inside the concrete matrix.
Microscopic pores allow water and chlorides to migrate inward.
Free lime remains within the hardened paste.
Reinforcing steel slowly begins to corrode.
The visible symptoms come later:
• Microcracking
• Delamination
• Spalling
• Exposed reinforcement
By the time deterioration appears on the surface, the damage process has often been underway for years.
This is precisely the problem SURTREAT TPS II was designed to solve.
Introducing TPS II — A Multi-Phase Concrete Strengthening Technology
SURTREAT TPS II is not a coating, sealer, or membrane.
It is a multi-phase inorganic densifier and corrosion inhibitor designed to penetrate concrete and chemically upgrade the material itself.
Once applied, TPS II moves into the concrete pore structure where it reacts with free lime and converts it into additional calcium silicate hydrate (C-S-H) — the fundamental binder that gives concrete its strength.
This reaction creates a denser, stronger concrete matrix.
The result is measurable improvement in durability, permeability, and corrosion resistance.
What TPS II Does Inside Concrete
When TPS II penetrates the substrate, several beneficial processes occur simultaneously:
1. Strength Development
The chemical reaction produces additional C-S-H gel, which strengthens the internal matrix of the concrete.
2. Reduced Porosity
As the pore structure densifies, pathways for water and chloride migration are reduced.
3. Corrosion Inhibition
By reducing moisture movement and altering the electrochemical environment, TPS II helps inhibit corrosion of embedded reinforcement.
4. Long-Term Durability
The treatment becomes part of the concrete itself and cannot peel, wear away, or be scratched off like surface coatings.
Real Performance — Not Just Theory
Field testing of TPS II on reinforced concrete structures has demonstrated measurable improvements in corrosion behavior and structural performance.
Examples include:
• 86% reduction in corrosion current in a Florida condominium structure
• 70% reduction in corrosion current in a coastal marine exposure environment
• Significant improvement in half-cell potential measurements indicating reduced corrosion risk
Strength testing has also shown major improvements in pull-out strength of hardened concrete plugs, demonstrating meaningful increases in concrete integrity.
These results confirm what engineers already understand:
When you improve the concrete matrix itself, the entire structure benefits.
Where TPS II Is Used
Because TPS II penetrates and upgrades existing concrete, it is particularly valuable for infrastructure exposed to harsh environments.
Typical applications include:
• Parking structures
• Bridges and transportation infrastructure
• Marine structures and ports
• Industrial facilities
• Foundations and structural slabs
• Condominiums and coastal buildings
• Water and wastewater facilities
In each case, the objective is the same:
Extend the service life of the structure without costly reconstruction.
Why Engineers Are Turning to TPS II
Traditional protection strategies attempt to seal the surface of concrete.
But surface treatments can wear, peel, or fail over time.
TPS II works differently.
Because it penetrates the concrete and chemically reacts within the matrix:
• There is no surface layer to fail
• The concrete becomes denser and stronger internally
• Reinforcement corrosion risk is significantly reduced
• The structure gains long-term durability
For engineers responsible for preserving infrastructure, this approach represents a powerful new tool.
The Future of Concrete Preservation
Across the world, trillions of dollars of infrastructure depend on aging reinforced concrete.
Demolition and replacement are expensive, disruptive, and environmentally costly.
Technologies like SURTREAT TPS II allow engineers to do something far more powerful:
Upgrade the concrete we already have.
Stronger concrete.
Lower corrosion risk.
Longer service life.
All beginning with a treatment that penetrates the concrete and works from the inside out.
SURTREAT TPS II
Strengthen Concrete.
Inhibit Corrosion.
Extend Infrastructure Life.