Protect Your Concrete for Life with Vetrofluid
A single application of Vetrofluid increases abrasion resistance and stops all causes of concrete surface deterioration. Permanently.
Concrete Durability, Inside and Out
Vetrofluid® is a high-performance pozzolanic penetrating treatment that permanently strengthens and protects concrete from within.
Unlike surface coatings that wear away, Vetrofluid becomes part of the concrete matrix — stopping water intrusion, increasing strength, and extending service life with a single application.
The Problem: Why Concrete Deteriorates
Concrete may look solid — but it is porous like a sponge. When you spill water onto concrete, you can see it gradually being absorbed into the surface. Water, salts, chlorides, chemicals, and contaminants penetrate through capillaries and microcracks.
Over time, this leads to:
- Freeze-thaw damage
- Spalling and scaling
- Alkali-Silica Reaction (ASR)
- D-Cracking
- Reinforcing steel corrosion
- Surface wear and FOD
Concrete damage occurs through four primary mechanisms:
1. Foreign Object Debris (FOD) pose serious safety risks to aircraft and equipment.
2. Spalling - The flaking or breaking away of surface concrete.
3. D-Cracking - A freeze-thaw deterioration caused by moisture-sensitive aggregates.
4. Alkali–Silica Reaction (ASR) - A reaction between cement alkalis and reactive aggregate.
What is Vetrofluid?
Vetrofluid is a highly reactive pozzolanic penetrating treatment composed of select silicates and a catalyst system.
When applied, it penetrates deeply into the concrete and reacts with free lime, unhydrated cement and natural pozzolans to form additional calcium silicate hydrate (C-S-H) — the compound responsible for concrete’s strength.
This reaction:
- Permanently fills pores and capillaries
- Reduces permeability
- Increases density and cohesion
- Becomes integral to the concrete matrix
How Vetrofluid Works.
Deep Penetration
- Up to 1.5 inches in existing concrete
- Up to 3 inches when used as a curing treatment
As Vetrofluid integrates into the concrete matrix, it prevents water intrusion and strengthens the concrete—the two primary factors in stopping deterioration. The result is permanently harder, denser concrete that is better protected against water penetration, freeze–thaw cycles, and the salt, chloride, and impact damage that begin affecting concrete as soon as it cures.
Vetrofluid is clear, and does not change the color of the applied area. The samples above were treated with Vetrofluid, allowed to cure, then placed into a bucket of red food dye and water. The sponge-like capillary action of concrete drew water into the pores, but it could not penetrate the area treated with Vetrofluid- the thick red line shows where the porous, exposed concrete ends and the strong, Vetrofluid protected concrete begins. (Click to Enlarge)
Vetrofluid applied to a runway in under 4 hours, using the airport’s own equipment.
Vetrofluid is Proven Protection
Independent testing and field validation demonstates measureable improvements:
- Tested to withstand water intrusion up to 200 PSI +/- (CRD C48-92)
-
Significant (>50%) reduction in water absorption
(ASTM C1585) - 30% increase in abrasion resisitance (ASTM C779-C)
- 20% increase in flexural strength (ASTM C78)
-
61% reduction in rapid chloride ion penetrability
(ASTM C2102) - 59% improvement in chloride absoprtion (ASTM C1543)
- Self-heals cracks up to .3 mm, confirmed via Ultrasonic Pulse Velocity Testing (UPV)
These improvements translate to longer service life, reduced maintenance, and improved structural reliability.
Vetrofluid Increases Abrasion Resistance 30%
- 30-year-old pavement was treated with Vetrofluid and allowed to fully cure.
- A hydroblaster, used for paint and rubber removal, was operated on the surface for one minute (36,000 psi) to evaluate abrasion resistance.
- The untreated pavement showed significantly more damage and aggregate loss.
- The Vetrofluid-treated section maintained its surface integrity with minimal wear
- This comparison demonstrates a clear improvement in abrasion resistance.
- Repeated laboratory testing has confirmed these results, showing consistent and reliable performance. (ASTM C779-C)
See the results here!
Protects Against Freeze-Thaw Damage (ASTM C666-A)
Freeze–thaw deterioration begins when water penetrates concrete and expands during freezing.
By drastically reducing water absorption, Vetrofluid interrupts this destructive cycle.
With minimal internal moisture:
- Microcracking is reduced
- Scaling and spalling are minimized
- Long-term durability is preserved
Resistance to Salts, Chlorides & Chemicals
Chlorides, deicing salts, sulfates, and industrial chemicals deteriorate concrete by penetrating its pore structure.
Vetrofluid reduces permeability, limiting:
- Chloride intrusion and rebar corrosion
- Sulfate attack
- Salt scaling
- Acid degradation
While no concrete is fully acid-proof, reducing permeability is the first and most effective line of defense.
Strengthens Aging & Deteriorated Concrete
Vetrofluid:
- Densifies deteriorated substrates
- Strengthens the repair interface
- Stabilizes edges around repairs
- Reduces recurring spalling
Instead of repeatedly repairing symptoms, Vetrofluid addresses the underlying weakness.
Many repairs fail because the surrounding concrete remains weak and porous. When the substrate continues to crumble, even the best patch, overlay, or joint repair will break loose again.
The result?
Facilities and maintenance crews end up fixing the same repair over and over as the concrete around it continues to degrade.
Vetrofluid Restores the Foundation — Not Just the Surface
Vetrofluid solves the root problem by penetrating the existing concrete and chemically transforming it from within. Instead of temporarily covering deterioration, Vetrofluid strengthens and stabilizes the entire repaired area, including the vulnerable concrete surrounding a patch.
Each patch tells the same story: the repair held, but the concrete around it did not. As deterioration spreads beyond the original damage, crews are forced to return again and again — repairing not the repair, but the failing concrete surrounding it.
Cracks are healed up to 3 mm
Cracks don’t have to mean failure. Vetrofluid can transform damaged concrete into a durable, waterproof, and resilient surface.
Vetrofluid penetrates cracks to their deepest point, strengthening the concrete from within.
The treatment can self-heal cracks up to 0.3 mm, permanently sealing them through a pozzolanic reaction with the concrete matrix.
For larger cracks, Vetrofluid provides functional waterproofing by penetrating into the surrounding concrete and strengthening the crack walls.
Even if water enters the open gap, the treated concrete remains protected, preventing freeze–thaw damage.
The open crack top allows freezing water to expand safely, helping prevent further cracking.
Ultrasonic Pulse Velocity (UPV) testing confirms that Vetrofluid reaches full crack depth and restores internal concrete continuity
Prevents Shrinkage Cracking (When Used as a Cure)
Shrinkage cracking creates pathways for moisture and long-term deterioration.
When used as a curing treatment on new concrete, Vetrofluid:
- Locks in moisture
- Hardens the surface
- Penetrates up to 3 inches
- Eliminates shrinkage cracking
Unlike film-forming cures, it does not require removal prior to striping or coating.
Vetrofluid applied to a taxiway as a cure to elimante shrinkage cracking
Compatible with Coatings & Membranes
Planning to apply epoxy, membrane, or surface coating?
No problem.
Vetrofluid sits just below the surface, allowing you to apply any paint, coating or membrane you choose. It’s negative-side damp proofing prevents epoxies from bubbling, and if a membrane or coating ever fails, Vetrofluid remains in place as an additional, invisible layer of protection beneath the surface.
Designed for Demanding Environments
Vetrofluid is engineered for high-stress, high-traffic infrastructure:
- Airports & runways
- Highways & bridges
- Parking structures
- Stadiums and Campuses
- Gas Stations
- Industrial floors
- Ports & logistics facilities
- Agriculture
- Swimming Pools
- Water treatment infrastructure
It strengthens concrete to withstand:
- Heavy wheel loads
- Snow plow abrasion
- Hydroblasting
- Mechanical scraping
- Repetitive traffic
Environmentally Responsible Protection
Vetrofluid combines performance with sustainability:
- Zero VOC formulation
- Non-hazardous
- Safe around people, plants, and wildlife
- Approved for use over open waterways
- EPD-verified environmental transparency
No toxic fumes.
No solvent hazards.
No environmental runoff concerns.
Solvent‑based products often require extensive PPE, containment systems, and environmental mitigation. Vetrofluid eliminates these burdens.
Preservation Instead of Replacement
Concrete replacement is disruptive and expensive.
Vetrofluid shifts infrastructure management from constant patching to long-term preservation by:
- Blocking water intrusion
- Increasing strength and density
- Slowing carbonation and corrosion
- Extending asset service life
Fewer emergency repairs.
Lower lifecycle costs.
Reduced downtime.
Preservation Is Fiscal Responsibility
For public agencies and private owners, the smartest investment is often not replacement — it’s prevention.
Vetrofluid stabilize concrete and prevents costly deterioration.
Permanent protection isn’t just maintenance. It’s a strategic financial decision.
One Application. Permanent Protection.
Vetrofluid is not a temporary sealer.
It is a permanent internal concrete durability treatment.
By strengthening concrete from within and stopping moisture at the source, Vetrofluid provides a durable, cost-effective solution for everything from critical infrastructure, to your pool, driveway, and basement.