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Ease Your Repair Budget.
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INDUSTRIES WHERE WE EDYSTON
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solutions ease your repair budget.
These EDYSTON case studies, equip industry professionals with a thorough understanding of our technology, its foundational scientific principles, and the pioneering research propelling our advancements.
Increasing the Bond of Concrete Overlays
These EDYSTON case studies, equip industry professionals with a thorough understanding of our technology, its foundational scientific principles, and the pioneering research propelling our advancements.
To view the information about Beams for Bridge Rescue and Repair
Concrete I-Beams for Bridge Rescue and Repair
These EDYSTON case studies, equip industry professionals with a thorough understanding of our technology, its foundational scientific principles, and the pioneering research propelling our advancements.
To view more information about Healing of Carbonated Concrete Walls
Healing of Carbonated Concrete Walls
Value Added Performance
Kills microcracks and channels to prevent moisture ingress and inhibit progressive damage
Combining with Pore Water Solution to reduce mobility of chlorides, alkalis and more.
Forms a protective barrier around steel reinforcement, significantly reducing the risk of corrosion.
Forms a protective barrier around steel reinforcement, significantly reducing the risk of corrosion. Crack blunting, colloidal silica based-hydrogel bridgescracks, voids, and pores.Improves adhesion between aggregates and reinforcing elements, promoting structural cohesion.
Converting the bleed channels and cracks from a highway of ion and moisture transport to the NJ Turnpike on a Friday afternoon–a tortious and hardened network of strength bearing structures
Converts moisture pathways into,structural enhancements, controlling internal humidity levels
Combining with the hydroxides to create more of the backbone of concrete strengths, the C-S-H.
Strengthens concrete to withstand aggressive chemical environments, reducingdegradation risks
Reacts with the reactive silica at the aggregate and steelsurface, protecting the substrate against further attack of hydroxyl ions and “passivates” these surfaces
Strengthens concrete to withstand aggressive chemical environments, reducingdegradation risks
Reacts with the reactive silica at the aggregate and steelsurface, protecting the substrate against further attack of hydroxyl ions and “passivates” these surfaces
Bringing Life Back to Cracked
& Crumbling Concrete
The EDYSTON hydrogel technologies are easy and effective materials to increase the resiliency of cracked and crumbling concrete through internal healing and repair. Increase the longevity and reduce the maintenance cost of deteriorated and corroded concrete.
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Explore EDYSTON's comprehensive suite of resources—including usage guides, scientific papers, research reports, and training videos—designed to empower industry experts with in-depth knowledge of our technology, its scientific foundation, and on going research
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Heal It Before You Seal It with the
EDYSTON Product Line!
EDYSTON is used on concrete that is already starting to crumble as well as concrete that is exhibiting early signs of chloride migration, calcium-oxychloride formation, and cracking from carbonation and steel corrosion.
The EDYSTON products are nano particle combinations, selected to alleviate the manifold of concrete issues found in marine highways, bridges, water reclamation infrastructure, and national infrastructures damaged by salt and other contaminants
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