Construction Performance
Concrete Restoration System
Repair. Restore. Extend Life.
A concrete restoration and asset-preservation solution focused on extending the useful life of existing infrastructure, facilities, and concrete assets.
Explore the outcomes
Solution Overview
Kong-Krete is a concrete restoration and asset-preservation solution for evaluating and addressing deterioration in existing concrete assets.
It brings repair, reinforcement, and rehabilitation strategies into a condition-based decision process. The purpose is to understand the asset first, determine what can reasonably be preserved, and evaluate replacement only where the condition requires it.
The Kong-Krete™ System
Technology Spotlight Series
Kong-Stitch™ Technology Spotlight
Kong-Stitch™ utilizes crack stabilization technology designed to reconnect both sides of a crack and reinforce long-term concrete performance.
Based on the crack-stabilization technology described in the underlying Crack Stitch materials.
Kong-Fluid™ Technology Spotlight
Concrete is porous.
Water, salts, chlorides, and contaminants penetrate through capillaries and microcracks.
Over time, this can lead to:
The underlying treatment technology describes deep penetration, reduction of water intrusion, matrix densification, and support for longer-term durability.
Deterioration and protection descriptions are informational and based on the underlying source materials.
Kong-Surface™ Technology Spotlight
This spotlight is reserved. Imagery will be added when real project photography is available.
Kong-Krete™ Technology Spotlight
Reserved module. Imagery will draw from existing approved project photography as this spotlight develops.
Understanding the Solution
Kong-Krete brings concrete restoration, reinforcement, rehabilitation, and preservation into one condition-based framework. These approaches describe how an existing asset may be understood and evaluated; they do not promise a particular technical or performance result.
Asset Preservation
Asset preservation begins with evidence. It considers the condition, function, exposure, and operating context of existing concrete before a repair or replacement path is selected.
Document the condition and understand what is driving deterioration.
Identify sound material and useful capacity that may be retained.
Consider repair and reinforcement strategies appropriate to the diagnosed condition.
Plan maintenance and monitoring around the asset’s continuing role.
Educational Framework
The framework is educational rather than prescriptive. The appropriate sequence and scope depend on the asset and a qualified assessment.
Observe the asset, its use, and visible conditions.
Investigate likely causes and distinguish localized distress from broader failure.
Develop a condition-appropriate restoration approach.
Evaluate whether stabilization or load-transfer strategies are appropriate.
Return the asset to a documented maintenance and lifecycle plan.
Educational Video
This educational video connects Kong-Stitch™, Kong-Fluid™, Kong-Surface™, and Kong-Krete™ into a single restoration-system story.
Repair vs. Replace
Repair and replacement are not opposing defaults. They are different responses to asset condition, operational priorities, and long-term plans.
| Consideration | Repair and preserve | Replace |
|---|---|---|
| Asset Preservation | Retains sound portions of the existing asset where assessment supports doing so. | Removes and reconstructs the affected asset or area where retention is not appropriate. |
| Operational Impact | May allow work to be planned around localized areas and operating constraints. | Often requires broader access, demolition, reconstruction, and operational coordination. |
| Downtime Considerations | Scope and sequencing can be evaluated against the facility’s operating requirements. | Closure and return-to-use requirements must account for removal and reconstruction. |
| Capital Planning | Supports condition-based prioritization across an asset portfolio. | Commits capital to renewal where condition or function makes replacement necessary. |
| Lifecycle Value | Considers the useful material and function that may remain in the existing asset. | Establishes a new asset where rehabilitation cannot meet the documented need. |
A condition-based principle
A visible crack or deteriorated area is a reason to investigate—not, by itself, proof that an entire slab must be removed. Inspection and diagnosis help determine whether distress is localized, whether the surrounding concrete remains serviceable, and which response deserves evaluation.
Before / Strategy / Preserved
Existing project photography illustrates the movement from visible deterioration through a repair strategy to a preserved concrete asset. Images are educational examples and do not state quantified project results.
Repair strategy
Evaluate the crack and surrounding slab, then develop a localized restoration strategy.
Repair strategy
Assess deterioration patterns and preserve serviceable concrete where the condition supports it.
Candidate Assets
Concrete assets supporting production, equipment, traffic, and maintenance operations.
Aprons, approaches, and transition areas exposed to concentrated operational demands.
Operational concrete where access, equipment, and continuity shape restoration planning.
Public-use concrete assets evaluated through condition, access, maintenance, and capital priorities.
Concrete assets whose ongoing function requires documented condition and lifecycle decisions.
Parking, circulation, and service areas where repair decisions interact with daily use.
Focus
Preservation
Restoration
Lifecycle Value
Asset Management
Insights
Lessons Learned
Case Study Analysis
Case Study Analysis
Kong-Krete | Cost Reduction and Lifecycle Value
Construction PerformanceCase Study Analysis
Kong-Krete | Municipal and Infrastructure
Construction PerformanceCase Study Analysis
Kong-Krete | Lifecycle Value
Implementation Experience
Implementation examples will be added as they are documented.
FAQ
Restoration merits evaluation when an existing concrete asset shows cracking, localized deterioration, surface distress, or loss of function and the condition of the surrounding asset has not yet established that full replacement is necessary.
No. A crack is evidence that should be investigated. The cause, movement, surrounding concrete, support conditions, exposure, and intended use all influence whether repair, reinforcement, rehabilitation, or replacement should be considered.
Kong-Krete begins with condition-based evaluation and asset preservation. Replacement removes and reconstructs concrete where retention is not appropriate; restoration considers whether useful portions of the existing asset can remain in service.
Industrial floors, loading areas, manufacturing facilities, municipal concrete, infrastructure, parking areas, and commercial service surfaces may merit evaluation. Suitability depends on the documented condition and operating requirements of the individual asset.
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