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Concrete Scanning
High-Resolution Concrete Scanning for Accurate Assessment
To identify embedded objects in concrete structures, we use modern HILTI scanning technology. This non-destructive technology gives accurate assessments, which aids in avoiding costly mistakes and ensuring the safety of subsequent building operations.
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What is Concrete Scanning?
Using modern facilities non-destructive testing techniques, concrete scanning involves locating and mapping the internal features of concrete structures. The main technologies that are used include:
Ground Penetrating Radar (GPR): GPR detecting is the most popular method for scanning concrete. It also generates capturing of the subsurface using radar pulses to find things and decay within the concrete.
X-Ray Imaging:
X-ray imaging is another method for thorough investigation that is particularly helpful in complex systems. It does, however, require extra safety precautions and is less common than GPR.
Electromagnetic Detection:
With this technology, metallic objects like conduits and rebar embedded in concrete can be detected.
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When to Use Concrete Scanning?
Concrete scanning should be used in various stages and situations in construction and demolition projects:
Pre-Construction:
In order to protect the integrity of the structure and prevent hitting embedded objects, do not drill, cut, or coring into concrete.
Renovation and Remodeling:
When modifying existing structures to identify hidden objects and avoid damaging critical components.
Post-Tensioned Slabs:
To locate post-tension cables and ensure they are not damaged during construction activities.
Inspection and Maintenance:
For routine inspections to assess the condition of concrete structures and plan maintenance activities.
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Why We Need Concrete Scanning?
Concrete scanning is essential in modern construction and demolition projects for several key reasons:
Safety:
Detecting embedded objects like rebar, post-tension cables, and electrical conduits prevents accidents and injuries by avoiding cuts into hazardous areas.
Accuracy:
Ensures precise information about the internal structure of concrete, reducing the risk of structural damage and mistakes
Non-Destructive: This testing method does not damage the structure, allowing for thorough inspection without compromising integrity.
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