Coring near or within beams and critical structural elements is often risky due to the potential of hitting rebar, post-tension cables, or other embedded utilities. Traditional scanning methods can be invasive and may disrupt the worksite, raising concerns about structural integrity.
Xradar™ Concrete Scanning provides an accurate, reliable, non-destructive method to safely assess concrete structures before drilling, cutting, or coring. Xradar™ offers several advanced scanning techniques to ensure precision and safety in every project, each method tailored to specific requirements.
- Standard Concrete Scanning: Utilizes GPR (Ground Penetrating Radar) to detect rebar, post-tension cables, and embedded utilities.
- Ultrasonic Pulse-Echo (UPE) Testing: Measures wall thickness and locates internal voids, providing enhanced accuracy for more complex projects.
- Sonic Echo & Pulse Velocity (UPV): Ideal for assessing the integrity of concrete structures, helping to determine if any hidden weaknesses could affect drilling.
- Half-Cell Potential & Schmidt Hammer: These methods assess concrete quality and condition, detecting corrosion or surface hardness, crucial for structural assessment.
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Key Benefits:
- Precision & Safety: Accurately maps critical elements, ensuring safe drilling and cutting.
- Non-Invasive: No disruption to ongoing operations or the structure itself.
- Faster, Informed Decisions: Enables quick, confident action without delays or costly errors.
Why It Matters
With Xradar™, you can confidently proceed with coring or cutting near or within beams and other vital areas, saving time and avoiding costly mistakes. This technology is a game-changer for construction, bringing efficiency and safety to the forefront of every project.
