Why Concrete Scanning is Essential? - PowerPoint PPT Presentation

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Why Concrete Scanning is Essential?

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Concrete scanning is essential to save time, for the safety of workers, to save money, and for accuracy. Concreate scanning creates a safety hazard for employees, making it necessary to understand what is inside a concrete slab before you start cutting into it. – PowerPoint PPT presentation

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Title: Why Concrete Scanning is Essential?


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Why Concrete Scanning is Essential
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  • New construction and renovation projects usually
    require workers to cut, core, and drill current
    concrete slabs. Elements such as post-tension
    cables, reinforcing bars (rebar), and a few types
    of wiring are contained in these slabs
    repeatedly. Damaging them acquires the cost of
    repair in addition to postponing the project and
    creating a safety hazard for employees, making it
    necessary to understand what is inside a concrete
    slab before you start cutting it.
  •  
  • Scanning concrete has some advantages over the
    old method of using x-rays. Professionally
    trained technicians are required for scanning who
    can correctly explain the results of a GPR scan.
    Scanning technicians can also react instantly to
    service requests for concrete scanning, which is
    especially useful when you realize you need it at
    the last minute.

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WHAT ARE THE ADVANTAGES OF USING CONCRETE
SCANNING?
  • GPR only needs contact to one side of the
    concrete, so you can use it for slab-on-grade
    concrete where the concrete was poured directly
    onto the floor. Restriction in using x-rays is
    that it needs access to both sides of the
    concrete since one side must collect the
    radioactive material while the film is placed on
    the other side. This constraint usually restricts
    the use of x-rays to elevated slabs.
  • Technicians must utilize other data to verify
    whether the inner structure is rebar or a conduit
    because GPR cannot identify the specific material
    inside the concrete by itself. This process
    normally involves marking the location of each
    variance and analyzing the resulting pattern to
    define what each mark indicates. For example, a
    series of differences spaced 12 to 18 inches
    apart is highly rebar, while differences spaced
    more apart at regular intervals are most likely
    post-tension cables.

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  • REINFORCING STEEL
  • Once rebar and post-tension cables in concrete
    are located with GPR by technicians, they mark
    these locations immediately on the slab. These
    marks make sure that workers can drill into the
    concrete without negotiating its operational
    reliability or requiring to perform repairs
    later. GPR scanning is particularly helpful for
    arranging a site for renovation. That site
    requires workers to cut into existing concrete to
    establish new constructions such as electrical
    pipes, fire protection systems, plumbing, drains,
    and pipes on daily basis.
  • Conclusion
  • Concrete scanning is essential to save time, for
    the safety of workers, to save money, and for
    accuracy. Concreate scanning creates a safety
    hazard for employees, making it necessary to
    understand what is inside a concrete slab before
    you start cutting into it.
  •  

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Contact US
For more Details Contact Us Phone 971 (0) 4
327-1414 971-4-388-6888 Fax
971-4-327-1413 Email info_at_falconsurveyme.com
Office Address 209, Apricot TowerDubai
Silicon OasisP.O. Box 238544, Dubai United
Arab Emirates
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Thank You
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