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    Rebar Corrosion Detector

    Economical price rebar corrosion detector for sale, with measuring area 8100m2, measuring potential ±1000mV, test accuracy ±1mV. This is a device designed to identify and assess corrosion in reinforced concrete structures. By detecting corrosion early, the reinforcement bar detector enables timely intervention and maintenance, preventing further damage and extending the lifespan of the structure.
    SKU: ATO-ELB-XS100
    30-day Returns
    Free Shipping
    Delivery date: 6-12 days

    Rebar corrosion detector is a specialized device designed to identify and assess the corrosion of reinforcement bars (rebar) within concrete structures. It typically utilizes non-destructive testing methods to evaluate the condition of the embedded rebar. Rebar corrosion detectors play a crucial role in proactive structural health monitoring and maintenance practices.


    Model ATO-ELB-XS100
    Measuring Potential ±1000mV
    Test Accuracy ±1mV
    Measuring Point Spacing 1~100cm
    Data Storage Capacity 5400 Test Areas, 228,000 Measurement Point Data
    Measuring Area 8100m2
    Ambient Temperature 10°C~ +50°C (Avoid Prolonged Direct Sunlight Exposure)
    Relative Humidity ≤90%RH
    Electromagnetic Interference No Strong Alternating Electromagnetic Field
    Power Supply Built-in Rechargeable Lithium Battery (Power Supply Time Up to 50 Hours)
    LCD Screen Resolution 160x128
    Dimension 220x162x91mm


    Rebar corrosion detector detail

    Tips: Can rebar scanners detect other objects or anomalies in concrete?

    Rebar scanners are primarily designed to detect and locate reinforcing bars (rebar) within concrete structures. These devices utilize electromagnetic or ground-penetrating radar technology to identify the presence, depth, and spacing of rebar, aiding in construction and inspection processes. While rebar scanners excel at their intended purpose, they may incidentally detect other objects or anomalies within the concrete, such as conduits, post-tension cables, or voids. However, their accuracy in identifying these secondary elements may vary, and they are not specialized for detecting anomalies beyond rebar. For comprehensive assessment of concrete structures, additional tools like ground-penetrating radar or concrete imaging systems may be employed to identify various features and potential defects.

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