Proceq GP8800

The rugged, lightweight Swiss Made probe packs our unique radar technology in a tiny footprint with gigantic clarity and depth. This makes it possible to locate rebar and tendon ducts by inspecting overhead, in tight spots, close to walls, from the edge of the slab—and in congested spaces, such as underneath pipes. Concrete is the backbone of modern construction and infrastructure, thanks to its versatility and robustness. Evaluating its quality is vital to ensure that structures can withstand various loads and environmental factors. Concrete quality assessment involves multiple tests that examine different properties of the mixture, such as compressive strength, workability, and permeability. By performing these tests, civil engineers can identify potential issues and rectify them, guaranteeing a safe and long-lasting structure. NDT methods have become essential in evaluating concrete quality, as they allow for the monitoring of structures during their service life without causing any harm. These techniques are especially useful for detecting hidden defects and assessing the condition of existing structures, ensuring their safety and longevity. The most widely used and reliable techniques that help ensure structural soundness are: Ultrasonic Pulse Velocity; Ultrasonic Pulse Echo; Rebound Hammer and Ground Penetrating Radar. NDT methods for concrete quality assessment offer invaluable insights into the material's properties without compromising structural integrity. By utilizing techniques such as the ultrasonic pulse velocity test, rebound hammer test, and ground penetrating radar, civil engineers can effectively evaluate concrete quality and make informed decisions regarding structural maintenance and rehabilitation.

Applications: Rebar location and cover measurement · Concrete strength estimation · Void and defect detection · Corrosion assessment · Bridge and tunnel inspection