Infrasense utilizes a suite of established nondestructive testing (NDT) methods including Ground Penetrating Radar (GPR), Infrared Thermography (IR), Impact-Echo (IE), and Rapid Automated Sounding (RAS), to assess concrete structures including concrete slabs, parking garages, tunnels, buildings, retaining walls, etc.. The NDT data can be validated and augmented with data obtained using traditional testing methods including hammer sounding, coring, chloride testing, and half-cell potential (HCP). All data can be referenced to the structure using both a survey grid and high-precision, differential GPS coordinates to accurately locate targets or areas of concern.
In addition to comprehensive structural assessment, the NDT data can be processed to provide the following:
Contact our experienced team today to discuss your concrete structure assessment needs and receive a customized quote for your structural evaluation project.
Different technologies detect different types of problems—GPR reveals rebar corrosion and embedded objects, Infrared Thermography identifies delaminations and moisture issues, while Impact-Echo measures thickness and detects voids. Using complementary methods ensures comprehensive assessment and eliminates the risk of missing critical structural problems that single-technology approaches might overlook.
Yes, our integrated NDT approach provides accurate mapping and quantification of deterioration, delamination, and spalling areas without the need for extensive coring or destructive sampling. This enables precise repair quantity estimates for budget planning while preserving structural integrity and eliminating the time and cost associated with destructive investigation methods.
Our concrete scanning identifies actual cover depths, rebar conditions, and structural anomalies that directly impact load capacity calculations. By providing precise measurements of concrete cover, detecting corrosion activity, and mapping structural defects, our assessments give structural engineers the accurate data needed for reliable load rating updates and capacity determinations.