Round Rock Water Treatment Plant – Round Rock, TXĪ key safety asset to GPR concrete scanning is that it doesn’t use X-Ray technology, but electromagnetic waves.Walnut Creek Water Treatment Plant – Austin, TX. The following are just some of our valued GPR clients and projects: A wide variety of clients have utilized our comprehensive GPR scanning technology and services to complete building projects in Austin, San Antonio and beyond. Texas Cutting and Coring utilizes GPR scanning and other technologies to perform high-risk concrete surveys.Īt Texas Cutting and Coring, our team consists of the top certified GPR technicians in the field of ground penetrating radar and concrete x-ray scanning, trained in state of the art techniques for subsurface utility engineering. When this occurs beneath a road or existing property, it presents obvious dangers. If the roof of a void becomes too weak, it can suddenly collapse. Buried voids can hinder construction operations, undermine building foundations and cause destructive ground subsidence. Likewise, detecting the presence of hidden voids is essential, as they are a hazard to both engineers and the public. Call or request a quote online to learn more about our GPR services. We have decades of experience developing this technology to assist managers in residential and commercial construction. Our scanning services, operated by experienced specialists in the field of x-ray technology and engineering, are designed to help you efficiently identify risks to stay on schedule and on budget. At Texas Cutting and Coring, our concrete x-ray GPR technology can help to eliminate the threat of sub-ground anomalies potentially causing problems at the work site after major construction has begun. Here, we understand that it is a crucial first step of any construction project to rule out any possible high-risk factors that may arise due to underlying utility objects. The following can be found using x-ray GPR scanning technology: Determining the location and depth of these objects within concrete structures is crucial before cutting, drilling or coring. For instance, post-tension cable, rebar, conduit, pipes, fiber optic cables and air voids can all be identified using the 3D imaging capabilities of GPR. One of the main uses of GPR is locating anomalies in concrete buildings, bridges, and other structures. In fact, GPR systems are often needed for: Texas Concrete Scanning/ Rebar Mapping The visual data generated via GPR provides structural and compositional information that would otherwise be difficult to locate. Utilizing electromagnetic waves, GPR detects variations in the reflected return signal, which occur when the wave hits a buried object or a boundary of contrasting subsurface materials. Ground Penetrating Radar, also referred to as GPR scanning, is a geophysical technique that uses radar pulses to non destructively investigate concrete, earth, and other media.
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