Ground penetrating x ray

Penhall offers two technology for concrete scanning. They are: Ground Penetrating Radar and X - Ray. Learn more about the pros and cons of each technology.

We employ expertly trained analysts that use state-of-the-art GPR ( Ground Penetrating Radar) equipment to find common embedded objects and other subsurface hazards that are hidden in the . Concrete X - Ray vs GPR imaging comparison chart from Global GPR Services.

Compare benifits - two subsurface imaging technologies.

Though X - Ray and GPR ( Ground Penetrating Radar) are used for similar concrete scanning applications, they are very different techniques.

X - Ray applies radiation to scan concrete and provides the on film. Two of the most popular methods include ground penetrating radar (GPR) and concrete x - ray. Both have their own strengths and weaknesses, but most of the time you are better to use GPR over concrete x - ray.

Depending on your specific needs, the ease of use, lower cost and safer working conditions of . GPRS ground penetrating radar technology can help our clients locate these areas and – most important - avoid collapses. Ground penetrating radar (GPR) is regularly applied to examine concrete structures such as walls, floors, columns and bridges. GROUND - PENETRATING RADAR (GPR).

Ground - penetrating Radar or GPR service is not sonar, ultrasoun X - ray or ferroscan. Maverick carries an inventory of specialized . US Army 68P X - Ray Tech - Duration: 17:52. A comparison between x - ray and ground penetrating radar (GPR) technologies for locating structures and reinforcement inside concrete slab. There is inherent risk of striking rebar, electrical and communications conduits, and post tension cables during cutting, coring or drilling process.

The cost of such mistakes can be prohibitive. At Global GPR Services we use Ground Penetrating Radar (GPR) equipment which uses radio waves that are safe and . Performed During Normal Operating Hours? At 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.

A wide variety of clients have utilized our comprehensive GPR scanning technology and services to . Better than X - Ray , our Ground Penetrating Radar can help locate rebar, post tension cables, conduits (PVC and metal) in real time. This video shows you how to detect rebars, tendons, metal and plastic conduits, glass-fibre cables, voids, cavities and wood in dry concrete structures at de. For non-destructive testing (NDT) of concrete, radiographic inspection (using X - Ray or Gamma ray, etc.) and pachometers (cover meters) are two of the commonly used methods. The disadvantages of radiographic inspection include very strict safety requirements, access to both sides of the concrete, off-site processing, etc.

This reminds us that it actually happens very often and we have been asked by many people with questions like: “Are you the X - Ray guy? X - Ray is also widely used for nondestructive testing (NDT) of industrial products for defects. It can be used to evaluate circuit boards, metal parts, concrete structure, etc.

Although X - Ray can provide unparalleled high-resolution images, in concrete structure imaging it has been largely replaced by ground penetrating radar . GSSI antennas feature the highest signal-to-noise ratio of any antenna available in the industry, providing the highest quality data with . Ground Penetrating Radar Services: Experienced surface penetrating radar professionals for concrete scanning, imaging and inspection, as well as conduit locating, void detection, rebar imaging and other underground utility locating.