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How Concrete X-Rays Work Concrete x-ray is defined as a process of using x-rays or gamma rays for the accumulation of an image of the interior of a concrete, the purpose of which is to identify and locate rebar, post tension cables, conduit, and other objects that are embedded inside. For the most part, the source of the x-ray is either cobalt-60 or iridium-192, while there also are some instances in which they are generated through an x-ray tube. A detector is also needed for the process to commence and it usually comes in the form of the old film or the newer digital detector panel. It is true that there can be several uses for concrete x-ray, but the same objective remains, which in this case is to reveal the contents of a specific concrete target without the need to destroy, harm, or move the same. The most commonly targeted concrete components are walls and suspended slabs that are to be subjected to renovation or retrofitting. For the most part, the walls or slabs made out of concrete are only a part of a much bigger structure.
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In reality, concrete x-ray is quite a revolutionary method because in the past, there was no other way to figure out what’s inside the concrete target than to cut through it. In the case of cutting through rebar, there’s a possibility that the structure will be weakened, while there’s also a chance that it can be done successfully by staying within the limits called structural tolerance. However, it’s not the same as cutting through post tension cables since there’s a bigger chance of causing a serious issue or irreparable damage to the structure. The fact is it is no longer being utilized or performed in today’s construction setting. Also, cutting through conduit isn’t recommended as well because accidentally cutting it could result to safety issues, not to mention costly repairs.
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Nowadays, the use of concrete x-ray has become a priority for many structural engineers for the reason that it remains to be the most effective method of determining if there are any hazards or hidden objects inside a concrete target, and any plan of cutting through concrete material won’t commence without this procedure. Though some contend that ground penetrating radar is the future and that it is safer since it does not use cobalt or iridium, the fact will remain that it still is the more effective method in terms of producing clearer and more accurate images of interior contents of a specific concrete slab. Furthermore, engineers favor it because x-rays are easier and quicker to interpret. It’s no secret that concrete x-ray is a bit costlier compared to ground penetrating radar, but in actual field application, the difference would not be that big of a deal.