Ever wonder why construction sites take x-rays of concrete slabs? Read more about slab x ray here on Urban Splatter.
How versatile is concrete in construction? Concrete is probably the most used construction material after water as it accounts for nearly twice the quantity of other building materials in most constructions. The house you currently live in will most likely be built in part with concrete, even if it's just your front pavement. Used for as much as 75% of a building is concrete sometimes.
But maybe you're still wondering why concrete is this useful in construction. The reason mainly has to do with its workability since it can be molded into almost any shape while it is still wet.
Also, it is very strong as a load-carrying element once it sets, especially when it is in compression.
But here is the thing. Despite all the benefits of concrete as a construction material, it is tough to determine its internal components once it solidifies.
Sometimes reinforcements are embedded in the concrete to increase its elastic properties when loads might induce some bending.
It then becomes impossible to check the quantity or the state of these reinforcements once the concrete has set. But that is not entirely true.
Advancements in construction technology using industrial X-rays have made it possible to scan the concrete elements' internal components.
It is now easy to scan concrete structures like slabs, beams, and columns to ascertain the quantity and state of embedded reinforcements.
X-rays can also scan other embedded services like conduits, cables, and hold-down bolts to know their conditions inside the concrete.
But that's not all.
A non-destructive testing (NDT) technology is x-ray testing. Retained are shape, size, and form.
Also known as NDT radiographic testing, X-ray is suitable for all concrete elements either as a member of a framed unit or as a simply supported concrete structure without affecting its structural integrity.
Other technologies are used in the construction industry for scanning the internal components of concrete. Ground Penetrating Radar (GPR) is one of these. However, X-ray gives a more accurate and detailed result with the excessive data generated by GPR.
Here are other advantages of industrial X-ray scanning for concrete.
Other merits for using industrial X-ray exist at pre-construction stages where it is used to locate buried services like municipal water supply pipes, gas pipes, and sewage pipes.
The importance of X-ray technology in the construction industry is quite visible in the results that it produces. These results are precise, fast, more accessible than other concrete scanning options, and come from a non-destructive method of testing.
Concrete elements like slabs, beams, and columns benefit the most. This is because concrete is the predominant building material used in the construction industry.
Therefore, a slab x ray is very important in the construction industry. Of course, seeing that they help in the early identification of defects. These are defects that may occur internally for concrete elements and other services.