When you are involved on a construction project that is built from the foundations, then you will need a reinforcement system. We provide steel reinforcement London to make sure your building stands still for the longest time. Next, we will explain some of the properties of this reinforcement system, so that you understand how a high quality reinforcement supply London is needed.
Reinforcement Supply System in London
Why Concrete needs a Steel Reinforcement
We all know that buildings made out of concrete are sturdy constructions that will last for a very long time. However, concrete alone is not very strong when it comes to tension. To explain this better, let’s make an analogy with the human body. Concrete is what makes the building strong, just as your muscles. The more you work out, the more muscles you have. Your strength is proportional to your muscles. With a building, the strength can be compared to the amount of concrete used for the construction.
But muscles are nothing if it wasn’t for bones. Without bones, muscles would not have the necessary balance and tension resistance. A steel reinforcement London can be compared to the bones of the human body. They provide concrete with what is missing, making it the sturdy construction material we all expect. The fact that this reinforcement is hidden inside makes it invisible. People who are not involved in construction are not aware of its role. However, all construction companies are fully aware of the role of the reinforcement supply London.
Using Steel instead of other Materials
A structure can be reinforced with any material that has the necessary properties to resist tension. It all depends on the load and the design. However, there two factors are not the only ones to consider. There are other aspects that influence the use of steel in particular when you need to reinforce concrete walls or structures.
Other common materials that have proved to have the right tensile strength are basalt fiber and glass. However, there is a problem with those building materials. It has to do with temperature changes. They expand at a different rate than concrete, making it a not so stable system. As a general rule, the thermal expansion coefficient should match, or at least be close enough to cause no issues. If both materials move at the same rate, then they will work good together.
Not all construction sites are affected by this condition. However, when there are extreme temperature changes, then it is better to go for a matching coefficient. The problem of disregarding this rule is the risk of cracks and the potential debilitation of the whole structure. Depending on the overall weight and stiffness, the consequences can be light or a catastrophe.
There are certain specifications and best practices when it comes to construction reinforcements. The rules that apply to steel reinforcement London are made by a global organization called ASTM International. It consists of a group of engineers and scientists that originally started working in the United States as the American Society for Testing Materials.
Since 2001, the ASTM went international, developing standards that are now used worldwide. London is no exception, and we are ruled by these standards. For example, for the reinforcement of construction systems, we have the following standard specifications:
- A1035 / A1035M
- A6l5 / A6l5M
- A706 / A706M
- A955 / A955M
- A996 / A996M
These standards apply to different reinforcement supply London systems, such as carbon steel bars, stainless steel bars, or low-carbon steel bars for concrete reinforcement. We are versed on all these standards, along with the best construction techniques to make the most of your reinforcements. We make sure your building is as sturdy as expected.