Concrete Iron 8Mm 1Kg

CONCRETE 8MM 1KG

Calculation iron concrete.

Example calculation for how much concrete iron goes into a cubic metre of concrete:

We specify that one cubic metre of concrete becomes a concrete slab 10cm thick and an area of 10mp. In most cases of calculation of concrete iron in the majority of civil constructions, between 10 and 15 % of shaped concrete iron is used for one cubic metre of concrete, resulting in a cubic metre of concrete containing between 10kg-15kg of shaped concrete iron, including stirrups.

In the case of industrial constructions, the degree of reinforcement is between 20% and 25%.

We point out that this information is for information purposes only and we recommend to use the quantity of concrete iron specified in the strength project.

Uses of iron concrete
Concrete is a material with high compressive strength but relatively low tensile strength. In order to compensate for this imbalance, reinforcement is used through the use of reinforcing bars. The most important methods of strengthening the structure with iron are divided into primary and secondary reinforcement:

- primary reinforcement refers to the reinforcement of the concrete with iron bars, which are used specifically to guarantee the necessary strength of the structure and to support the loads of the built assembly.

- secondary iron reinforcement or thermal reinforcement, is used for aesthetic and durability reasons, to ensure increased strength by eliminating cracks that may appear in the concrete structure when the temperature changes.

Iron concrete is also used to give the concrete resistance to heavy loads. Providing sufficient strength and rigidity. Reinforcing iron concrete takes the load over a larger area.

Concrete rebar can also be used to hold other rebar in the correct position to support building loads.

Masonry and plaster structures have similar properties to concrete and also have a limited ability to carry tensile loads. Some masonry building materials such as concrete blocks and bricks are made with strategically placed voids to allow for the installation of reinforcing bars, which are then fixed in place with cement.
This process is known as reinforced masonry.