Construction Archives - Bharat Steels

1 – High-rise buildings

Angle bars always find a permanent spot in any construction project. They can easily adapt to suit the distinct need of a particular activity. This quality of angle bars has increased its significance. They are used to reinforce concrete, support the ceiling, and improve the stability of the building. One of the major advantages of the SAIL TMT Bar is that it reduces the use of concrete. These bars also act as good alternatives to other steel accessories. The engineers can also lower the cost by using angle bars.

2 – Shelves

It can be surprising to find angle bars in consumer goods as well. It reinstates the fact that they are very versatile. Apart from construction—where the environment is very intensive—they are also used in simple everyday items. Angle bars go into the making of shelves for different storage purposes. They can be seen in many warehouses for sorting and storing goods. It is very useful to enable proper workflow in the logistics of the warehouse. The shelves are only structural and lack any solid design. But they can hold a large number of boxes stacked on them.

3 – Bridge Construction

A bridge is built in the following sequence—the foundation, substructure, and superstructure. All three layers siphon off the strength from each other. They work in unison to ensure the overall stability and endurance of the bridge.

Angle bars are common at each one of those stages. In the foundation, they are used along with additional steel products to improve weight distribution and loading bearing capacity. They find a place in substructure as vertical columns. Then in the superstructure, they help to connect most of the beams, girders, and columns. For instance, they support the weight of the MS chequered plate above them that is used in the flooring.

4 – Transportation

All the railway lines are joined with the help of angle bars. Usually, they are fabricated to meet the needs of the project. The durability and strength of the angle bars ensure the quality of the railway lines. Apart from this, they can also be reinforced to form the chassis of a vehicle and provide structural integrity. Angles bars with higher carbon content can also protect the vehicle from damage during accidents.

You need to get the best quality from your Steel Suppliers since they play an integral role in construction. It will safeguard the entire stability of the building.

Every construction project requires special attention. The builders must make a series of decisions to ensure the long-term stability of the construction. The project typically needs proper planning, efficient engineers, and skilled laborers to transform the blueprint into reality. Out of all of the decisions, choosing the right material takes priority. Many builders weigh structural steel bought from the Steel Dealers and reinforced concrete. A lot of analysis goes into this selection. They may consider the following:

The cost of the material
Durability
Ease of availability
Resistance to high temperatures

Engineers would include but not limit the criteria to the above factors. This post will give an understanding of the differences between structural steel and reinforced concrete.

Materials used

Let us look at the things that make them both. Structural steel is of two types—Mild carbon and high carbon respective to their composition. The former is mostly used in automobile components and MS chequered plate while the latter is used in building framework and steel pipes. Generally, high-carbon steel contains more than 0.5% of carbon.

Reinforced concrete is a sum of naturally powdered materials, pastes, and other secondary raw materials that go into them. Even though their composition might vary, they would consist of the above materials. They are used along with SAIL TMT Bar to enhance the tensile strength of the whole structure.

Durability and strength

There is no big difference between the strength of both materials. Structural steel would have a minimum strength rating of around 400 MPa (Megapascal) and may go up to 500 MPa. Reinforced steel would have 415 MPa. However, they can contribute only up to 60 MPa on their own.

Structural steel and reinforced concrete both work well together. Concrete makes the building immune to high compression force at times of natural disasters. The building will stand strong during earthquakes. Structural steel resists strong winds so that the roof would not tear off when there is a storm.

Availability of the materials

Structural steel needs rebars that are available in abundance. You can recycle the components without any loss of their essence. You may be surprised at this fact. Most of the buildings you see today have at least 25% of recycled components. Thus, structural steel is abundant and would not run out of stock that easily. On the other hand, concrete is slightly tricky to get on time. There are still difficulties in streamlining the import-export of the concrete and its transportation.

Cost of the materials

Given the fact that steel is readily available, it needs a lot of processes to bring it to use. The steel goes through many levels of fabrication to fit the needs of the specific project in question. It tends to increase the cost involved in custom making the steel. It is the reason why MS plate price in chennai is high. But, concrete is a natural substance that requires less processing. They consist of different minerals that are pounded into fine powder. Once all the additions in the material have been made, it is ready for use. All you have to do is add water to it.

Even though one material gets the upper hand in some criteria, it is always wise to choose material to suit the project. Concrete may be less costly but structural steel offers resistance and durability. Irrespective of their advantages over the other, both the materials must be used in coordination to increase the overall strength of the building.

Bharat Steels

Tag: Construction

Role of Angle Bars in Construction