Construction Vs. Natural Disasters - How do TMT Bars Protect?


Extreme weather conditions are can not be avoided. Earthquakes, floods, fires, and even storms all can cause costly damage and put lives at risk when they hit. In these instances, buildings that are constructed with low-quality TMT bars are at high risk, and hence making the right choice at the time of building any structure is most important.

Features of the TMT Bars:

1. High strength with better elongation

2. Superior weldability

3. Resistance to fire hazards

4. Anti-corrosive properties

5. High malleability & ductility

6. Higher Fatigue Strength

7. Highly Cost-effective

8. Better Bonding Strength


How do TMT Bars Protect Buildings From Natural Calamities?

TMT bars are manufactured using the Thermo Mechanical Treatment process to manufacture different grades of high-strength reinforcement steel bars. This manufacturing technique develops higher corrosion resistance, superior weldability, high ductility, etc properties and the structure that build with these bars lasts long and can withstand natural calamities. 

Earthquakes:

Earthquake is one of the prime natural disasters which cause property damage and destruction. For earthquake-resistant constructions, it is necessary to give them strength and ductility. The pearlite core of the TMT bar gives high ductility with high fatigue confrontation to tolerate dynamic load and helps the building absorb the earthquake vibration to a large extent, and prevent massive damage. 

Rain:

Floods are the main reason which causes corrosion to the constructions. The unique manufacturing process of TMT bars gives them anti-corrosive properties and high durability against the flood-waters force. TMT bars with anti-corrosion properties are mostly useful for construction in humid environments such as coastal areas, underground surfaces, marine environments, etc.

Fire:

Fire is the most destructive natural disaster and can cause the worst damage. Hence, fire safety is one of the most important concerns for engineers and builders. Fire damages can disturb the durability and stability of the building structure. The special thermal capability of TMT Bars makes them resistant to fire and can withstand temperatures ranging from 450 degrees to 600 degrees Celsius.

Storms:

When inappropriate construction materials and technology are used it causes heavy damage by strong winds. TMT bars are known for the high strength and stability they provide to building structures that can withstand damage. 


These are the most common natural disasters that cause heavy damage to any construction. To minimize these effects must use high-quality TMT bars like Rajuri Steel, which withstand the damages.


Rajuri Steel - Quality That Protects

Specially manufactured Rajuri Steel TMT Bars are earthquake, corrosion, and fire-resistant, which provides extra strength needed for the construction. The properties of the Rajuri Steel TMT bars make the structure super stronger and durable and ultimately avoid heavy damage from natural disasters.

Choose the best for your construction needs!

Location: India

Comments

Post a Comment

Popular posts from this blog

Issuing Free Tickets To Safe Breathing

Image
It may hide smiles, but it will save tears – Mask Distribution initiative It is widely known that people in certain lines of work are more exposed to the spread of the virus and they have contact with a larger number of people on a daily basis. As part of the larger effort to curb the transmission of the coronavirus, State Governments have asked citizens to step up their level of caution. As a Group initiative, Rajuri Steels has been promoting safe practices and pandemic precautions at all its work venues, business network, and other locations. Further, it has extended this to construction workers in different towns in Maharashtra and Karnataka, for whom it conducts training programs for site safety from time to time. Recently, the Company has distributed a large number of masks to site workers in and around Kalburgi in Karnataka. The traffic Police force, Drivers, conductors, checkers, depot officials working in bus terminals of the State Transport corporation are all personnel who n
Read more

Revolutionizing Structures: The Role of Fe550 TMT Bars in Modern Construction

Image
In the ever-evolving landscape of construction, innovation is the cornerstone of progress. As buildings soar higher and infrastructure becomes more complex, the materials used in construction play a pivotal role in ensuring safety, durability, and sustainability. Among these materials, Fe550 TMT bars have emerged as a game-changer, revolutionizing the way structures are built in the modern era. Understanding Fe550 TMT Bars Fe550 TMT bars, or Thermo-Mechanically Treated bars with a yield strength of 550 MPa, are the category of high-strength reinforcement steel that has gained immense popularity in the construction industry. These bars undergo a unique manufacturing process and this process imparts superior strength and ductility to the bars, making them ideal for a wide range of construction applications. Unparalleled Strength: One of the key attributes that make Fe550 TMT bars stand out is their unparalleled strength. With a yield strength of 550 MPa, these bars provide exceptional st
Read more

The Role of TMT Bars in Earthquake-Resistant Building

Image
  Earthquakes are formidable forces of nature, that can cause catastrophic damage to structures, endangering lives and infrastructure. In a quake, the maximum damages happen when a building collapses, due to which the best construction materials, including TMT bars, must be used. Building earthquake-resistant structures is not only a matter of safety but also a testament to engineering innovation. Earthquakes result from the release of seismic energy within the Earth's crust, causing the ground shaking. In regions prone to earthquakes, ensuring the resilience of structures is not just a matter of safety but also a testament to human ingenuity and engineering excellence. The Significance of the TMT Bars: TMT bars are highly regarded for their exceptional strength, ductility, and flexibility, making them a cornerstone of earthquake-resistant construction. Here's why they are pivotal in safeguarding buildings: 1. Exceptional Strength:  TMT bars are manufactured using a specialized
Read more