Many regions in India, such as the Western and Central Himalayas, the North-Eastern regions, middle Bihar, Andaman and Nicobar Islands, and the Rann of Kutch, are highly prone to earthquakes. Earthquake-resistant TMT bars provide superior protection against earthquakes and other natural disasters that frequently cause significant damage to structures.
During earthquakes, the soft ferrite-pearlite core of TMT bars allows the bars to bend without breaking, and the tough martensite layer brings the structure back to its primary position. TMT bars are highly resistant to corrosion, which maximizes the lifespan of construction structures. Let’s look at how TMT bars protect your constructions from structural damage.
What Makes TMT Bars Earthquake-Resistant?
Earthquake-resistant TMT bars are manufactured using a unique process called Thermo Mechanical Treatment. TMT bars also get their name from this manufacturing process. This process comprises three steps— quenching, self-tempering, and atmospheric cooling — that create a hard martensite exterior and a soft ferrite-pearlite core. The soft inner core gives TMT bars enhanced ductility, whereas the hard outer layer ensures high tensile strength so that the bars can return to their original position after absorbing the shock from seismic tremors.
Features of Earthquake-Resistant TMT Bars
Earthquake-resistant TMT bars manufactured by Ganesh Super, one of the best TMT bar companies, are available in varying grades of strength and ductility. During an earthquake, maximum damage occurs from buildings collapsing. TMT bars are a critical component in minimizing the risks of collapse during an earthquake.
When it comes to earthquake resistance, ductility is the most critical feature of TMT bars. TMT bars have a higher level of flexibility because of the Thermo Mechanical Treatment the bars undergo. The superior ductility of TMT bars enables them to retain their structure even after being shaken up during an earthquake.
TMT bars have excellent elongation properties, allowing structures to handle elastic strain during earthquakes. Thanks to their high elongation Index, earthquake-resistant TMT bars can absorb shocks during seismic tremors and minimize the damage to the structures.
Corrosion plays a significant role in weakening a structure. Structures compromised due to corrosion are naturally more prone to collapsing during an earthquake. TMT bars are highly resistant to corrosion, keeping buildings stable with a strong bond with concrete even under high stress.
How Do We Identify Earthquake-Resistant TMT Bars?
The Bureau of Indian Standards, or BIS, has defined specific grades for TMT bars— Fe600, Fe500D, Fe500, Fe550, Fe415D, and Fe415. However, Fe 415 and Fe 500 TMT bars are the most popular for construction in earthquake-prone areas as they have the ideal proportion of tensile strength and ductility.
Ganesh Super, one of the leading TMT Bars Suppliers come up with BIS-certified earthquake-resistant TMT bars to provide great stability and protection to constructions in earthquake-prone regions
A vast area in India is prone to earthquakes and other natural calamities. This necessitates the use of earthquake-resistant TMT bars for construction in regions. TMT bars are able to provide superior stability and strength even during seismic tremors thanks to the unique Thermo Mechanical Treatment manufacturing process they undergo. This process creates a hard martensite exterior while the core remains soft with a ferrite-pearlite structure.
Features of TMT bars, such as tensile strength, ductility, elongation, and corrosion resistance, are crucial in ensuring the safety and stability of structures during an earthquake. Earthquake-resistant TMT bars can be identified by their corresponding BIS certification markings. Fe 415 and Fe 500 grade TMT bars are the top choices for constructions in earthquake-prone areas because they have the ideal proportion of tensile strength and ductility. Are you looking for earthquake-resistant TMT bars? Contact Ganesh Super to get a quote!