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When earthquake occurs, huge number of people is killed and buildings destroy. Engineers say that death occurs due to poorly built houses and buildings, more than earthquake itself. However, no one can deny how furious Mother Nature becomes at the time of tremors. However, there is something that can help sustain such disastrous natural calamity. One development in construction strategy that can minimize the impact of earthquake is the TMT steel bars.

Everyone must be aware of the seismic effects in Nepal. The earthquake focuses on faulty construction. News reports show that large scale of destruction took place due to weak structures. Some buildings by the side of Indian border could withstand strong jolts of the earthquake because they have used high quality TMT bars. People in India opt for TMT bar company in West Bengal and other places since the country falls under seismic zone.

People, nowadays, have become quite aware of earthquake resistant constructions and their advantages. Hence, there is also increasing awareness about the earthquake resistant feature of TMT steel bars.

What makes TMT Steel Bars Earthquake Resistant?

Top grade TMT bars have –

• high strength,
• ductility,
• superior weldability,
• elongation and
• workability
• rib formation

Ductility and elongation are essential properties for earthquake resistance. During tremor, high energy is generated on a concrete structure. Thus, there should be a ductile material in the structure that can absorb that force without cracking or breaking. This is exactly what happens with brittle materials. Cutting Tool Inserts They cannot withstand the force of earthquake and break down.

How the TMT bars get this elongation and ductility characteristics?

Reputed TMT bar manufacturers of West Bengal say that it is the very structure of the bars that provide them with these qualities. The bars have composite metallurgical structure – soft inner core of ferrite-pearlite and string external surface of martensite. This characteristic of bars remains the constant no matter in which process they are manufactured.

In times of seismic force, the inner core allows mild tilting while the external surface brings it back to original position, thereby, making the TMT steel bars earthquake resistant. Besides this ductile nature, elongation factor is also essential as it can wonderfully accommodate inelastic strains at the time surface milling cutters of tremors and its aftershocks.

Rib formation is also a very crucial feature that makes TMT bars earthquake resistant. This formation strongly reinforces the bars to concrete structures. Therefore, these are features provide earthquake resistance to TMT steel bars.

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