What makes any construction structure strong and resilient? The reinforcement bars used in them play a big role. TMT (Thermo Mechanically Treated) bars have excellent reinforcement properties, which make them suitable for enhancing the strength and resilience of construction structures. Fe 500 TMT bars are known to improve structural integrity and reduce construction material costs. Find out the 5 key reasons for the same.
- Stronger and more long-lasting
Fe 550 bars have higher yield strength, which makes them suitable for the construction of bridges, high-rise buildings and various other structures that need to bear a lot of load. These can withstand more stress and loads and can improve the structural integrity of buildings over the long term. With a high minimum yield strength of 500 MPa, these can withstand bending or deformation for a longer time before permanent deformation happens.
- Consumption of less construction material
Fe 550 bars are known for being stronger than regular CTD bars. Naturally, even with fewer Fe 550 bars, it is possible to achieve the extent of structural stability that is desired. It is possible to save a lot on labour and material costs.
- Minimizes structural damage
These TMT steel bars come with better seismic resistance properties, which make them a better choice for the construction of structures in earthquake-prone regions. These have better ductility and can deform without breaking, which allows these bars to absorb tremor impacts with more effectuality. Thus, these go on to reduce structural damage.
- Improved weldability
Due to the presence of a lower amount of carbon, these bars can be welded and connected more easily in construction projects. By welding multiple TMT steel bars to each other, contractors can satisfy the need for custom configuration and lengths of steel bars. However, they need to stick to the relevant building codes and consult with a qualified structural engineer for the same.
- Fire resistance
TMT steel bars have excellent fire resistance, which is another major advantage for the safety of construction structures. These bars can withstand high temperatures with no loss to their structural integrity, due to the quenching and tempering processes that they undergo – which provide them with unique properties. These also have less thermal conductivity.
Due to these reasons, these bars are perfect for use in areas with higher risks of fire hazards. During fire emergencies, it can make structures more stable. This is another reason why structures can be more durable. Even in high heat, structures can keep standing without melting the steel bars inside that are entrusted for reinforcement.
As you can see, Fe 500 TMT bars can be a top choice for your construction requirements. It might be a good idea to consider your specific construction project requirements before you place an order. Consulting a skilled engineer or builder can be useful in this regard. You need to choose the best TMT bars from a top brand like TopTech TMT, to be assured of the quality certifications and compliance with ISO standards.
