FE 500 TMT Bars. These TMT bars are widely used for construction purposes. These Bars are highly corrosion-resistant and have higher load-bearing capacity. There are high-strength and durable Bars for our customers. FE 500 TMT Bars require sizes and dimensions of these TMT Bars with several specifications. TMT Bars are widely applied in RCC construction due to their higher uniform elongation property. There is prompt and certified material for these Bars to gain Structural rigidity and corrosion-resisting properties.
FE 500 TMT Bars are used in the RCC construction of buildings, bridges, and other structures. They are more susceptible to use in earthquake zones as they absorb extra energy.
FE 500 and FE 500D TMT Bars are renowned for their balanced strength and flexibility. Their low carbon content contributes to their ability to prevent fires and resist corrosion. These bars are easily bendable, demonstrating high strength and functioning as effective stress concentrators. The standout properties of FE 500 Bars include exceptional yield, tensile strength, and weldability.
FE 500D TMT Bars, an upgraded version of FE 500, offer increased flexibility, robustness, and fire resistance. Their enhanced qualities make them a superior choice for construction. Additionally, these bars are highly regarded as an ideal construction material due to their low sulfur and phosphorous content. For those seeking alternatives, stainless steel TMT bars are also available, offering similar benefits with added corrosion resistance and durability.
FE 415 TMT Bars are suitable for seismic zone utilisation, where these bars demonstrate an excellent combination of tensile strength and flexibility for the proper structure. Compared to FE 500, it is empowered to load and accomplish tensile and yield quality. It is more weldable and influences the overall functioning of TMT Bars with fewer expenses. It provides strength to twisted conditions and rust and corrosion protection. It is mainly selected for its capability to withstand vibrations of remarkable extents.
Fe 415 steel bars’ flexibility allows them to resist such loads. Therefore, achieving and maintaining the yield quality and flexibility in the case of TMT grades like Fe 500 with both the TMT process alone is challenging. In addition, specific microalloying precipitation solidifying components are required. It is essential to balance the small-scale alloying process with QST. Extreme differences between the two can cause essential qualities like yield strength and flexibility to be sacrificed.
Sizes | 8mm, 10mm, 12mm, 16mm, 20mm, 25mm and 32mm |
Diameter | 8,10,12,16,20,25,32mm |
Usage/Application | Construction purpose |
Grade | FE 500 / FE 500D/ FE 415 |
Material | Stainless Steel / Mild Steel |