TI Macho provides great performance TMT bars from the family of TI, a Murugappa group corporation. These TMT bars are produced through an exclusive as well as technically advances processes, causing in enhanced and developed strength, ductility, durability in addition to durability.
Process:
Raw materials are measured through an appropriate Quality analysis which is vital to achieve greatest in quality products.
Steel billets are hot rolled as well as are exposed to Thermo-Mechanical Treatment.
Extraordinary performance TI MACHO TMT Bars are formed through a distinctive patent quenching course post hot rolling
This outcomes in augmented
- Upper Strength and Ductility
- Extended life
- Greater Shock Resistance
- Greater Corrosion Resistant
Equivalent to the premium in the industry
Products:
Fe 500
Mechanical Properties
- This TMT bar conglomerates great yield strength, great tensile strength and great elongation properties to transport a supreme worth proposition in structural steel.
- This worth proposition has been settled through concentrated R&D effort, which directed in turn to an inimitable as well as computationally authenticated quenching course, relatively unaffected by method variations.
- These TMT bars which experience this rigorous treatment grow a repeatable, consistent and augmented micro structure in cross section, showing the way to outstanding mechanical properties.
Chemical Properties
- The TMT Bars Carbon percentage is organized within locked tolerances to assure High Ductility as well as Workability of steel.
- The general Carbon equivalent CE is likewise firmly controlled to transport an optimal amalgamation of Rigidity, Strength, and Elongation in addition to Weld ability.
- Not further than 0.53 while micro alloying elements are employed.
- Not further than 0.42 while micro alloying elements are not employed.
Fe 500 D TMT
Mechanical Properties
- The TMT bar syndicates great yield strength, great tensile strength and great elongation properties to bring an invincible value scheme in structural steel.
- This value scheme has been established through rigorous R&D effort, which shown the way in turn to an exceptional as well as computationally authenticated quenching process, comparatively unaffected by course variations.
- These TMT bars which endure this thorough treatment grow a repeatable, consistent and heightened micro structure in cross section, showing the way to first-rate mechanical properties.
Chemical Properties
- This TMT bar's Carbon percentage is organized within closed tolerances to assure Great Ductility in addition to Workability of steel.
- The general Carbon equivalent CE is similarly firmly controlled to bring an optimal mixture of Firmness, Strength, and Elongation along with Weld ability.
- Not higher than 0.53 while micro alloying elements are utilized.
- Not higher than 0.42 while micro alloying elements are not utilized.
Fe 550 D TMT
Mechanical Properties
- The TMT bar syndicates High yield strength, Great tensile strength and Great elongation properties to distribute an indomitable value proposition in the structural steel.
- This value proposition actually has been established through exhaustive R&D effort, which shown the way in turn to a distinctive and computationally authenticated quenching process, moderately unaffected by course variations.
- These TMT bars which experience this severe treatment cultivate a repeatable, unswerving and elevated micro structure in cross section, showing the way to outstanding mechanical properties.
Chemical Properties
- This TMT bar's Carbon percentage is organized within sealed tolerances to assure High Ductility as well as the workability of steel.
- The inclusive Carbon equivalent CE is moreover strongly controlled to offer an optimal amalgamation of Toughness, Strength, and Elongation in addition to welding ability.
- Not higher than 0.53 while microalloying elements are applied.
- Not higher than 0.42 while microalloying elements are not applied.
