Ultra TMT Fe 550

ULTRA TMT Fe 550 is unmatched in terms of strength and flexibility. Manufactured using German
TURBO TMT Quenching and Tempering Process, ULTRA TMT Fe 550 bars have a soft-hard
(ferrite-pearlite) core, and an outer hard martensitic structure giving them enormous strength to
withstand huge load and stress.


They have superior BENDABILITY and WELDABILITY making structures stronger and resistant to  EARTHQUAKES. What's more, they are FIRE-RESISTANT and CORROSION-RESISTANT too, making them the ultimate choice for Engineers and Builders.

• A PROVEN BRAND since 1997 in both Project and Retail Market.

• A PROVEN BRAND since 1997 in both Project and Retail Market.

• Ultra TMT supplies with Material Test Certificate, tested in our state of the art Laboratory.

• Ultra TMT provide Premium Quality at affordable Price.

• Ultra TMT offer “Test Then Trust” policy.

• Ultra TMT provide Quantity with Quality.

• Ultra TMT provide all sizes 8, 10, 12, 16, 20, 25, 28, and 32 mm in ready stock (IS 1786-2008)

• Ultra TMT provide Customize length, on customers demand for wastage control.

• Also supplies MS Square, MS Flat and MS Rounds Bars (IS 2062 Grade A)

• Ultra TMT Provide structures safety through Optimum Strength & Greater Elongation

• Precise weight and gauge control system provide cost effectiveness in Ultra TMT.

• Uniform Weight and Shape throughout the length from Standard to Minimum according to BIS.

• Fire resistant, with the ability to withstand high Temperatures

• Better bonding strength external ribs across the entire length ensure superior bonding with concrete.

• High fatigue resistance and more Tensile Strength due to perfect Martensitic structure formation

• Earthquake resistant: Flexibility & Elongation due to perfect ring of soft- hard core (ferrite- pearlite core) in Ultra TMT.

• Weldability in Ultra TMT come from perfect operation temperature, C & low alloy element.

• Fine Grain Structure & Uniform chemical composition due to standard Metallurgical process applies in ladle refining.

• Bendability because of Higher percentage of Elongation