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SHREE OM THERMEX 500 TMT

Overview :
Manufactured using the patented ‘Thermex’ process, Shree OM 500 grade rebars are easily the superior option to conventional bars, offering not only higher strength, elongation, durability and concrete adhesiveness, but also enhanced savings in steel, one of the country’s most precious resources.

 

Product Range :
We produce & supply TMT bars

  • Size – Diameter 8 mm up to 32mm
  • Grade – Fe 415, Fe 500, Fe 550, Fe 500 D and Fe 500 CRS as per IS 1786
  • Product Embossing – Our product is embossed with ISI mark and our brand name at 1 meter intervals along its length

Features :
WHAT MAKES SHREE OM THERMEX TMT THE MOST TRUSTED BRAND?

  • Higher elongation – we assure min. 15% elongation.
  • Grade – Fe 415, Fe 500, Fe 550 and Fe 500 D as per IS 1786.
  • Better corrosion resistance – no corrosion or rusting even after a long duration.
  • Thermal stability – it can be used even at high temperatures till 600° C without any drop in strength.
  • Excellent straightness – perfect straightness is ensured.
  • Higher weldability – excellent weldability achieved because of optimum chemical composition.
  • Earthquake resistance – higher elongation ensures greater safety.
  • Prominent ribs CNC rib cutting ensures very prominent ribs.
  • Higher ductility – excellent bendability.
Spefications Table

CHEMICAL PROPERTIES

Elements

BIS 1786:1985
Fe 415

Carbon (%) Max 0.30 0.16-0.25
Manganese (%) Max 0.5-1.0 0.6-1.1
Sulphur (%) Max 0.055 0.05
Phosphorus (%) Max 0.055 0.05

PHYSICAL PROPERTIES

Parameter

BIS 1786:1985

Fe415 Fe500
Yield Strength(min)N/mm2 415 500 520-565
Tensil Strength(min)N/mm2 485 545 630-730
Elongation %(A5) 14.5 12.0 16-25

PRODUCT SPECIFICATION WITH GRADE WISE

Standard Grade Remark yield / Strength (N/mm2)min UTS

(N/mm2)min

% Elongation min
IS : 1786 – 2008 Fe 415 415 485 14.5
IS : 1786 – 2008 Fe 500 500 545 12
IS : 1786 – 2008 Fe 550 550 585 8
IS : 1786 – 2008 Fe 500D 500 565 16
Re-bars with CRM Cu+Cr+P = 0.75% min 415 485 14.5
Corrosion Resistant elements HSCRM Cu+Cr+P = 0.75% min 500 545 12