Jindal Steel and Power Limited (JSPL)operates a 1 million MT per annum capacity TMT Rebar mill at Patratu wherein high strength rebars confirming to IS 1786:2008 Fe 500, Fe 500D, Fe 550D & 600 CRS grades are produced. TMT production at the Patratu plant uses the superior billets produced at JSPL, Raigarh through the Blast Furnace, Direct Reduced Iron, Electric Arc Furnace, Ladle Refining Furnace, Continuous Casting Machine route that produces clean steel billets with very low levels of sulphur and phosphorus (less than 0.035%). The operations carry the certification of ISO 9001/ISO 14001/OHSAS 18001. Jindal Panther Rebars are available in straight and bent forms, also the coil form is offered for 6mm to 12mm diameters. Advantages of Jindal Panther TMT Rebars: Superior Weldability Low levels of carbon ensure easier and faster welding without preheating. This means stronger and safer weld joints & reduction in wastage during welding at siteExcellent Bonding With Cement Computer controlled notch making machines ensure a uniform and parallel rib pattern which results in excellent bond strength with concreteEarthquake Resistant Properties High Ultimate Tensile Strength to Yield Stress ratio imparts Panther TMT rebars with strength and ductilityExcellent Bendability The HYQST Technology from Morgan USA (now Siemens USA) ensures a microstructure with a soft (ferrite and pearlite) core, Jindal Panther TMT Rebars have excellent bendability. This facilitates easy bending, making work easier and faster at construction sitesCorrosion Resistant The parallel rib pattern in Jindal PantherTMT Rebars created in the final finishing eliminates the chance of torsion residual stress. This coupled with low carbon content leads to superior corrosion resistant propertiesGreater Resistance To Fire The quenching and self-tempering treatment at a temperature of approximately 650 c results in a consistent and thick layer of tempered martensitic-rim on the outer surface of the Jindal Panther TMT Rebars. This imparts higher capacity to retain strength at elevated temperatures