Jindal Panther TMT Rebars

Product Overview

With years of experience in this area, we are specialized in manufacturing and supplying an excellent grade range of Jindal Panther TMT Rebars from Angul, Odisha, India. The company produces offered TMT rebars with latest on-line high yield quenching and self tempering (HYQST) technology. The modern mill equipped with morgan enhanced temperature control system (METS) produces TMT rebars in 6mm to 40 mm diameter suitable for high strength applications. The production of TMT rebars involve a combination of plastic deformation of steel in austenitic stage followed by quenching and further tempering. The process controls at each critical operation ensure uniform properties in each rebar and provides the TMT rebars with a soft ferrite and pearlite fine grained core, a strong and tough tempered martensite layer imparting it with high ductility as well as strength thus making it ideal for high rises, dams, bridges, individual houses and any critical structures where high yield strength is required without compromising on the elongation properties.

2025nd Year

Contact Person

At\\Po : Jindal Nagar, Chhendipada Road, SH-63,

Product Description

With years of experience in this area, we are specialized in manufacturing and supplying an excellent grade range of Jindal Panther TMT Rebars from Angul, Odisha, India. The company produces offered TMT rebars with latest on-line high yield quenching and self tempering (HYQST) technology. The modern mill equipped with morgan enhanced temperature control system (METS) produces TMT rebars in 6mm to 40 mm diameter suitable for high strength applications. The production of TMT rebars involve a combination of plastic deformation of steel in austenitic stage followed by quenching and further tempering. The process controls at each critical operation ensure uniform properties in each rebar and provides the TMT rebars with a soft ferrite and pearlite fine grained core, a strong and tough tempered martensite layer imparting it with high ductility as well as strength thus making it ideal for high rises, dams, bridges, individual houses and any critical structures where high yield strength is required without compromising on the elongation properties.