THE ADITYA TMT BAR PRODUCT ASSURANCE
SAFETY
Aditya TMT bars are more than just product. They are assurance to
our customers who can rely on their proven performance and use
them with complete confidence - all the time.
EARTHQUAKE RESISTANCE ASSURANCE
The soft ferrite-pearlite core of Aditya TMT Bars enables the bar
to bear dynamic and seismic loading. Super fatigue resistance
properties single it out as most suitable earthquake prone areas.
Aditya TMT is globally recommended by architects, engineers &
designers for areas susceptible to seismic activity as Aditya TMT
bars have greater yield strength & greater fatigue resistance.
Aditya TMT bars offer better factor of safety as the standards are
over and above the BIS standards.
CORROSION RESISTANCE ASSURANCE
Owing to the Aditya TMT process, the hardened outer casing forms a
protective coat, which prevents corrosion. Aditya TMT bars are
devoid of any external or internal stress or strain, making them
more adaptable against corrosion.
HEAT RESISTANCE ASSURANCE
Aditya TMT bars resist heat up to temperatures of 5O0 C without
loss of strength. Thermal stability of Aditya TMT is far superior
to conventional long bars.
ECONOMY ASSURANCE
Designed to deliver value - based economy in civil construction.
Aditya TMT bars can be bent easily at the site (using mandrels of
smaller diameters than those specified by BIS). It achieves
economy through superior strength, easy workability at site and
reduced labour cost for customers.
BETTER BONDING WITH CEMENT
The ribs of Aditya TMT bars are uniform and deep. The Roll
branding and notching is done only with CNC machines. External
ribs running across the entire length of the TMT bar give superior
bonding strength between the bar and concrete. As a result Aditya
TMT remains true to its name and Shine with optimism for
construction Industry. The bond strength of Aditya TMT saria is
Greater.
EXCELLENT VOIDABILITY ASSURANCE
Aditya TMT bars display excellent weldability. This means that the
welded joints are very strong. This gives the architects and
designers to create better and innovative structures without
compromising on strength and costs.