You Belong to
seismic zone VI
This area is at high risk of earthquakes. Homes here require special designs and stronger construction to withstand them.
It’s not too late
to build a safer home
Scroll Down To Know More
For Safer Home, Make the Right Choice!
Local and secondary rebars may look similar, but
- Scrap-based steel hides impurities that might lead to inferior rebar quality.
- Inconsistent ductility raises failure risk under severe load such as earthquakes.
- Batch-to-batch quality changes without warning.
- Future repairs cost far more than right steel today.
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Worried about the redness in your rebars? Do not worry!
A light layer of superficial redness is natural and often indicates clean steel, without impacting its strength and provides better bonding with the concrete.
How it Supports Earthquake Safety
Absorbs shock with superior elongation
Higher elongation capacity of the rebar ≥16% allows the steel to stretch and absorb earthquake energy instead of breaking suddenly. This flexibility can delay structural failure and give occupants more time to move to a safe place during an earthquake.
Prevents micro-cracks from growing
Cleaner primary steel means fewer hidden flaws, reducing the risk of small cracks growing during tremors.
Protects your home even after minor tremors
Not all damage is visible. Quality steel helps your home stay reliable even after small, unnoticed shakes.
Keeps columns firmly held together
The steel works smoothly with rings and main bars, helping columns stay intact when the ground shakes sideways.
Stays dependable at joints and corners
Corners and bends face the highest stress during earthquakes. Consistent steel quality helps these areas remain strong.
Tata Tiscon 550SD Ensures
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Better Chemistry
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Better Raw Materials
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Better Reliability
570 MPa
Guaranteed minimum Yield Strength for reliable structural performance
≥16%
Minimum total Elongation for improved flexibility and ductility.
GreenPro Certified
Contributing to greener construction through environmentally responsible production.
UTS/YS Ratio of 1.15
Ensuring higher energy dissipation during earthquakes.
