Timco Steels produces high-quality TMT bars for construction and infrastructure.

Most Advanced Technology

Most Advanced Technology

ln depth Testing and Tracking

ln depth Testing and Tracking

Fully Automated Process

Fully Automated Process

No outsourcing

No outsourcing

Chemical Properties

TIMCO TMT Bars are meticulously crafted to meet the highest industry standards, available in Fe 415, Fe 500, Fe 550, and Fe 500D grades, in strict compliance with IS:1786 specifications. What sets our TMT bars apart is the controlled chemical composition, particularly the reduced levels of Carbon, Sulphur, and Phosphorus. By keeping these elements significantly lower than the prescribed limits, TIMCO TMT Bars offer enhanced performance characteristics.

This refined chemical balance results in:

Exceptional Ductility

Lower Carbon content makes our bars more flexible and resistant to brittleness, allowing them to endure extreme stress without breaking.

High Bendability

The superior bendability ensures that our bars can be easily shaped and molded to meet diverse structural needs without compromising strength.

Superior Weldability

Reduced levels of Sulphur and Phosphorus improve weldability, making TIMCO TMT Bars ideal for construction projects requiring intricate fabrication and welding.

With these advanced chemical properties, TIMCO TMT Bars offer superior performance in demanding construction environments, ensuring longevity, strength, and safety for all types of infrastructure projects.

Testimonials

After a dealer recommended TIMCO TMT Bars to me, I’ve never looked back. The unique rib pattern of TIMCO TMT Bars creates an exceptional bond with concrete, enhancing structural integrity and significantly boosting the strength and durability of my construction projects. With TIMCO, I’m confident in the quality and longevity of every build.

Mehraj Singh

TIMCO TMT Bars are the ultimate choice for any type of heavy structures, providing exceptional strength and durability. They are specially designed to withstand seismic activity and perform reliably in areas prone to heavy monsoons.

Mr. Anshuman Sharma