Resilience is the primary factor to consider when it comes to construction. To maximise resilience, TMT bars have been extensively used across Indian constructions. Thermo-mechanically treated (TMT) bars have supported architectural endeavours and increased the longevity of real estate. However, the manufacturing process of TMT bars needs to be accompanied by Quality Checking. We at...
Urbanisation has shaped India’s construction sector with innovation, integrity and intricacy. From residential skyscrapers to large-scale industrial houses, India’s construction has sheltered millions of ideas. As risks of natural disasters like earthquakes continue to exist, Indian architects and construction contractors are focused towards increasing internal strength. Indian states like Assam are central earthquake-prone zones. They...
When the earth decides to give you a shake, rattle, and roll, your building should stay put, right? You could be in the middle of a workday, sipping coffee, and suddenly the ground beneath your feet feels like it’s auditioning for a dance-off. That’s an earthquake for you. The only thing that could keep the...
In the fast-paced construction world, it is essential to ensure the quality of your construction materials. High-quality construction materials not only maintain quality but improve the longevity of your buildings and bridges. TMT (Thermo-Mechanically Treated) Bars have revolutionised the Indian construction industry, especially for residential buildings. Whether it’s your dream home or your industrial unit,...
Thermo-mechanically treated (TMT) bars stand at the forefront of modern construction, redefining structural strength and resilience. These bars undergo a specialized heat treatment process, fusing thermal and mechanical treatments to impart exceptional properties crucial for building integrity. TMT bars are recognized for their high tensile strength, ductility, and toughness, making them indispensable components in construction...
TMT bars are known for high tensile strength, superior ductility, and corrosion resistance property which are used to ensure a solid structure of buildings, bridges, and other constructions. But, does it help to prevent the hazardous impact of the earthquake? Does it have that much power to withstand the impacts of an earthquake? The answer...
