TMT bars are the most crucial components of modern construction due to their higher strength, flexibility, reliability, and of course, durability. For builders and architects it is necessary to understand the engineering principles and the science behind the manufacturing process of TMT bars. Here in this blog, we will discuss in detail about the science behind the production process of our Govvinda TMT bars and the highlighting features of using TMT bars in the infrastructural projects.
According to various reports it is projected that the TMT market will grow at a rate of 9.1% CAGR and will reach $18. 95 billion by 2030. This growth will be driven by the growing construction industry with the demand for durable yet high-strength materials. The construction industry in India consumes more than 50% of the steel that is produced in the country, and TMT bars are the most preferred choice for the concrete reinforced structures.
Science behind the steel used in TMT bar manufacturing
Steel is an alloy which is primarily composed of iron and carbon, along with other elements chromium, manganese, and nickel. The unique properties present in steel makes them the perfect material for construction projects as it offers extraordinary strength and ductility that helps them withstand heavy loads.
The manufacturing process of Govvinda TMT bars
The metallurgical process behind behind the making of our TMT bars include:
Thermomechanical Treatment
We follow a stringent manufacturing process involving intense heating at a higher temperature followed by instant cooling of the bars. This process helps to achieve fine grained microstructure throughout the bar with uniform hardness. It also helps in improving the strength, weldability, and ductility of the bars and makes them the perfect choice for the construction process.
Self tempering and quenching
During this process of thermo mechanical treatment our bars are quenched by instantly cooling them in water. Here, through this process we ensure to provide a harder surface layer keeping the core relatively softer. A tempered martensitic structure is produced when heat from the core permeates the hardened surface layer, a process known as the self-tempering effect. The TMT bars’ overall performance and structural integrity are improved by the combination of toughness in the core and hardness on the surface.
Why choose Govvinda TMT bar?
With our advanced TMT bar manufacturing process, we ensure higher longevity of your structure. Be it a high-rise residential building or a complex commercial set up, our TMT bars offer equal strength and ductility for all. The major benefits that our TMT bars offer includes advanced safety seismic, earthquake and corrosion resistance properties to withstand any climatic disasters. The longer durability of our Govvinda TMT bars makes them cost effective as it reduces the cost of regular maintenance of your buildings.
If you still require any further details about the quality and pricing of our TMT bars you can visit our website or reach out to us directly via [email protected]
