India has experienced massive growth in terms of infrastructure and construction over the last decade. With more and more construction-related projects being taken up across the country, there is a rising demand for high-grade TMT bars.
Thermo-mechanically Treated or TMT bars have become one of the most essential requirements for modern construction due to their longevity and the enhanced strength they provide to buildings and structures like bridges and statues. In addition, they are known for their flexibility, allowing better support and endurance to buildings during calamities like earthquakes and floods. They are lightweight and have been seen to have higher resistances against physical damages, corrosion, and rust, making them perfectly suited for modern architectures.
When it comes to the best TMT bars for construction, it is important to be aware of the grade of TMT bars you’re purchasing. In this regard, there has been a popularity of TMT bars produced in integrated mills than bars manufactured by rolling mills. This is because TMT bars from integrated plants undergo the process of quality and product testing, and are guaranteed to have higher quality and better longevity.
This article discusses why you should choose TMT bars of integrated plants instead of small rolling mills.
Raw materials used:
The grade of TMT bars is heavily dependent on the type of raw material used for their production. TMT bars that are used for industrial purposes are usually designed for greater strength and flexibility and are made from raw materials like iron ore, dolomite, and coal. TMT bars from integrated steel plants have an edge over TMT bars manufactured in smaller rolling mills as they are produced from higher quality raw materials. Integrated steel plants receive the highest-grade raw materials directly from mines, allowing them complete control over the quality of the TMT bars. TMT bars manufactured in integrated plants have preset chemical compositions that contribute to their higher longevity and strength.
The manufacturing process of TMT bars in integrated plants involves the process of casting. Casting is usually carried on through automated rollers that are constantly supervised to ensure uniformity in the quality and composition of the TMT bars. Integrated plants are known for their use of the latest technology and machinery that give a high-end finish to the produced TMT bars.
As TMT bars in integrated plants are made following preset chemical compositions, they have a higher quality. Integrated plants monitor the proportions of materials used in the production process, lowering the chances of harmful chemicals in the bars that would compromise their quality. Small rolling mills use leftovers from integrated plants resulting in inferior quality TMT bars.
Production and delivery:
The production and delivery play a significant role in choosing TMT bars of integrated steel plants instead of small rolling mills. Integrated steel plants have greater control over the production of TMT bars, from supervising the raw materials used to the production and the casting process. Integrated plants are not responsible for the timely delivery of TMT bars to clients, and are therefore immensely convenient, but they also employ advanced technology for production, making the TMT bars stronger, more durable, and convenient for industrial use.
Another important reason behind choosing TMT bars from integrated plants is the cost. As integrated plants exercise complete control over the production of TMT bars, they offer higher-grade bars at lower prices and are therefore a popular choice.
You can purchase the best TMT for construction from Sree Metaliks – one of the largest manufacturers and distributors of high-grade TMT bars, pig iron, billets, iron ores, and pellets in India since 1995. With manufacturing units in Keonjhar, Odisha, Sree Metaliks produces TMT bars for construction and industrial use, which are known for their longevity and enhanced strength and resistance to corrosion, rust, and damages.
Also Read: Different Usage of TMT Bars