Using the best TMT bars for construction? Here are some do’s and don’ts you should know about
Using the best TMT bars for construction? Here are some do’s and don’ts you should know about
TMT bars are known for their superior ductility, high tensile strength, weldability and elongation. When you use the best TMT bars for construction, you can expect them to withstand significant loads and stress. However, to leverage the benefit of the best TMT rod for construction, they must be properly handled.
Here is a list of do’s and don’ts you can keep in mind while using the best TMT bars for construction:
Do’s
Use the correct size: The most important thing to keep in mind is that you are using the correct size and grade of bars for your construction. Based on the load-bearing requirements of the structure, the size and grade of the TMT bars should be used. The size of the concrete blocks or slabs should also be chosen accordingly. Discuss with a structural engineer or any other construction professional for their recommendations to ensure that you are using the right size and grade of TMT bars for your project.
Ensure proper storage: Ensure that the TMT bars are kept in a dry and damp-proof storage place to protect them from moisture and degradation. TMT bars that need to be stored for a longer period of time need to be stored in secured packaging.
Ensure that storage space is dry: The place where you are storing your TMT bars should be damp-proof. Any kind of moisture is not good for proper storage of TMT bars and they must always be stored in a dry space.
Ensure proper ventilation: Make sure that the place where you are storing your TMT bars has proper ventilation. High levels of humidity can affect TMT bars.
Don’ts
Do not over-stack : Ensure that your TMT bars are not stacked as that may lead to accidents. It is also advisable to not over-stack a storage space with TMT bars as that may also compromise the sturdy structure of the rod.
Do not use damaged or bent bars: It is never recommended to use TMT bars that are damaged or bent. Carefully scrutinise the TMT bars before they are put to use. If you find damaged bars, discard them.
Do not keep TMT bars on the floor: It is not advisable to keep TMT bars directly on the floor. This is done to avoid contact with dust particles and water droplets.
Do not store them with abrasive materials: Never store paints, chemicals or any other corrosive substances in the same storage space as the TMT bars.
Don’t use TMT bars for purposes other than their intended use: Different TMT bars are designed for specific applications. It is important to use TMT bars only for their intended purpose in construction. Using TMT bars for purposes other than reinforcing concrete structures can compromise their performance and safety. TMT bars are designed and manufactured specifically for reinforcing concrete and are not suitable for other applications.
Looking for the best TMT bars for construction?
If you are looking for the best TMT bar construction, consider SEL Tiger TMT bars. Here are some reasons to choose our TMT bars:
Our TMT bars are made in automated CNC machines which give them accurate and perfect ribs. Manufactured using the latest quenching technology, SEL Tiger TMT bars have a unique rib design that ensures a long-lasting bond with the concrete. SEL Tiger TMT bars are Fe 550D grade which make them ideal for areas with high seismic activities.
SEL Tiger TMT bars are fire and corrosion-resistant. They can withstand temperatures up to 600 degrees Celsius and withstand the effects of rain, salinity and acidic substances.
Frequently Asked Question
1. How to know what is the right TMT baar grade for house construction?
The standard way of selecting for best TMT bar grade for house construction is understanding the impact of the structure. For independent housing below 3-storey Fe500, and Fe-550 are right. Above 3 storeys you must choose Fe-550, Fe-550Dand Fe-600 for building construction.
3. How to store TMT bars properly in construction sites?
TMT bars should be stored in a dry, well-ventilated area to prevent moisture absorption, which can lead to corrosion. They should be kept off the ground on raised platforms or wooden supports to avoid direct contact with the soil.
