Comparing 12 mm Steel Rod Price - Finding The Best Deal For Your Construction Project

12 mm steel rod price

In the construction industry, steel rods are an important component. The steel rods provide strength, durability and performance. There are many steel rods available in the market and you should compare their prices before buying.

The steel rods are available in different dimensions like 6 mm, 8 mm, 10 mm, 12 mm, 16 mm, 20 mm and 25 mm. Comparing the steel rod prices will help you know about the latest trends in steel prices.

The Tata Tiscon 12 mm steel rod price is Rs. 830 per piece, Jindal Panther is Rs. 835 per piece, JSW Steel is Rs. 837 per piece, Birla TMT is Rs. 565 per piece, Kamdhenu is Rs. 836 per piece, SAIL is Rs. 688.98 per piece, Shyam Steel is Rs. 834 per piece and SRMB Steel is Rs. 763 per piece.

The price per tonne of Tata Tiscon 12 mm rod is Rs. 83500, Jindal Panther is Rs. 83500, JSW Steel is Rs 83700, Birla TMt is Rs. 56500, Kamdhenu is Rs. 83600 and SAIL is Rs. 68898, Shyam Steel is Rs. 83400 and SRMB Steel is Rs. 76200.

The rods from different brands have different features and while selecting rods for your project you should select the best ones as per the requirement. This will help to make your structures strong and safe.

The prices of the rods depend on several factors like supply and demand, raw materials costs, government policies and regulations, currency exchange rates, energy costs, transportation costs and global economic conditions.

Features of steel rods
The steel rods are manufactured using the Thermo Mechanical Treatment (TMT) process. The rods have a hard outer layer and a soft inner core. It also gives the steel rods unique features. Due to these features, steel rods are used widely in the construction industry.

The steel rods have high tensile strength which helps to make the structures strong. This is because the rods are made from virgin iron ore and pure steel. They provide uniform strength along the length of the rod which helps to make the foundation of the structure strong.

The rods have greater elongation which means they can bear heavy loads, stretch under pressure and return to their original shape and size. The rods have a constant diameter which enables them to bear heavier loads.

The rods have unbeatable ductility which allows them to bend and not break in case of seismic activity like an earthquake. The rods have a high UTS/YS ratio and this does not allow the stress to increase the tensile strength even if it increases the yield strength. The bars can absorb the large amounts of energy released during earthquakes without failing. Therefore they are safe to be used in regions with seismic activity.

The rods have a uniform ridged surface which helps them to bond better with concrete. This ensures that the concrete around the bars does not get cracked or dusted off even after continuous use. The higher bonding with concrete makes the structures unbreakable for generations.