In construction, TMT bars play a vital role in providing structural strength and durability. The 10mm TMT rod is widely used for moderate-load structural applications such as columns, beams, and slabs. Knowing the weight of a 10mm rod is essential for accurate material planning, budgeting, and structural design.
What is the Weight of 10mm Rod?
The standard formula to calculate the weight of a steel rod is:
Weight per meter (kg) = (D² × 162) / 1000
where D is the diameter of the rod in millimeters.
For a 10mm rod:
Weight = (10 × 10 × 162) / 1000 = 16.20 kg for a 12-meter rod
So, the weight of a 10mm rod per meter is approximately 0.785 kg.
For a full 12-meter rod, the weight comes to about 9.42 kg.
10mm TMT Rod Weight Chart
Length (in meters) | Approx. Weight (kg) |
1 meter | 0.785 kg |
6 meters | 4.71 kg |
12 meters | 9.42 kg |
100 meters | 78.5 kg |
Note: Slight variation in weight may occur depending on the manufacturer.
Applications of 10mm TMT Bars
The 10mm steel rod is commonly used in:
- RCC slabs and beams
- Columns and footings
- Lintels and staircases
- Residential and commercial buildings
- Medium-load structural designs
Why is Rod Weight Important?
Understanding the 10mm rod weight helps you:
- Estimate the total quantity of steel needed
- Plan your construction budget accurately
- Ensure structural safety and stability
- Organize logistics and transportation
- Compare rod quality across brands like Radha TMT
Why Choose Radha TMT 10mm Rods?
Radha TMT produces premium-grade 10mm rods using advanced German-based technology. Our steel rods are:
- IS 1786 certified
- Corrosion-resistant and earthquake-proof
- Uniform in size and weight
- Ideal for high-strength construction
Whether you’re building a home, a commercial project, or infrastructure, Radha TMT 10mm rods provide unmatched performance and safety.
Conclusion
The 10mm TMT rod is a vital component in various stages of construction. Knowing the 10mm rod weight per meter is crucial for every builder, engineer, and homeowner. Choose Radha TMT for consistent quality, strength, and reliability in every rod.