Steel Bar Weight Chart in Kg/ton for 8 mm, 10 mm, 12 mm, 16 mm, 20 mm Bars
Various steel bars are used in the construction of infrastructural projects to maintain the stability and structural integrity of the building. Here is an elaborate Steel Bar Weight Chart in Kg/ton for 8 mm, 10 mm, 12 mm, 16 mm, and 20 mm bars to help professionals involved in construction and engineering projects. The steel bars come in various shapes and sizes such as TMT bars, Mild Steel bars, deformed bars, steel rebars, and reinforced bars used for various construction projects. Khandelwal Loha is the best dealer and supplier of a diverse range of steel bars and offers a consistent supply of steel bars across different regions in India.
The blog outlines the key aspects of steel bars and its different types with their applications. The given Steel Bar Weight Chart in Kg/ton for 8 mm, 10 mm, 12 mm, 16 mm, 20 mm bars will give you a rough estimate on how you can effectively plan the budget for purchasing the raw materials. Read further to learn the different aspects of the steel bars and their wide applications in the construction and manufacturing projects.
Different Types of Steel Bars Used in Construction Projects
Steel bars are a versatile construction material used for increasing the strength and stability of infrastructural projects. They are long, solid metal rods made from carbon and alloy steel. There are different types of steel bars used in construction, manufacturing machinery, tools, and equipment.
The steel bars are categorized into different types based on strength, durability, versatility, ease of use, cost-effectiveness, and sustainability. Here is a comparative analysis of steel bars based on their uses and key features.
| Type of Steel Bar | Description | Applications |
| Mild Steel Plain Bars | Economical, easy to work with, and suitable for moderate strength needs. | Small structures, general fabrication, and reinforcements. |
| Medium Tensile Steel Bars | Offers higher strength than mild steel, ideal for load-bearing applications. | Bridges, buildings, and structures with significant loads. |
| TMT Bars (Thermo Mechanically Treated) | Known for high strength and ductility; resistant to corrosion and seismic forces. | High-rise buildings, bridges, and infrastructure projects. |
| Hot Rolled Deformed Bars | Provides excellent bonding with concrete due to surface deformations; high strength. | Reinforced concrete structures, foundations, and slabs. |
| Cold Rolled Steel Bars | Offers better dimensional accuracy; used where tight tolerances are necessary. | Precision components, automotive applications, and machinery. |
Steel Bar Weight Chart in Kg/ton
This weight chart for steel bars is given as per the unit weight of steel. The unit weight of a bar is the weight per unit length of the bar. Learning about the steel bar weight is helpful for engineers to estimate how many steel bars are required to fulfill the load-bearing capacity and maintain the structural integrity of buildings. It is also helpful in preventing the wastage of raw materials.
With this steel bar weight chart, professionals can learn more about how to effectively plan, set budget, safety, and ensure compliance in construction projects. These calculations are made using the unit weight formula for more accuracy and precion in the calculations.
| Diameter | Radius | Unit weight in kg (for 8m steel bar) | Unit weight in kg (for 12 m steel bar) |
| 8 mm | 4 mm | 3.16 kg | 4.74 kg |
| 10 mm | 5 mm | 4.93 kg | 7.40 kg |
| 12 mm | 6 mm | 7.10 kg | 10.65 kg |
| 16 mm | 8 mm | 12.63 kg | 18.94 kg |
| 20 mm | 10 mm | 19.73 kg | 29.59 kg |
| 22 mm | 11 mm | 23.87 kg | 35.81 kg |
| 25 mm | 12.5 mm | 30.83 kg | 46.24 kg |
| 32 mm | 16 mm | 50.51 kg | 75.76 kg |
Formula for Calculating the Unit Weight of Steel Bars
There is a widely accepted formula used for calculating the unit weight of steel bars. The steel bars usually have circular and rectangular cross section. This formula is used for calculating unit weight of steel round bars. Here is the formula used for doing the calculations.
Weight = Volume x Density
Volume: For steel bars, volume is derived from its length (L) and cross-sectional area (A)
Cross-sectional area of the bar: Calculated as πr² (where ‘r’ is the radius and is half the diameter)
Density: 7850 kg/m³ (this figure is standard for calculations)
Choose Khandelwal Loha for the Supply of Authentic Steel Bars
Khandelwal Loha is a reliable supplier and dealer of steel bars in different sizes 8 mm, 10 mm, 12 mm, 16 mm, and 20 mm. We are in direct association with various steel manufacturing brands to ensure a consistent supply of authentic steel bars. We have a wide distribution network of 80+ associated chains of factories.
We also deal in a diverse range of construction materials and specialize in Iron and Steel. We deal in all types of TMT bars, angles, channels, Plates, Pipes, and cement. The key benefits of choosing Khandelwal Loha for getting access to authentic steel bars are briefed below:
- Over 20+ years of experience in the steel industry and supplying steel products
- Offers unbeatable prices for its construction raw materials and steel
- Timely delivery of all the steel products and construction raw materials
- Give 100% customer satisfaction on all deliveries
- Consistent availability and timely delivery of high-quality materials
- Help clients make informed decisions about their material choice
Contact Khandelwal Loha at
Call: +91-9554957003, +91-9554958011
Email: aditya@khandelwalloha.com
Address: A1/26 Sector 15, GIDA, Gorakhpur 273209
