Steel Bar Weight Conversion Chart in Different Units

Steel Bar Weight Conversion Chart in Different Units

Steel bars are commonly used in construction and various engineering applications due to their strength and durability. The weight of steel bars is a crucial factor in structural design and material selection. Below is a table presenting the approximate weight per foot and per meter for different sizes of steel bars, along with their corresponding diameters in millimeters and Sooter.

Steel  Weight Conversion Chart 

Our handy Steel Bar Weight Conversion Chart equips you with the knowledge to navigate different sizes and weights:

Nominal Diameter (inches) Nominal Diameter (mm) Diameter in Sooter Weight per Foot (lbs) Weight per Foot (kg) Weight per Meter (kg)
1/4 6.35 0.167 0.07575 0.249
3/8 9.525 #3 0.376 0.17053 0.561
1/2 12.7 #4 0.668 0.30312 0.996
5/8 15.875 #5 1.04 0.47174 1.55
3/4 19.05 #6 1.502 0.68204 2.24
7/8 22.225 #7 2.044 0.92789 3.05
1 25.4 #8 2.67 1.21261 3.98
1-1/8 28.575 #10 3.366 1.52756 5.01
1-1/4 31.75 4.11 1.86429 6.12
1-3/8 34.925 4.91 2.22562 7.3
1-1/2 38.1 5.98 2.71456 8.91

Disclaimer: The weight values presented in this chart are approximate and may vary depending on the specific steel grade and manufacturing process. For accurate weight data, always refer to the manufacturer’s specifications for the chosen steel material.

Why Steel Weight Charts Matter

Understanding steel bar weights is like having a superpower in construction and engineering:

  • Structural Integrity: The weight directly impacts a structure’s ability to withstand forces. Weight charts empower engineers to calculate loads, stresses, and deflections, ensuring chosen steel components can handle anticipated stresses, maintaining structural integrity.
  • Material Selection: Different projects require varying levels of support and strength. Weight charts assist in selecting suitable steel bars based on their diameter and weight characteristics, aligning material choices with specific project requirements and preventing over-engineering or underperformance.
  • Cost Estimation: Precise cost estimates are vital for project budgeting. Steel weight charts enable accurate calculations of the required steel quantity. Leading to more accurate cost estimates and preventing budget overruns, optimizing resource allocation.
  • Logistics and Transportation: Understanding steel bar weights aids in planning efficient transportation. Knowing the weight per unit helps determine the number of units per shipment, minimizing transportation costs.
  • Environmental Impact: With sustainability gaining importance, understanding steel weight contributes to assessing the overall environmental impact. This knowledge helps evaluate the energy consumption and carbon footprint associated with steel production and transportation.


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