IN THIS ARTICLE
Precision is important in all stages of construction and development of infrastructure. Accuracy mustn’t be optional when choosing appropriate materials or ensuring structural safety. This is more so in the case of I Beam specifications. A good weight chart is one of the most essential instruments that engineers, contractors and procurement teams would have. An I Beam weight chart provides verified data for planning, purchasing, and safe structure design. The best-designed projects may end up being costly due to untrue information about the weight or subject to unsafe risks.
How Does I-Beam Weight Influence Project Planning?
Any construction undertaking starts with elaborate planning, which also involves selecting the type and quantity of materials required. The mass of steel beams, particularly I-beams, has numerous effects on the building. For instance, supporting the foundation and influencing transportation logistics are important.
Engineers compute the loads using the size and weight of the beam when developing a load-carrying structure. When the weight is not the same as planned, it can also lead to structural imbalances. Overestimation results in unjustifiable expenses, whereas underestimation might endanger safety. Weight charts ensure that the teams make informed choices at the beginning.
Why Does Procurement Rely on Accurate Weight Data?
The weight charts enable procurement professionals to estimate the quantities of steel and control orders within budget. Excessive ordering of steel is a waste of capital and storage facilities. Ordering less might stop the flow and result in time wastage.
With access to verified weight data, procurement teams can:
- Plan shipments more efficiently
- Estimate transport costs
- Avoid overstocking or shortages
- Communicate more clearly with suppliers
How Do Weight Charts Contribute to Efficiency and Safety on Site?
The right weight charts are not only helpful in making purchases but also in sales. They are also involved in logistics and safety on construction sites.
The crane and lifting equipment should be rated to accommodate the weights of the beams. Transport vehicles should comply with the weight guidelines on roads. The foundations and supports should be founded on the actual beam weights and not assumptions.
Errors made at this phase may lead to hazardous work environments or destruction of materials. As soon as the workers and site managers can trust the data they are working with, they will be able to perform their tasks with confidence and safety.
What Are the Standard Weight Specifications for I-Beams in Construction?
The data on the weight of the I-beams must also be accurate for making structural and procurement decisions. Standard I-beam weight charts offer critical information, such as weight per metre, weight per foot, total weight in 12-metre lengths, and the number of pieces per metric ton. This assists engineers in accurately calculating structural loads and enables procurement teams to manage quantities, transportation, and budgeting more efficiently. It also contains data on the length of running meters per ton, which allows for more efficient bulk orders. All measurements are normally based on the IS 808:2021 tolerances, ensuring that all suppliers are uniform and compliant.
| I BEAM WEIGHT CHART | ||||||
|---|---|---|---|---|---|---|
| Item | Size (In mm) | Weight Per Meter In KG | Weight Per Foot in KG | Weight per 12 Meter Pcs (In KG) | Number of Pieces in 1 Metric Ton | Approximate Running Meter Length In 1 (One) Ton |
| I Beams | 100x50x4.7mm | 8.95 | 2.73 | 107 | 9 | 112 |
| I Beams | 125mm (Light) | 11.87 | 3.62 | 142 | 7 | 84 |
| I Beams | 125x70x5mm | 13.35 | 4.07 | 160 | 6 | 75 |
| I Beams | 150x75x5mm | 14.96 | 4.56 | 180 | 6 | 67 |
| I Beams | 175mm (Light) | 16.59 | 5.06 | 199 | 5 | 60 |
| I Beams | 175x85x5.8mm | 19.50 | 5.94 | 234 | 4 | 51 |
| I Beams | 200x100x5.7mm | 24.17 | 7.37 | 290 | 3 | 41 |
| I Beams | 250x125x6.9mm | 37.30 | 11.37 | 448 | 2 | 27 |
| I Beams | 300x140x7.7mm | 46.02 | 14.03 | 552 | 2 | 22 |
| I Beams | 350x140x8.1mm | 52.33 | 15.95 | 628 | 2 | 19 |
| I Beams | 400x140x8.9mm | 61.55 | 18.76 | 739 | 1 | 16 |
| I Beams | 450x150x9.4mm | 72.38 | 22.06 | 869 | 1 | 14 |
| I Beams | 500x180x10.2mm | 86.88 | 26.48 | 1043 | 1 | 12 |
| I Beams | 600x210x12mm | 121.00 | 36.88 | 1452 | 1 | 8 |
Shree Ji Steel provides thoroughly verified I Beam weight charts and a dependable supply of mild steel beams for a wide range of projects. With a focus on precision and quality, Shree Ji Steel helps ensure your project planning stays on track and your procurement is fully informed. Build with confidence, backed by experience.
FAQs
Why is accuracy in I Beam weight important?
Proper weight is used to ensure the structure is safe, the materials are ordered accordingly, and the transportation is planned. It eliminates unforeseen expenses and time.
How does a weight chart help during procurement?
The assessed chart helps buyers understand the quantity of pieces or metres of beam they are receiving, regarding arranging shipments.
Can weight charts impact the overall success of a project?
Yes. Inaccurate data can lead to structural errors, supply shortages or wasted materials. Reliable weight charts support smarter decisions and better project flow.
