Constructed from high-quality steel, the I-beam is designed to withstand heavy loads and provide long-lasting reliability. Its unique shape, with a central vertical section (the web) and two horizontal flanges, allows for efficient weight distribution and resistance to bending and twisting forces. This makes it an ideal choice for use in building frames, bridges, and other load-bearing structures.
The steel I-beam is available in various sizes and dimensions to suit different project requirements, offering flexibility and adaptability for diverse construction needs. Whether it’s for residential, commercial, or industrial projects, the steel I-beam provides the necessary structural integrity to ensure the safety and stability of the built environment.
One of the key advantages of the steel I-beam is its cost-effectiveness. By utilizing a material that is both strong and lightweight, construction projects can benefit from reduced material and labor costs while still maintaining structural integrity. This makes the steel I-beam an economical choice for builders and contractors looking to optimize their resources without compromising on quality.
| GB Standard size | |||
| Size (MM) H*B*T*W | Theoretical weight (KG/M) | Size (MM) H*B*T*W | Theoretical weight (KG/M) |
| 100*68*4.5*7.6 | 11.261 | 320*132*11.5*15 | 57.741 |
| 120*74*5*8.4 | 13.987 | 320*134*13.5*15 | 62.765 |
| 140*80*5.5*9.1 | 16.890 | 360*136*10*15.8 | 60.037 |
| 160*88*6*9.9 | 20.513 | 360*138*12*15.8 | 65.689 |
| 180*94*6.5*10.7 | 24.143 | 360*140*14*15.8 | 71.341 |
| 200*100*7*11.4 | 27.929 | 400*142*10.5*16.5 | 67.598 |
| 200*102*9*11.4 | 31.069 | 400*144*12.5*16.5 | 73.878 |
| 220*110*7.5*12.3 | 33.070 | 400*146*14.5*16.5 | 80.158 |
| 220*112*9.5*12.3 | 36.524 | 450*150*11.5*18 | 80.420 |
| 250*116*8*13 | 38.105 | 450*152*13.5*18 | 87.485 |
| 250*118*10*13 | 42.030 | 450*154*15.5*18 | 94.550 |
| 280*122*8.5*13.7 | 43.492 | 560*166*12.5*21 | 106.316 |
| 280*124*10.5*13.7 | 47.890 | 560*168*14.5*21 | 115.108 |
| 300*126*9 | 48.084 | 560*170*16.5*21 | 123.900 |
| 300*128*11 | 52.794 | 630*176*13*22 | 121.407 |
| 300*130*13 | 57.504 | 630*178*15*22 | 131.298 |
| 320*130*9.5*15 | 52.717 | 630*180*17*22 | 141.189 |
| European Standard size | |||
| 100*55*4.1*5.7 | 8.100 | 300*150*7.1*10.7 | 42.200 |
| 120*64*4.4*6.3 | 10.400 | 330*160*7.5*11.5 | 49.100 |
| 140*73*4.7*6.9 | 12.900 | 360*170*8*12.7 | 57.100 |
| 160*82*5*7.4 | 15.800 | 400*180*8.6*13.5 | 66.300 |
| 180*91*5.3*8 | 18.800 | 450*190*9.4*14.6 | 77.600 |
| 200*100*5.6*8.5 | 22.400 | 500*200*10.2*16 | 90.700 |
| 220*110*5.9*9.2 | 26.200 | 550*210*11.1*17.2 | 106.000 |
| 240*120*6.2*9.8 | 30.700 | 600*220*12*19 | 122.000 |
| 270*135*6.6*10.2 | 36.10 | ||
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GET QUOTE NOWSteel I beams are commonly used in construction for providing structural support to buildings and other structures. They are known for their high strength and durability, making them ideal for carrying heavy loads over long spans. I beams are often used in the construction of bridges, skyscrapers, and industrial buildings, as well as in residential construction for supporting floor and roof systems. Their versatility and ability to withstand significant weight make them a popular choice for various construction projects.
What are the applications of steel I beams?Steel I beams have a wide range of applications in the construction industry. They are commonly used as structural support elements in building frames, bridges, and other large structures. I beams are also utilized in the construction of industrial facilities, such as warehouses and manufacturing plants, where they provide support for heavy machinery and equipment. Additionally, steel I beams are used in residential construction for creating open floor plans and supporting multi-story buildings. Their versatility and strength make them an essential component in modern construction projects.