T Section Steel Beam Weight Chart: Find the Perfect Beam for Your Project

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Table Of Contents

The following table lists the theoretical weight of T-section steel beams in kg/m (kilograms per meter). This comprehensive chart serves as a valuable reference for engineers, architects, and construction professionals when selecting the appropriate T-section beam for their projects.

If your steel size is not in the table below, you can use our steel weight calculator to calculate online.

TypeModelHeightWidthWeb thicknessFlange thicknessRadiusTheoretical
weight
(kg/m)
TW Wide flange50×100501006888.47
TW Wide flange62.5×12562.51256.59811.8
TW Wide flange75×15075150710815.6
TW Wide flange87.5×17587.51757.5111320.2
TW Wide flange100×2001002008121324.9
TW Wide flange100×20010020412121328.1
TW Wide flange125×2501252509141335.9
TW Wide flange125×25012525514141340.8
TW Wide flange150×30014730212121341.7
TW Wide flange150×30015030010151346.5
TW Wide flange150×30015030515151352.4
TW Wide flange175×35017234810161356.5
TW Wide flange175×35017535012191367.5
TW Wide flange200×40019440215152270
TW Wide flange200×40019739811182273.3
TW Wide flange200×40020040013212285.8
TW Wide flange200×40020040821212298.4
TW Wide flange200×400207405182822115.9
TW Wide flange200×400214407203522141.6
TM Middle flange75×1007410069810.3
TM Middle flange100×1509715069815
TM Middle flange125×1751221757111321.8
TM Middle flange150×2001472008121327.9
TM Middle flange175×2501702509141349.8
TM Middle flange200×30019530010161352.3
TM Middle flange225×30022030011181360.4
TM Middle flange150×30024130011151355.4
TM Middle flange150×30024430011181362.5
TM Middle flange275×30027230011151358.1
TM Middle flange275×30027530011181365.2
TM Middle flange300×30029130012171366.4
TM Middle flange300×30029430012201373.5
TM Middle flange300×30029730214231385.2
TN Narrow flange50×5050505784.7
TN Narrow flange62.5×6062.5606886.6
TN Narrow flange75×7575755787
TN Narrow flange87.5×9087.5905889
TN Narrow flange100×10099994.5788.9
TN Narrow flange100×1001001005.58810.5
TN Narrow flange125×12512412458812.6
TN Narrow flange125×12512512569814.5
TN Narrow flange150×1501491495.581316
TN Narrow flange150×1501501506.591318.4
TN Narrow flange175×175173174691320.6
TN Narrow flange175×1751751757111324.7
TN Narrow flange200×2001981997111328
TN Narrow flange200×2002002008131332.7
TN Narrow flange225×2002231998121332.6
TN Narrow flange225×2002252009141337.5
TN Narrow flange250×2002481999141339
TN Narrow flange250×20015020010161344.1
TN Narrow flange250×20025320111191350.8
TN Narrow flange275×2002731999141340.7
TN Narrow flange275×20027520010161346
TN Narrow flange300×20029819910151346.2
TN Narrow flange300×20030020011171351.7
TN Narrow flange300×20030320112201358.8
TN Narrow flange325×30032329910151359.9
TN Narrow flange325×30032530011171367.2
TN Narrow flange325×30032830112201376.8
TN Narrow flange350×30034630013201880.9
TN Narrow flange350×30035030013241890.4
TN Narrow flange400×30039630014221894
TN Narrow flange400×300400300142618103.4
TN Narrow flange450×300445299152318104.8
TN Narrow flange450×300450300162818120
TN Narrow flange450×300456302183418141.3

Note: The weights provided are theoretical and may vary slightly due to manufacturing tolerances and steel grade variations. Always consult the manufacturer’s specifications for precise weight information.

If your required T-section steel beam size is not listed in the table above, you can utilize our online steel weight calculator for accurate results. This tool allows you to input custom dimensions and instantly calculate the weight of various steel profiles, including T-sections.

Key considerations when selecting T-section steel beams:

  1. Load-bearing capacity: Ensure the chosen beam can support the intended load with an appropriate safety factor.
  2. Span length: Consider the distance the beam needs to cover and its deflection under load.
  3. Material properties: Factor in the steel grade and its mechanical properties for your specific application.
  4. Corrosion resistance: Evaluate the environmental conditions and select appropriate protective coatings if necessary.
  5. Cost-effectiveness: Balance the beam’s performance with project budget constraints.
  6. Fabrication and installation: Consider the ease of manufacturing, transportation, and on-site assembly.

By leveraging this weight chart and our online calculator, you can efficiently select the optimal T-section steel beam for your project, ensuring structural integrity, cost-effectiveness, and compliance with relevant building codes and standards.

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Shane
Author

Shane

Founder of MachineMFG

As the founder of MachineMFG, I have dedicated over a decade of my career to the metalworking industry. My extensive experience has allowed me to become an expert in the fields of sheet metal fabrication, machining, mechanical engineering, and machine tools for metals. I am constantly thinking, reading, and writing about these subjects, constantly striving to stay at the forefront of my field. Let my knowledge and expertise be an asset to your business.

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