M.S. Joist / Beam

Mild steel Joists and Beams are commonly used in construction and industrial applications due to their strength, durability, and ability to support heavy loads.

  • Roof and Floor Supports: Mild steel joists and beams are commonly used to support the roof and floor structures in both commercial and residential buildings. They provide a framework that can handle the weight of the building and other loads.
  • Beams for Open Floor Plans: They are essential for creating open spaces in buildings, allowing for wide, column-free areas, particularly in large buildings like shopping malls, sports halls, and warehouses.
  • Bridge Framework: Mild steel beams are used to form the main structural framework of bridges, supporting the load of vehicles and pedestrians. They are particularly useful in large-scale bridge constructions due to their strength and ability to span long distances.
  • Highway Overpasses: Steel beams and joists are used for supporting highway overpasses and viaducts, helping them bear traffic loads while maintaining structural integrity.
  • Factory Frames: Steel joists and beams are used to create the framework for factory buildings, warehouses, and industrial sheds, offering excellent load-bearing capacity for equipment, materials, and machinery.
  • Cranes and Lifting Systems: Mild steel beams are used in the design of crane rails, lifting equipment, and other heavy-duty industrial systems.
  • Office Building Framework: Steel joists and beams are used to construct commercial buildings, providing the necessary structural support for the floors, ceilings, and roofs.
  • High-rise Buildings: In the construction of tall buildings, steel beams are used extensively to support the weight of floors and roof structures.
  • Walkways and Bridges: Steel beams and joists are used in the construction of pedestrian bridges, elevated walkways, and access platforms, providing safe passage over difficult terrain or busy roadways.

Mild steel joists and beams are highly versatile due to their strength, adaptability. Their ability to be fabricated into various shapes and sizes makes them ideal for supporting both residential and industrial structures

Advantages

Excellent tensile

High Strength & Load- Bearing Capacity

Excellent tensile

Efficient use of materials, reducing waste

Greenhouse buildings

Resistance to warping, twisting, and shrinking

Railway Electrification

Compatibility with various building systems

Bridges

Ease of installation

Excellent tensile

Cost-effectiveness

They are available in various forms and sizes the specifications of the products have been mentioned.

Size in mm Weight kg/m Thickness mm
1 100 x 50 8.9 4.7
2 125 x 70 13.3 5.0
3 150 x 75 15.00 5.00
4 175 x 85 19.6 5.8
5 200 x 100 24.20 5.7
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