Hollow Sections Product Offering

Contact Info

  • Corporate Office
    Flat No – G-1701,
    17th Floor, La- Lagune Apartments, Sector-54, Golf Course Road, Nr- Vatika Towers, Gurgaon – 122002
  • 0124- 4985080/81
  • Regd. Office
    Ferozepur Road, Opp. Circuit House, Ludhiana - 141001
  • 0161 - 5099954/57/58/59
  • info@fortunegroup.org.in

The Company markets its product under the brand Fortune which covers MS Black, G.I. Round pipes and Hollow Sections both in Rectangular and Square Quality rolled on High Frequency Induction Welding (HFIW) mills.

Structural Par Excellence

  • International quality raw material
  • Enhanced physical strength provides decisive advantage
  • Formed at modern HFIW mill under strict quality control

Unique Strength & Economy

  • Increased tensile capacity because of concentric connection
  • Increased compressive strength because of higher radius of gyration
  • Full strength under moment due to superior torsional rigidity
  • Enhanced shear capacity
  • Multifold tensional capacity
  • Lower wind drag
  • Better fire resistance
  • The best during earthquakes

Cost Benefit

The Hollow Sections are perfect substitude for conventional angle and channels and the market is diversifying to adopt the sections for the reason of overall cost saving of 15%. In addition to this, the maintenance of these sections is very cheap and it has a better aesthetic look.

Advantage of Using Hollow Sections (RHS / SHS) Hollow Sections (RHS / SHS manufactured by Fortune Tubes ) command several techno-economic advantages over Conventional Structurals.

The raw Material for these structurals come from SAIL state-of-the-art Hot Strip Mill which manufacturers Hot Rolled Coils comparable to the best in the world. The excellent distribution of the materials around the axis of Hollow Sections exhibit remarkable strength qualities and thus offers decisive advantage as regards to application technology.

Due to their high torsional rigidity and attainment of substantial impact in the material, Hollow Sections behave more efficiently than conventional structurals. Their higher strength to weight ratio result in up to 30% saving in steel. The smooth, uniform profile of these sections minimizes corrosion and facilitates easy, at-site fabrication. Hollow Sections also enhance the aesthetic appeal of structures. Cold formed Hollow Section is a formed product whereas conventional structure is a rolled product, so the material ductility vis-à-vis with the strength remains stationary and uniform in cold formed Hollow Section which gives a very suitable calculation to the structural engineers / consultants.

Advantage of Using Hollow Sections (RHS / SHS)

Hollow Sections (RHS / SHS manufactured by Fortune Tubes ) command several techno-economic advantages over Conventional Structurals.

The raw Material for these structurals come from SAIL state-of-the-art Hot Strip Mill which manufacturers Hot Rolled Coils comparable to the best in the world.

The excellent distribution of the materials around the axis of Hollow Sections exhibit remarkable strength qualities and thus offers decisive advantage as regards to application technology.

Due to their high torsional rigidity and attainment of substantial impact in the material, Hollow Sections behave more efficiently than conventional structurals.

Their higher strength to weight ratio result in up to 30% saving in steel.
The smooth, uniform profile of these sections minimizes corrosion and facilitates easy, at-site fabrication. Hollow Sections also enhance the aesthetic appeal of structures.

Cold formed Hollow Section is a formed product whereas conventional structure is a rolled product, so the material ductility vis-à-vis with the strength remains stationary and uniform in cold formed Hollow Section which gives a very suitable calculation to the structural engineers / consultants.

The Question Of Internal Corrosion

Internal corrosion is further protected by applying the surface with any protective coating preferably the polymer base or suitably passivated as a protection from surface oxidation / corrosion