MS Square Pipes, or Mild Steel Square Pipes, are versatile hollow steel sections widely used in construction, fabrication and industrial applications. The square cross-section provides four flat sides that can be easily aligned, joined and fabricated. This makes square pipes suitable for structures and assemblies where a uniform profile and convenient welding surfaces are required. MS square pipes are manufactured from mild steel, a commonly used carbon-steel material that offers a useful combination of strength, weldability, machinability and cost effectiveness.

The pipes are available in different outside dimensions and wall thicknesses to suit different structural and fabrication requirements.

Larger or thicker sections can be selected where greater load-bearing capability is required, while lighter sections may be suitable for frames, partitions, supports and general fabrication.

The appropriate pipe specification should be selected according to the expected load, span, structur...

MS Square Pipes, or Mild Steel Square Pipes, are versatile hollow steel sections widely used in construction, fabrication and industrial applications. The square cross-section provides four flat sides that can be easily aligned, joined and fabricated. This makes square pipes suitable for structures and assemblies where a uniform profile and convenient welding surfaces are required. MS square pipes are manufactured from mild steel, a commonly used carbon-steel material that offers a useful combination of strength, weldability, machinability and cost effectiveness.

The pipes are available in different outside dimensions and wall thicknesses to suit different structural and fabrication requirements.

Larger or thicker sections can be selected where greater load-bearing capability is required, while lighter sections may be suitable for frames, partitions, supports and general fabrication.

The appropriate pipe specification should be selected according to the expected load, span, structural arrangement, environmental exposure and applicable engineering requirements.