Steel Structure Sections

Available sections are described in published standards worldwide, and specialized, proprietary sections are also available.

I-Beams / H-Beams:
I and H sections are compressed elements, and the two are commonly used for the construction of frames, bridges, industrial and heavy-load equipment. Typical standards would be universal beam (UB), universal column (UC), European IPE/HE sections and US wide flange (W-shape) beams.

Z-Beams:
Z sections have flanges that are offset and are popular for use in roofin systems, external wall framing, and other applications subject to light loads.

Hollow Structural Sections (HSS):
With a range including square, rectangular, circles and oval hollow sections HSS, its excellent strength to weight performance makes it the perfect solution for architectural structures, columns and steel frames.

Angles (L Sections):
Steel angles (L shaped) are established components within engineering projects such as E-15000 work, supports, bracing systems, towers, frames and even general works.

Structural Channels (C Sections):
C-channel also serve as joists spanning under floors and roof decking, beams of medium strength for purlins, and carrier beams for heavy duty automotive and industrial applications.

T-Beams:
Beam strengthened T steel profile is the most widely used in industrial, civil construction that require beams and floor systems in Columns.

Bars:
Steel bars are smaller and thinner strips of material compared to steel plates with rectangular cross-section and finds its application in Engineering, fabrication, and construction.

Rods:
Steel rods are round or square shaped products that find their application in construction reinforcement, mechanical components and fabrication works.

Steel Plates:
Plates are generally considered to be flat structural steel products thicker than 6 mm (1/4 inch), and are used widely in bridges, ships, heavy machinery, and large-scale steel construction.

Welding Processing

Welded steel framing is an important manufacturing and construction process, which enables the joining of separate steel members to form a solid unified framework._atomic bonds between steel surfaces at joints by the application of heat, pressure or the combination of these two, resulting in a solid and reliable joint.

Filler materials may be added during the welding process to increase strength and the quality of the joint. This technique finds very extensive application in the manufacture of steel buildings, bridges, industrial equipments, ships and heavy engineering structures, and has a direct effect on the overall rigidity, stability and safety of the steel structure. Good welding and quality control are necessary in order that the structural performance can be relied upon and that the structure can be expected to have a long service life.

Based on the construction drawings or welding procedure qualification report (PQR), clearly define the weld joint type, groove dimensions, weld dimensions, welding position, and quality grade.