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Structural Steel Fabrication – Advantages, Process & Applications
Vasan Enterprises offers steel construction solutions to different industries like Manufacturing, Construction, Offshore, Marine, Oil & Gas, Railways, and Food & Beverages. Our range of products and services includes Design, Fabrication, Supply & Installation of Steel structures, Civil Engineering & Construction, Pre-Engineered Building (PEB), Manufacturing of Heavy Engineering and Heat Treatment Equipment, Offshore packages, Static equipment, Tanks, Piping components including Factory Shutdown & Maintenance works.
Vasan Enterprises is engaged in providing unique products including Structural Steel Fabrication Services in Chennai. For more information contact us or call +91 98843 58254.
What is Structural Steel Fabrication?
The process of bending, cutting, and modeling steel to create a structure is known as structural steel fabrication. Pieces of steel are assembled for structural steel fabrication to create various structures, which are typical of predetermined sizes and shapes. It is a difficult procedure that needs specific information, abilities, and tools to finish properly.
Construction and equipment manufacture depend heavily on structural steel fabricators. Without their knowledge and skill, it is difficult to envision how any production facility would operate. Their primary responsibility is to use a variety of tools to bend, align, cut, weld, and assemble metals.
Advantages of structural steel fabrication
- Steel is tensile, corrosion-resistant, and very strong. Steel is a great material for building since its strength is higher than its density.
- Typically delivered during the pre-fabrication stage, structural steel is constructed on site. Prefabrications expedite projects by minimizing the amount of work that must be done on-site.
- When compared to other metals like copper, silver, gold, aluminum, and magnesium, structural steel is less expensive.
- After production, the structural steel components are simple to assemble, which results in significant cost and time savings due to greater installation efficiency.
- Steel may easily be manufactured into any shape and dimension because of its metallurgical qualities. Steel constructions are created by joining those using bolts or welding.
- Structure steel has a fire-resistant coating that significantly increases its fire resistance. It can withstand water. If constructed appropriately, it can endure earthquakes and hurricanes.
- Construction of structural steel components takes place off-site, lowering the possibility of accidents occurring there. It is a good option because it resists mold and termites.
- Because structural steel is easily recyclable, metal fabricators can choose this environmentally benign material.
Application of structural steel fabrication in construction
High-quality structural steel is used exclusively in the construction of numerous applications. Its areas of application include;
- High-rise buildings
- Industrial Buildings
- Residential Buildings
- Parking Garages
- Bridges
What is the difference between structural steel and mild steel?
- While mild steel is used for a variety of small to large purposes, including automobile bodies, food cans, and building parts, structural steel is employed in construction.
- Compared to mild steel, structural steel has a higher carbon content. While mild steel can be shaped into certain shapes using a machine, shaper, and boring equipment, structural steel is produced using heat and mechanical means.
- Mild steel, which is commonly categorized based on its carbon content, is actually high-carbon steel that is frequently used for putting together cutting tools and corrodes. It is frequently employed for development just as structural steel constructions due to its weakness and articulate hardness because of how similar it is to welding and tooling.
Types of Formational Structural Steel
- Parallel Flange Channels
- Tapered Flange Beams
- Universal Beam
- Universal Column
Parallel Flange Channels
These U-shaped channeled beams have right-angled corners and resemble a stick of staples. Although they come in a wide range of sizes, the two sides are always the same length and parallel to one another. They are used similarly to angled sections and provide a strength-to-weight ratio that is noticeably higher.
Tapered Flange Beams
I-shaped sections known as taper flange beams come in a huge range of diameters. These are frequently used in construction for girder cross-sections. Although they have torsion (twisting) resistance, despite having a comparatively high resistance ratio, they are typically not advised when pressure is present along their length.
Universal Beam
Universal beams, often referred to as I-beams or H-beams, have the same shape as their namesake whether standing upright and on their side, respectively. Among other sectors, universal beams are used in building and civil engineering and are often composed of structural steel.
Universal Column
The usage of universal beams for structural purposes is also very common. They resemble beams and are frequently referred to as I-beams or H-beams, although all three parts are the same length. They are mostly utilized for columns, as their name would imply, and they have excellent load-bearing capacities.
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