In the construction industry, every innovation, advancement and improvement is significant. Concrete and RCC are the prominent materials used across construction works. However, steel has emerged as the key material for building construction. Using a variety of hot-formed and cold-formed steel structures, pre engineered building manufacturers are bringing revolution in the construction industry. This building method was initially used for making industrial sheds, but is now preferred for a vast number of infrastructure projects.
Benefits of Pre-Engineered Buildings
Here are the key benefits of choosing a pre engineered building method:
- These buildings can be designed with energy-efficient parts such as insulation panels and skylights to keep natural light coming in and maintain a stable internal temperature.
- Steel is a recyclable material. So when the buildings are sold, the resale value is higher.
- Modular designs allow for easy assembly, installation and disassembly to modify or makeover the existing design.
- Steel structures are made in the factories while the foundation and other construction work are being done on site. Simultaneous work saves time.
Components of PEB
Here are the major components used across the prefabricated buildings:
Primary Framing System
Imagine the primary frame as the skeleton of your body. Like the strongest parts of your body are connected into a single unit, the same is the case for the pre-engineered buildings. This frame includes columns, rafters, and end wall frames. They are made to extract load requirements, so the unnecessary use of steel is eliminated.
Secondary Framing
These structures are built as a support for the primary framework and the outer layers. For example, purlins are made from cold-formed steel and they support the roofing sheets, while the girts run along the wall to support the cladding. Eaves are positioned at the junction of the roof and wall to add stiffness.
Roofing and Cladding System
These enclosures create an unbreakable, impermeable barrier against the environmental forces like wind, harsh sunlight and rain. They are coated to add a protective layer on the surface.
Bracing System
The lateral forces like wind and seismic activities can compromise the stability of the building over a large period. The bracing systems protect the building against these forces.
Fastening and Connections
High strength bolts and proper welding hold the structure together. These are directly responsible for the longevity of any building structure made by steel.
Conclusion
These components are joined together to form a long-lasting steel structure of pre engineered building. It is stronger, has more energy-efficient designs, and is better from a sustainability point of view as well. As the construction industry shifts toward green building methods, this structure is the reliable choice for builders and businesses.
Metallic Pre Fab Pvt Ltd is the leading supplier of PEB components. Our components are well tested and approved by top industrial standards.
FAQs
A standard pre engineered building is composed of columns, rafters, purlins, eaves, girts, roofing sheets, wall cladding and end wall frames joined by welding or high-strength fasteners.
A PEB is an advanced, more optimized and better engineered building because it is built under more organized condition.
PEBs offer faster construction, cost savings, design flexibility, low maintenance, and durability. They are also easy to expand or modify as per future requirements.