pre-engineered building systems have become a popular alternative to conventional building systems, from small storage sheds to large industrial buildings. The systems inherent advantages like time, material and labour saving, considerably reduces the cost of construction. Moreover, PEB system requires less maintenance than traditional concrete buildings as pre-engineered steel is corrosion resistant, has good solidity and longer durability. All the building components used in its construction are recyclable and does not use any non-renewable components.
Also, light weight steel structures use less materials making them energy efficient and reduced transportation cost adds to its carbon credits. In fact, as steel is a recycled content, a manufacturer or builder can get up to 30 LEED points for using steel in the construction of the building. The PEB structures are costly initially but recover the cost within a lifecycle of five years
The construction of pre-engineered metal building involves the process of assembling of various building components like roof structure, supporting pillars and column for door, door head and other components at the building construction site, which needs accurate standards.
Steel is also being used as a framing for dry walling, access floors framing, roof sheets, wall systems and mezzanine systems.
It is now replacing the conventional RCC framed structure in the industry since it not only reduces construction and establishment time by 50% but is also four to five times more earthquake resistant.
Also, light weight steel structures use less materials making them energy efficient and reduced transportation cost adds to its carbon credits. In fact, as steel is a recycled content, a manufacturer or builder can get up to 30 LEED points for using steel in the construction of the building. The PEB structures are costly initially but recover the cost within a lifecycle of five years
The construction of pre-engineered metal building involves the process of assembling of various building components like roof structure, supporting pillars and column for door, door head and other components at the building construction site, which needs accurate standards.
Steel is also being used as a framing for dry walling, access floors framing, roof sheets, wall systems and mezzanine systems.
It is now replacing the conventional RCC framed structure in the industry since it not only reduces construction and establishment time by 50% but is also four to five times more earthquake resistant.
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