The engineered steel buildings can better meet the requirements of flexible partitioning of large bays in buildings than traditional buildings. By reducing the cross-sectional area of columns and using lightweight wall panels, the area utilization rate can be increased, and the effective indoor area can be increased by about 6%.
The steel structure system used in residential engineered steel buildings can give full play to the good ductility and plastic deformation ability of the steel structure, and has excellent seismic and wind resistance, which greatly improves the safety and reliability of the residence. Especially in the event of an earthquake or typhoon disaster, the engineered steel buildings can avoid the collapse of the building.
The total weight of the building. The steel structure residential system is light in weight, about half of that of the concrete structure, which can greatly reduce the cost of the foundation.
Good environmental protection effect. The engineered steel buildings construction greatly reduces the amount of sand, stone, and ash. The materials used are mainly green, 100% recycled or degraded materials. When the building is demolished, most of the materials can be reused or degraded without causing garbage.
It is not only suitable for single-story large-span buildings, but also for the construction of multi-story or high-rise buildings. Pre-engineered buildings are ideal for use in non residential, wide span low rise buildings. Among the advantages of PEB is consistent quality control, and fast delivery to name a few. PEB buildings are used for diverse applications such as factories, warehouses, offices , shopping malls, schools, hospitals, community buildings and several more.