Pre Engineering High Rise Steel Structure School Building

Pre Engineering High Rise Steel Structure School Building refer to educational facilities constructed with prefabricated steel components and frames. They feature stable structures, are environmentally friendly, durable and have a low overall cost. They are suitable for high-rise buildings that need to withstand various environmental conditions. Its main feature is that components are prefabricated in the factory, which can shorten the construction period and accelerate the construction speed. The ductility of steel can absorb and consume the energy brought by earthquakes, ensuring the safety of teachers and students. All materials are new types of environmentally friendly materials, which not only reduce industrial pollution but are also friendly to the health of teachers and students. They are an excellent choice to meet the long-term needs of schools and their students.

Product Construction Process

First, communicate the pre engineering high rise steel structure school building requirements with the engineer, and then the engineer generates the architectural drawings, including the precise processing drawings of each component. Then the factory prefabricates based on the precise processing drawings constructed, such as steel beams, steel columns, stairs, floor slabs and pre-embedded lines, etc. While the factory is prefabricating, the on-site construction team is working on the ground. After the factory prefabricates the components, they are transported to the site for installation. The connection points of each component are bolted or welded. After the main structure is completed, wall panels, floor slabs and other components can be installed, and finally, the interior and exterior can be stylized and decorated.

Product Cooperation Case

The eastern campus of Dexin Primary School in Jimo District, constructed by EIHE Steel Structure Group, was officially put into use in the autumn of 2022. The building is designed as a steel frame structure, using components such as steel columns, steel beams, reinforced truss floor slabs, and steel stairs. Through integrated design, it adopts the technical approach of non-masonry non-load-bearing retaining walls and non-masonry interior partition walls, and full decoration, and adopts the EPC general contracting model. The individual assembly rate is approximately 68%, making it a one-star prefabricated building.