Steel Structure Comprehensive Warehouse

A steel structure comprehensive warehouse refers to an industrial building constructed with the main load-bearing structure composed of steel (mainly various types of steel beams and steel plates), along with a corresponding enclosure system (such as color steel plates and sandwich panels). It is used for storing various types of materials.

Comprehensive

● Functional Integration

It differs from ordinary steel structure warehouse buildings because its functions are no longer limited to merely storing goods. Such warehouses often also have simple distribution processing functions such as sorting, packaging, and delivery, and are a common form in modern logistics centers.

● Strong Adaptability

The internal space is spacious and high (without columns or with few columns), facilitating flexible arrangement of shelves or adjustment of storage areas.

Core Components

● Structural Form

Frame structure, steel truss, and grid structure

● Enclosure System

The walls and roof are usually made of lightweight materials such as profiled steel sheets and color steel sandwich panels (with insulation and heat insulation functions), rather than traditional brick walls.

● Foundation

Due to the relatively light overall weight of the steel structure, reinforced concrete independent foundations are typically used, eliminating the need for thick floor slabs as in high-rise buildings.

Product case

The Greenwell Comprehensive Factory Project, constructed by EIHE Steel Structure, has a total construction area of 12,000 square meters. It is located in the initial area of Mohammed VI Dakhla Technology City and is a comprehensive factory integrating design, research and development, manufacturing, and storage.

Product parameters

Roof Load Capacity Design Suggestions

Although the Steel structure comprehensive warehouse has high strength, if additional photovoltaic panels, equipment or heavy objects need to be installed on the roof in the future, it is necessary to conduct a review with us. The steel structure is prone to overloading and local concentrated loads. Randomly stacking heavy objects or changing the structural load-bearing method may pose risks.