Professional space frame manufacturer

 There are distinct differences between steel trusses and spatial structures. Spatial structures incorporate spheres (such as bolted spheres and hollow spheres), whereas steel trusses generally do not use spheres, though they may be used in certain applications—for example, at supports or where steel pipes and pipe connections are not suitable. From an engineering perspective, steel trusses have better load-bearing capacity than spatial structures and can span over 100 meters; spatial structures generally do not exceed a span of 100 meters. Steel trusses refer to truss structures made of steel used in industrial and civil buildings for roof structures, crane beams, bridges, and hydraulic gates, among others. Steel trusses are commonly used as primary load-bearing members. Various types of towers, such as mast towers, television towers, and power transmission towers, often employ spatial steel trusses composed of three-sided, four-sided, or multi-sided planar trusses. Spatial struc...

 In the field of residential construction, prefabricated steel-frame structures are gaining prominence due to their unique advantages. This construction method, which involves prefabricating steel components in a factory and rapidly assembling them on-site, not only overcomes the limitations of traditional construction models but also demonstrates significant advantages in efficiency, environmental sustainability, and structural performance, making it a key driver of residential industrialization. 1. Design Advantages of Prefabricated Steel Structures From a design perspective, the flexibility of prefabricated steel-frame residential buildings is exceptional. Structural Flexibility: The mechanical properties of steel provide significant freedom in structural design. In practical design, component cross-sections and spans can be flexibly adjusted to meet specific floor plan requirements, easily enabling open-plan layouts and diverse housing configurations. Lightweight and High-Stre...