Professional space frame manufacturer

 Port warehousing buildings play a crucial role in cargo transshipment, bulk material storage, and logistics distribution. Their design must not only meet the demands of large-span spaces but also withstand extreme environmental conditions such as sea winds, salt spray, and high humidity. An increasing number of port projects are choosing space structures because of their outstanding performance in corrosion resistance, strength, and economy. 1. Large-Span Design to Meet the Needs of Bulk Cargo Storage and Transportation Port warehousing typically needs to accommodate bulk cargo such as coal, ore, and grain, requiring a large range of movement for operating machinery. Space structures can easily achieve column-free spaces with spans of 60–150 meters, ensuring free operation of loading and unloading machinery and smooth cargo flow. 2. Superior Corrosion Resistance, Adaptable to Marine Climates Port buildings are constantly exposed to high humidity and high salinity, making ordinary...

 Steel structures are widely used in cold regions (those with snow accumulation, frozen ground, and severe cold weather). However, these environments present additional challenges: snow load, heat loss, condensation, and ice damage. If these factors are not considered during the design phase, subsequent maintenance and operating costs can be very high. This article will introduce key design considerations to address these issues, ensuring your steel space frame performs optimally and cost-effectively in cold climates. Key Factors for Cold-Climate Steel Space Frame Design 1. Snow Load & Roof Geometry In areas with snow accumulation, roof snow load is the primary factor. The steeper the roof slope, the more snow slides off, reducing the load caused by snow accumulation. Complex roofs (with gables, valleys, and depressions) are prone to snow accumulation, creating additional stress. The supporting structure (truss or space frame support spacing/member strength) should be calculat...