Professional space frame manufacturer

 The span of a steel structure warehouse is not arbitrarily set. It is primarily determined by four core factors: the actual use of the warehouse, the method of goods storage, the operational requirements of automated equipment, and the site conditions. Only by comprehensively matching these four conditions can the most suitable warehouse span size be determined. I. Warehouse Purpose (The Primary Prerequisite for Span Design) The purpose of the warehouse is the primary basis for determining the span size. Different warehousing scenarios have completely different requirements for indoor openness, spatial integrity, and operational modes, directly defining the minimum design threshold for the span. Ordinary raw material warehouses and finished product storage warehouses mainly use conventional stacking and ordinary shelving storage. The operation method is simple, and small to medium spans with a few columns can meet the needs, resulting in a more economical overall cost. However, lo...

 Small to Medium Span Warehouses (General-Purpose Type) Small to medium span steel structure warehouses boast mature structures, economical costs, and short construction cycles, adapting to most conventional warehousing scenarios. They are widely used in general industrial production support warehouses, small to medium-sized raw material and finished product storage, and regional general logistics warehouses. They perfectly meet the basic needs of conventional goods stacking, ordinary racking storage, and manual forklift operations, offering extremely high cost-effectiveness. Large Span Column-Free Warehouses (High-Efficiency Adaptable Type) Large span column-free warehouses provide complete, continuous, and unobstructed ultra-large indoor spaces, making them more suitable for projects with higher space and equipment requirements. They are mainly used in large logistics distribution centers, automated warehouses, port bulk cargo storage, and large-scale manufacturing distribution c...