SAFS Steel Structure Space Frame Truss

Choosing the right structural system isn't just a technical decision—it’s a strategic one. Below is a direct comparison between space structures and other popular structural systems used in large-span buildings. Understanding the Options Space Structure (Space Frame) A three-dimensional, lightweight truss made of interlocking struts and ball-node connections. This rigid triangulated form spans large areas with high stiffness and minimized material use. Truss Structure A two-dimensional triangular assembly (plane or spatial) using pin-jointed elements that handle loads via tension and compression, simplifying analysis. Rigid Frame (Portal Frame) A welded or bolted moment-resisting structural frame with rigid joints—offers wide spans and good load-bearing capacity in a relatively simpler construction form. Comparison Table Why Space Structures Stand Out Superior Load Distribution Loads are carried via interconnected struts in three dimensions, enhancing stability and...

 Educational facilities must be built fast, last long, and adapt to future needs. That’s why more universities and schools are turning to space structures for their sports halls, auditoriums, and lecture centers. 1. Clear Spans for Multi-Use Halls No internal columns means more freedom for: 🏀 Basketball courts 🏸 Badminton arenas 🎭 Drama performances 🎓 Graduation ceremonies 2. Faster Construction = Less Disruption Space structures are prefabricated and bolted , allowing schools to finish builds during vacation periods or in parallel with academic schedules. 3. Durable and Safe Our structures meet international codes for wind, seismic, and crowd loads—ensuring student safety and long-term performance. 4. Light and Energy Efficient Add skylights or ETFE panels to reduce electricity costs. Some schools even integrate solar panels for net-zero goals. 5. Expandable in Phases Universities often grow. Space structures can be extended or retrofitted easily witho...

In today’s fast-paced global construction market, cost and speed are everything. That’s why more developers are turning to a hybrid delivery model: fabricate space structures in China (or other low-cost centers) and install them locally . 1. Lower Cost, Same Quality Fabricating components in certified overseas factories can reduce material and labor costs by up to 30%, without compromising structural integrity or design compliance. 2. Easy to Ship and Assemble Space structures are modular and lightweight. They’re packed in containers, shipped globally, and assembled quickly by local teams with minimal machinery. 3. Faster Timelines Offsite fabrication + onsite bolted assembly = parallel progress. Foundations and roof prep can happen at the same time. 4. Support for Local Contractors Our engineers provide clear drawings, 3D models, and remote or onsite installation training—empowering your local crews and reducing risk. 5. Proven in 20+ Countries From airports in Africa to stadiums in ...

 Transport hubs are the gateways to cities. Their architecture must be spacious, iconic, and efficient. Space structures make it possible—offering large spans, natural light, and fast construction. 1. Seamless Passenger Flow with Clear Span Roofs Modern stations require uncluttered layouts. Space structures span terminals up to 150m wide—perfect for open ticketing halls, waiting areas, and platforms. 2. Skylights and Solar Panels? No Problem Space structures support integrated daylighting systems, reducing energy consumption while enhancing the passenger experience. 3. Future-Ready and Easy to Expand As cities grow, so do stations. Modular space structure designs make it easy to expand terminal areas or connect with adjacent structures. 4. Earthquake and Wind Resilience Transit hubs are critical infrastructure. Space structures perform reliably under seismic and wind loads, meeting all international safety codes. 5. Iconic Architecture for Civic Pride A dome-shaped or wave-like te...