SAFS Steel Structure Space Frame Truss

 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...

 Choosing the right structural system is not just a technical decision—it’s a strategic one. Below is a practical comparison between space structures and other popular systems used in large-span buildings. Structure Type Max Span Weight Aesthetic Install Speed Cost Efficiency Space Structure 30–150m+ Lightweight  Stylish  Fast (bolted)  High (prefab) Steel Truss ≤60m Medium  Bulky  Slower  Moderate H-Beam + Purlins ≤40m Heavy  Basic  Welding-heavy  High labor Concrete Structure ≤25m Very Heavy  Plain  Long time  High cost Key Advantages of Space Structure: ✅ Long Span, No Middle Columns ✅ Faster Erection with Bolted Connections ✅ Architectural Freedom: Domes, Curves, Grids ✅ Lower Foundation Loads = Less Concrete Needed 🔍 Still unsure which structure suits your project? 📊 Request a comparative technical proposal — we’ll give you cost, speed, and engineering dat...

 Governments around the world are investing in sports arenas, transportation terminals, and exhibition centers. These projects demand large spans, fast schedules, and long-term value. Space structures meet these needs—and can help your team win bids. 1. High Technical Score in Tenders Space structures offer clear span, fast construction, and seismic safety—all of which boost your score in technical evaluations. 2. Cost-Effective Without Cutting Corners Thanks to prefabrication and modular design, space structures reduce total project cost while delivering global-level quality. 3. Proven in Public Infrastructure From Africa to Southeast Asia, our space structures have been used in government-funded airports, stadiums, and civic centers—with excellent performance. 4. Fast-Track Construction Governments like quick results. Our systems are designed for fast assembly—reducing labor and enabling projects to open on time. 5. Support with Drawings + BOQs Our team provides full t...

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 ...

 Sustainability is no longer a trend—it's a global standard. Architects and developers are seeking construction methods that reduce carbon footprint and increase long-term efficiency. Enter the space structure . 1. Lightweight Means Less Material Compared to traditional concrete or truss roofs, space structures use significantly less material—cutting down on steel usage and emissions during transport. 2. Ideal for Daylighting and Natural Ventilation With open grids and long spans, space structures can easily integrate skylights, louvers, and passive ventilation systems—reducing energy loads. 3. 100% Recyclable Steel Space structures are made from structural steel, which is fully recyclable. Even after decades, the material retains value and reduces landfill waste. 4. Lower Foundation Load = Less Concrete The lighter weight of space structures reduces the need for deep foundations, which means less excavation, cement, and emissions. 5. LEED and Green Building Certification F...

 Modern commercial complexes need bold design, flexibility, and fast completion.Space structures deliver architectural impact and structural efficiency—ideal for shopping centers, entertainment venues, and convention halls. 1. Maximize Open Indoor Space Space structures create wide, open atriums—great for food courts, event spaces, or pop-up stores. 2. Easy Integration of Skylights and HVAC With their modular grid design, space frames allow seamless integration of natural lighting, ductwork, and hanging signage. 3. Iconic Roof Shapes Attract Visitors From wave-shaped canopies to futuristic domes, space frames support complex and eye-catching rooflines. 4. Reduce Foundation Load Lightweight space structures reduce base loads, which is a huge advantage on urban sites with soft soils or basements. 5. Fast ROI with Shorter Build Time Prefabricated production means malls and entertainment centers open faster—helping you start generating revenue sooner. 🏙️ Launching a new mall or enter...

 Mosques are spiritual landmarks that blend religious tradition with modern structural needs. For large prayer halls and iconic domes, space structure  offer unmatched flexibility, strength, and beauty. 1. Wide, Column-Free Prayer Halls Space  structure  can span over 60m without internal supports—perfect for uninterrupted congregational space. 2. Iconic Dome Structures Made Easier Want a 25m-high dome? Space  structure  make it possible with lightweight steel meshwork that forms perfect hemispheres or onion-shaped domes. 3. Earthquake and Wind Resistance Many mosque projects are built in seismic or desert wind zones. The triangular grid system of space frames offers exceptional load distribution. 4. Quick and Clean Assembly Less welding, more bolting. Space frame domes are assembled safely and quietly—important for religious and urban zones. 5. Islamic Geometry Meets Modern Engineering From muqarnas to star-shaped layouts, space frames can adapt t...

As an efficient form of building structure, steel mesh frame is widely used in modern construction. Its light weight, high strength and good seismic performance make it the preferred solution for commercial buildings, stadiums, industrial plants and other fields. 1. Core Advantages of Steel Mesh Frame Lightweight design: compared with traditional concrete structure, steel structure net frame has a lighter self-weight, which reduces the foundation bearing pressure. High strength and stability: the high strength of steel enables it to withstand greater loads. Short construction period: the components are prefabricated in the factory and assembled on site, which significantly shortens the construction time. Superior seismic performance: the ductility of steel structure makes it perform better in earthquakes. 2. Application Scenarios Commercial buildings: such as shopping malls, supermarkets, hotels, etc. Steel structure mesh frame can achieve large span space. Stadiums: such as gymnasium...

 In Southeast Asian climates where moisture and heat pose welding challenges, maintaining steel structure weld quality is vital to structural safety. Welding Quality Control Techniques: Standardized Welding Procedure Specifications (WPS): Ensure all site and factory welders follow AWS D1.1 or ISO 9606 protocols. Non-Destructive Testing (NDT): Ultrasonic Testing (UT): Detects sub-surface flaws Magnetic Particle Testing (MT): Reveals cracks on nodes Visual Inspection (VT): Ensures weld bead quality and alignment Environmental Controls: Use welding tents and humidity control on site Post-weld heat treatment if required for thick nodes or critical connections Data-Driven QA: Maintain weld logs, inspection reports, and digital tracking via BIM for full traceability — increasingly common in Singapore and Thai infrastructure projects.  Need a sample welding quality checklist used in a real airport terminal project? I’m happy to share.

  Space frame steel structures  have become the go-to solution for large-span roofs in Southeast Asia due to their structural efficiency and economic benefits. Key Technical Advantages: Lightweight & Strong: Tubular steel components reduce dead load, making them ideal for warehouse roofing, stadiums, and aircraft hangars. Modular Fabrication: Space frames are fully prefabricated offsite and assembled quickly onsite, which is essential in regions with heavy rainfall like Indonesia or the Philippines Flexible Design Options: Can span 30m to over 100m without interior columns. Ideal for logistics centers, factories, and public infrastructure. Cost Control in Volume Construction: By using triangular or pyramidal grid systems, material consumption is minimized, and labor is reduced. Want help choosing between a space frame vs. portal frame for your factory? Drop your specs, and I’ll suggest a structural layout.

 In Southeast Asia, particularly in coastal cities such as Surabaya, Da Nang and Johor Bahru, steel buildings must withstand high humidity, salty air and heavy rainfall. To prevent premature deterioration of spaceframe steel structures , contractors must adopt a comprehensive corrosion prevention strategy. Recommended Technology: Hot Dip Galvanising (HDG): Coats steel members with a protective coating of zinc. Widely used for pre-engineered steel buildings near the coast. Provides greater than 25 years corrosion resistance in tropical conditions. Zinc Epoxy Primer + Polyurethane Top Coat: A two-coat system ideal for industrial steel roofing systems and exposed steel columns. Commonly used in logistics centres in the Philippines. Uses weathering steel (e.g. Q355NH): Forms a stable oxide layer to protect the steel beneath. Suitable for building space frames with minimal maintenance requirements. Sealing of bolted and welded nodes: Prevents salt water penetration. Use silicone-based s...

 Steel grid frame installation is a precision task, and here’s what to watch out for: Misalignment of nodes or members: ➤ Use laser-guided surveying tools for accurate positioning. Onsite welding risk: ➤ Minimize field welding; favor bolt-connected, prefabricated modules. High-altitude safety risks: ➤ Use modular lifting rigs, full-body harnesses, and edge fall protections. Weather-related distortions: ➤ Schedule lifting/installation during stable weather windows, and adjust bolts for expansion tolerance. Many users search for “space frame construction risks” or “high-rise steel safety”—clear guidance on installation wins credibility. 💬 Curious about lifting a 50-meter span in one go? We’ve done it — happy to share our methodology!

Steel grid frame (also known as space frame) structures are becoming increasingly popular for logistics centres, sports stadiums and factory buildings for several reasons: Large spanning capacity: steel grid frames can cover large areas (50 metres or more) without the need for internal columns, maximising the available space. Lightweight and high strength: Steel tubes and nodes provide high load-bearing capacity with minimal material. Modularity and rapid assembly: Components can be prefabricated and assembled on site, reducing construction time by 30-50%. Design Flexibility: Triangular, rectangular or hybrid grids can be used to customise roofs, domes and facades. Many users looking for ‘large-span roofing alternatives’ and ‘cost-effective warehouse design’ find that steel grid frames offer these benefits and are ideal. 💡 Have you used space framing in your projects? Please provide your experience or a real-world case study.

Net frame installation is one of the most critical stages in the whole project, especially in the construction of high altitude or large span venues, where risks and challenges exist. Installation key points of attention: Measuring and placing lines must be accurate: errors can cause the whole structure to be docked out of place.  Clear component numbering and safe transport: large components often need to be transported in sections, and on-site assembly to the right number is key.  Welded nodes should not have concentrated stress: buffer design should be adopted to avoid deformation or cracks caused by thermal stress.  Work-at-height safety: wear safety belts and use standard scaffolding and lifting equipment. Ready to start a steel mesh project? It's vital to know these key installation points in advance. For construction programme or case reference, please feel free to talk to us!

  Grid installation is one of the most critical stages of the entire project, especially in the construction of high-altitude or large-span venues, where risks and challenges coexist: Key points to note when installing: Measurement and layout must be accurate: Errors will cause the entire structure to not be properly docked. Clear component numbers and safe transportation: Large components often need to be transported in sections, and on-site assembly is the key. Welding nodes cannot have stress concentration: Buffer design must be used to avoid deformation or cracks caused by thermal stress. Safety of high-altitude operations: Wear a safety belt and use standard scaffolding and lifting equipment. Preparing to start a steel structure grid project? It is crucial to understand these key installation points in advance. If you need to obtain construction plans or case references, please feel free to communicate with us!

Welding quality directly affects the safety and service life of the mesh frame structure . In order to ensure the welding quality, it is usually controlled from the following aspects. Weld inspection technology: Ultrasonic flaw detection (UT): to find out the internal defects of the weld, such as unfused and porosity.  Magnetic particle testing (MT): for detecting minor defects such as surface cracks.  Radiographic testing (RT): in-depth inspection of the internal integrity of the weld by X-rays.  Welding quality control process: Strictly control the qualification of welders.  Clearly defined Welding Process Specification (WPS).  Each process is accepted by quality control personnel to avoid rework.  Use double testing for critical parts. If you have encountered welding technical problems in large-scale steel structure projects, welcome to leave a message, our experienced team is willing to provide solution suggestions and service programmes.

"Welding quality directly affects the safety and service life of grid structure . In order to ensure welding quality, it is usually controlled from the following aspects: Weld detection technology: Ultrasonic testing (UT): Detect internal defects of welds, such as lack of fusion and pores. Magnetic particle testing (MT): Used to detect minor defects such as surface cracks. Radiographic testing (RT): Use X-rays to deeply detect the internal integrity of welds. Welding quality control process: Strictly control welder qualification certification. Develop a clear welding procedure qualification (WPS). Each process is inspected by quality control personnel to avoid rework. Double detection is used for key parts. If you encounter welding technology problems in large steel structure projects, please leave a message. Our experienced team is willing to provide solutions and service plans."

Steel grid is gaining more and more attention in green buildings, mainly because of its environmental and sustainable advantages: High strength and light weight: The grid structure can cover the space with a large span, reduce the use of columns, improve the efficiency of building space, and save materials. Recyclable: 100% of steel is recyclable and reusable, which is in line with the core concept of "sustainability" of green buildings. Short construction period: The components are prefabricated in the factory and installed quickly on site, which effectively reduces dust and noise pollution and has little impact on the surrounding environment. Strong compatibility with solar energy/green roofs: Steel structures are easy to integrate green building technologies such as solar panels and rainwater collection. Want to know which projects are suitable for environmentally friendly steel grid? Welcome to comment or send a private message, we are willing to provide professional adv...

 In the current construction industry, steel structure buildings are favored by more and more companies because of their high efficiency, environmental protection and sustainability. ​ As a type of steel structure building, steel grid structure has the following advantages: ​ High strength and lightness: The steel grid structure has high strength and lightness, and can withstand large loads while reducing the weight of the building. ​ Fast construction speed: The components of the steel grid structure can be prefabricated in the factory and installed on site, shortening the construction period and improving construction efficiency. ​ Design flexibility: The steel grid structure has good design flexibility and is suitable for various building forms to meet different building needs. ​ Environmental protection and sustainability: Steel structure materials can be recycled, reducing construction waste, and conforming to the development trend of green buildings. ​ These advantages make ...

  In recent years, with the in-depth promotion of the "dual carbon" goal and the green development strategy, the construction industry is undergoing a profound change. As one of the important ways to achieve green buildings, the steel grid system is gradually becoming an important structural choice for large public buildings, commercial complexes and industrial facilities with its low carbon emissions, energy-saving and high efficiency, and prefabricated construction. This article will explore the advantages, application cases and future prospects of steel grids to help you understand how this cutting-edge technology can help green building innovation. 1. Green characteristics of steel grids 1.1 Environmental protection and low carbon Traditional building materials are often accompanied by high energy consumption and large amounts of carbon emissions during production and construction. Steel grids use high-strength steel, which not only has high material utilization, but als...