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...

  Modern industrial facilities like aircraft hangars, energy plants, and bulk warehouses require ultra-large spans. Traditional beams are costly and heavy. The solution? Space structures. 1. Spans of 60m, 80m, 100m+ Space structures easily achieve clear spans over 100 meters—without intermediate columns. Perfect for aircraft bays, cranes, or tall storage racks. 2. High Load-Bearing Capacity Despite being lightweight, space structures are incredibly strong—capable of supporting overhead conveyors, piping systems, and rooftop solar panels. 3. Rapid Fabrication and Erection Every component is prefabricated. On-site installation is fast, safe, and less weather-dependent—crucial for tight industrial project timelines. 4. Reduced Maintenance The triangle-based design of space structures offers exceptional stiffness, minimizing deflection and structural fatigue over time. 5. Expandable for Future Growth Many industrial clients prefer scalable buildings. Space structures allow easy latera...

 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...

 Many countries are upgrading outdated sports facilities to meet international standards. A key solution? Space structures — ideal for fast renovation, lightweight roofing, and long-span performance. 1. Upgrade Without Demolishing Space structures can be added on top of existing buildings—saving cost and time. This is perfect for stadiums that can’t afford long closure periods. 2. Large Roof Covers, Minimal Supports Renovated arenas require wide roofing for both players and fans. Space structures provide massive span coverage (over 100m) without center supports blocking the view. 3. Add VIP Areas, Media Decks, and Lighting Rigs With their high load capacity and grid format, space structures easily support additional equipment—LED screens, catwalks, sound systems, and more. 4. Wind and Rain Resistance Boost Modern stadiums must withstand harsh weather. Space structure roofs resist uplift and allow integrated drainage systems. 5. Modern Look, Fast Build A new roof gives th...

 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...

 Exhibition halls require massive column-free areas, fast timelines, and visually impressive structures. Space structure offer the ideal solution. 1. Unlimited Interior Layout Thanks to their long-span capability, space structures eliminate internal columns—ideal for large crowds and open booths. 2. Quick Assembly for Tight Schedules Many convention centers face tight completion deadlines. Space frame components are prefabricated, allowing for rapid site installation. 3. Flexible for Temporary or Permanent Use Whether it’s a semi-permanent expo hall or a permanent convention center, space frames adapt easily. 4. Attractive Roof Geometry Domes, pyramids, barrel vaults—space structure support creative designs with structural stability. 5. Excellent Lighting and Ventilation Integration Space between the grids makes it easier to install skylights, air ducts, and LED panels. Building an exhibition hall? Talk to us about proven, beautiful, and efficient space frame systems. We...

 Airports and stadiums require wide roofs, open spaces, and iconic aesthetics. That’s why more architects choose steel space frames. Here’s how this smart structural solution transforms landmark buildings: 1. Massive Span Without Heavy Supports Steel space frames cover up to 150 meters span with ease—perfect for terminal halls and stadium roofs. 2. Architectural Freedom Curves, domes, cones—you name it. The modular grid of space frames supports almost any geometry. 3. Lightweight but Strong Compared to solid trusses, space frames are lighter but equally strong, reducing the foundation load. 4. Faster On-Site Construction Prefabricated units mean less on-site labor and faster deadlines. Essential for airport expansion and event deadlines. 5. Sustainability and Recyclability Modern projects demand eco-conscious design. Steel is 100% recyclable and supports green building standards. Planning a stadium or airport project? Let us show you how space frame roofing can simplify your desig...

Faced with increasingly frequent extreme climate events, the safety and adaptability of building structures have become the focus of customer attention. Steel structure grids show excellent performance in earthquake and wind resistance, and are particularly suitable for earthquake zones and typhoon-prone areas. 1. Disaster resistance advantages of steel structure grids Flexible nodes: can absorb and disperse external stress; Strong integrity: high structural stability, with redundant design characteristics; Strong rapid repair ability: easier to detect and replace parts after a disaster. 2. Typical application areas Such as Southeast Asia, coastal areas of Africa, Saudi Arabia earthquake zone, etc., we have completed multiple disaster resistance design optimization projects. Such as the case of the logistics warehouse in Nairobi, Kenya. 🌍 At the same time, you can refer to the technical standards issued by the World Center for Disaster Resistance of Building Structures to obtain more ...

When choosing a grid structure contractor, many customers tend to ignore some key indicators, resulting in delays, additional costs or safety hazards in the later stage. This article summarizes 5 standards that must be understood to help you avoid industry "pitfalls". 1. 5 major criteria for selecting manufacturers Does it have ISO certification and special steel structure qualifications? Does it have its own processing plant and installation team? Does the case project cover overseas markets? Does the design team have BIM collaboration capabilities? Does it provide full-process services: design-processing-transportation-installation? ✅ Recommended viewing: https://www.safsteelstructure.com/ 2. Authoritative data support According to the data of the China Construction Metal Structure Association, companies with independent processing capabilities have shortened the project delivery cycle by an average of 28%, and the construction quality accident rate has dropped by about 40%...

 In the modern construction market, steel mesh frame system is rapidly becoming the preferred structural form for medium to large commercial projects. Its flexibility, high strength and light weight characteristics not only enhance the utilisation of space, but also effectively shorten the construction period and significantly save project costs. I. Why is steel mesh frame suitable for commercial buildings? Large-span column-free design: suitable for projects requiring vast space such as gymnasiums, exhibition centres and airport terminals; Fast construction: factory prefabrication, on-site installation, shortening the construction period by 30%-50%; Environmental protection and energy saving: reusable, low carbon emission, boosting green building certification (e.g. LEED). Application Case Study Taking [Project Case: An Airport Terminal Building] as an example, our steel structure mesh frame solution makes the overall weight of the building reduced by 20% and delivered two months...

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...

  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.

  Environmental stress is a major concern in coastal regions. Here’s how to prolong your structure’s life span: Hot-Dip Galvanizing (HDG): Protects  steel  from salt corrosion for 25+ years. Anti-Corrosion Coatings: Epoxy zinc primer + polyurethane topcoat works well. Sealed Nodes & Joints: Prevent water ingress through caps and silicone sealants. Material Choice: Use weathering steel (e.g. Corten) or stainless steel at critical zones. users in places like Southeast Asia often search “steel corrosion prevention near the sea” — this kind of content positions you as a regional expert. 🌊 We’ve delivered corrosion-protected steel frames in Malaysia and coastal China — happy to share lessons learned.

 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!

 Welding is the backbone of steel grid frame stability. Here’s how professionals control welding quality: Certified Welding Processes: Use GMAW (Gas Metal Arc Welding) or SAW (Submerged Arc Welding) per AWS D1.1 or ISO 3834. Non-Destructive Testing (NDT): Ultrasonic Testing (UT): Detects internal weld flaws like inclusions. Magnetic Particle Testing (MT): Spots surface cracks. Radiographic Testing (RT): Confirms internal fusion integrity. Strict QA/QC Processes: All welds logged, sampled, and verified by third-party inspectors before proceeding with assembly. Poor welds = costly repairs and structural risk. Most users concerned with “steel structure failures” ask how to avoid welding faults — this is the answer. ✅ Want to know how we reduce onsite welding to <5% of total joints? Ask for our prefab optimization methods.

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!