Professional space frame manufacturer

 As gateways to cities, airports and transportation hubs must simultaneously meet diverse demands for ultra-large span spaces, complex curved surface designs, and intelligent operational management. With their green, low-carbon, and modular technical characteristics, space frame structures have emerged as the ideal solution for such transportation facilities, demonstrating irreplaceable advantages in enhancing functionality and intelligence. 1. Functional Requirements and Technical Adaptation Modern airport and transportation hub designs confront three core challenges: (1) Creating column-free spaces spanning hundreds of meters to accommodate tens of thousands of passengers during peak hours; (2) Integrating complex electromechanical systems like baggage sorting and rail transit installations; (3) Ensuring long-term durability and operational safety. Space structures effortlessly span over 150 meters while weighing only one-third of concrete structures, significantly reducing found...

Steel space structure roofs offer strength and spanability, but during snowy seasons and cold climates, inadequate drainage and snow melt management can lead to structural stress imbalances, water infiltration, ice buildup, and even damage. This article outlines key strategies for snow melt and drainage in steel space frame roofs, helping ensure safe and reliable design and maintenance. Key Challenges in Roof Drainage & Snow Melt Snowmelt Backflow and Ice Dams: When snow melts on the roof, cold temperatures at the eaves can cause water to freeze at the edge, blocking drainage. Frozen and Clogged Drainage Systems: Gutters and downspouts become blocked by ice, causing melted snow to accumulate and increasing roof load and leakage risks. Insufficient Roof Slope or Flat Roof Drainage: Low slopes or flat surfaces cause meltwater to pool (“ponding”), potentially leading to structural deformation or localized drainage issues. Hazards from Snow Avalanches: Snow masses sliding down steep ...