Professional space frame manufacturer

 When planning a hangar project for the first time, many aviation infrastructure owners tend to equate hangars with standard industrial workshops. In reality, aircraft hangars are specialized, long-span steel structures that integrate multiple professional systems—including the structure itself, hangar doors, fire protection, and electromechanical systems. Each construction phase is interdependent; errors in early decision-making can directly lead to rework, cost overruns, and operational inadequacies later on. Drawing on practical experience with long-span aviation projects, we have categorized the hangar project process into five key stages. By clarifying the core objectives of each stage, we help owners gain a comprehensive understanding of the project; you can also visit our official website for further details. I. Project Requirement Analysis: The Foundation for Project Implementation Clarifying requirements before officially launching the design phase is the most effective wa...

Aircraft hangars are special large-span steel structure buildings . The main design challenges are the ultra-large column-free clearance, structural stability, and resistance to wind and snow. There are three main types of hangar structures on the market: portal frame, bolted ball structure, and tubular truss. These three types differ significantly in their load-bearing principles, span capacity, cost, and applicable scenarios, which are also the main basis for hangar scheme selection, budget control, and construction implementation (design should follow local standards, such as EU Eurocode, US IBC, etc., specific local standards prevail). 1. Portal Frame Structure Structural Principle: A portal frame is a rigidly connected steel column and beam structure forming an integral portal frame, belonging to a planar load-bearing structure. The load is directly transferred to the steel columns and foundation through the roof steel beams. The system is simple, the force transmission is clear, ...