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Rectangular Air-supported Structure

Updated: 2026-07-19

Overview

Rectangular air-supported structures are tensioned membrane buildings stabilized by slightly higher internal air pressure than the external environment. Their design maximizes unobstructed interior space, making them ideal for applications requiring large clear spans like sports domes or storage facilities. Unlike traditional buildings, these structures rely on airtight fabric membranes and continuous air inflation systems. The rectangular shape optimizes space utilization for modular layouts, offering versatility for commercial and industrial uses.

Structure and Working Principle

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The primary components include a reinforced membrane roof/wall system, airlock entrances, inflation units, and anchoring foundations. The structure maintains shape through constant low-pressure airflow (typically 0.3-1.0 kPa), with automated systems adjusting for external wind or snow loads. Engineered cables or webbing often reinforce the rectangular frame to distribute tension evenly. The membrane’s curvature is calculated to withstand design pressures while minimizing material stress. Backup power systems ensure continuous operation of critical inflation equipment.

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Key Features

These structures excel in rapid deployment – a 5,000m² facility can be operational within weeks. Their translucency allows natural daylighting, reducing energy costs by up to 70% compared to conventional buildings. The modular design supports easy expansion, and the materials resist UV degradation, fire (meeting international ASTM E-84 standards), and extreme temperatures (-30°C to +70°C). Integrated HVAC systems maintain consistent interior climates despite external conditions.

Application Areas

Dominant uses include tennis academies, soccer training centers, and multi-sport complexes benefiting from column-free spaces. Industrial applications cover bulk storage for agriculture, mining equipment shelters, and temporary warehouses during facility expansions. Event industries utilize them for exhibition halls or festival venues, while military/logistics sectors value their portability for rapid-deployment shelters. Cold-chain operations increasingly adopt them for energy-efficient refrigerated spaces.

Maintenance and Precautions

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Routine inspections should check membrane seams, anchor points, and inflation system filters. Snow removal protocols are critical in winter climates – most designs withstand 20-50 kg/m² snow loads but require monitoring. Strict protocols govern door operations to maintain pressure integrity. Lightning protection systems must meet IEC 62305 standards. Professional cleaning every 3-5 years preserves membrane lifespan (typically 25+ years).

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B2B Procurement Guide

Specify membrane material (e.g., PVDF-coated PVC for budget projects vs. PTFE for 30+ year lifespans). Demand certified wind load ratings (usually 100-150 km/h) and snow load capacity documentation. For industrial use, opt for reinforced base panels and double-door airlocks. Energy quotes should include inflation system consumption (typically 15-30 kW for mid-sized structures). Leading manufacturers provide CFD modeling to validate site-specific performance.

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