This heavy-duty prefabricated shelter is designed to deliver reliable performance across a variety of environments. Featuring a galvanized steel frame and multiple PVC fabric options, it allows you to choose the right balance between cost, durability, and lifespan.
Engineered to meet wind, snow, and seismic load requirements, this shelter is ideal for storage, workshops, agricultural use, and commercial applications.
Key Features
Freestanding Design Flexible installation without permanent foundations
Durable Steel Construction Built with commercial-grade galvanized steel tubing for strength and corrosion resistance
Weatherproof PVC Covers
100% Waterproof
UV Resistant
Fire Retardant
Certified Quality Includes CSA/TÜV snow load test report and SGS-certified fabric
Easy Assembly Designed for quick and straightforward installation
Type: Prefabricated Building
Technical Specifications
Dimensions:
Length: 80 ft (24,384 mm)
Maximum Height: 20 ft (6,096 mm)
Side Wall Height: 12 ft (3,658 mm)
Frame:
Material: Galvanized Steel
Main Arch Tube Diameter: 1.89 in (48 mm)
Main Arch Tube Thickness: 0.06 in (1.5 mm)
Arch Spacing: 11.48 ft (3,500 mm)
Purlins:
Diameter: 1.89 in (48 mm)
Thickness: 0.06 in (1.5 mm)
Door Size:
14 ft × 13 ft (4,267 mm × 3,962 mm)
Cover Material Options:
PVC 500g / 650g / 900g
Fabric Options & Lifespan
PVC 500g: 5–9 years
PVC 650g: 6–10 years
PVC 900g: 8–14 years
Performance & Usage
Designed for all-season use, this shelter offers dependable protection across varying weather conditions. Heavier fabric options provide improved durability and longer service life.
Maintenance Guidelines
Ensure roof fabric is properly tensioned to prevent sagging
Re-tighten after installation and during seasonal temperature changes
Fabric may stiffen in cold weather and loosen in warm conditions
Remove snow accumulation promptly to prevent structural stress
Conduct semi-annual inspections to maintain stability
Warranty & Installation
Warranty covers parts failure only
Excludes damage caused by high winds or heavy snow loads
Proper installation is essential for structural integrity
Failure to follow installation guidelines may result in damage
