Material Composition | Residential carports needing durability | Industry: Steel/PVC (500kg/m²) ▲ Base: Aluminum/6mm PC (600kg/m²) ▲ Advanced: Carbon-Aluminum/8mm PC (700kg/m²) | Lighter and stronger than steel; withstands heavy loads. | Higher upfront cost than PVC options. |
Fire Resistance | Fire-prone areas | Industry: Non-compliant ▲ Base: EN13501-B1 (30min fire resistance) ▲ Advanced: EN13501-B2 (60min) | Meets safety standards for fire-prone regions. | Compliance adds complexity to installation. |
Chemical Resistance | Industrial zones with chemical exposure | Industry: No certification ▲ Base: REACH compliant ▲ Advanced: ASTM D543 (50+ exposures) | Protects against chemical corrosion and degradation. | Advanced version may be overkill for residential use. |
Wind Load Capacity | High-wind regions | Industry: 40mph (ASTM D3712) ▲ Base: 50mph ▲ Advanced: 70mph (ISO 9050) | Withstands stronger winds than standard canopies. | Advanced frames may add weight, requiring stronger mounting. |
UV Resistance | Sunny climates | Industry: 5 years ▲ Base: 8 years (ISO 9050) ▲ Advanced: 10 years (EN 1221) | Extended lifespan under prolonged UV exposure. | Advanced coatings increase production costs. |
Installation Difficulty | DIY-friendly setups | Industry: Professional ▲ Base: DIY (pre-drilled holes, ISO 9001) ▲ Advanced: Snap-fit (tool-free) | Reduces labor costs and installation time. | Advanced design may limit customization flexibility. |
Transparency | Spaces needing natural light | Industry: 30% ▲ Base: 70% (anti-UV coating) ▲ Advanced: 90% (anti-glare, EN 410) | Maximizes light without full exposure; improves visibility. | Higher transparency may compromise privacy. |
Weight/Portability | Mobile or temporary setups | Industry: 25kg/m² ▲ Base: 18kg/m² ▲ Advanced: 12kg/m² (aluminum alloy, EN 1993) | Easier to relocate or install on lightweight structures. | Lightweight materials may reduce durability in extreme conditions. |