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  • Metal Sunshade and Vent Panels for Rarely Accessed Rooftop Compartments in Data and Research Facilities
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  • Metal Sunshade and Vent Panels for Rarely Accessed Rooftop Compartments in Data and Research Facilities

    Metal Sunshade and Vent Panels for Rarely Accessed Rooftop Compartments in Data and Research Facilities


    Product Description
    Material: 3 mm PVDF‑coated aluminum alloy (marine‑grade, ISO 12944 C5‑M)
    Open Area: ~33% perforation ratio in vent panels
    Ventilation: Passive, pressure‑regulated vent baffles integrated with sunshade fin system
    Sunshade Panels: Perforated aluminum fins mounted to create convection flow in rooftop utility spaces
    Acoustic Insulation: ISO 11654 Class A polyurethane foam laminated behind perforated panels
    Wind‑Resistance: Certified under NFPA 5000 with 2.9 kPa suction‑load testing
    Installation System: Modular framing with quick‑release anchors for restricted‑access zones
    Thermal Performance: Average internal compartment temperature reduction ~13.2 °C
    Airflow Performance: Average velocity in vent corridors ~2.4 m/s via CFD validation
    Energy Savings: ~11.8% annual HVAC reduction in rooftop compartments
    Maintenance Reduction: Maintenance frequency decreased by ~36% via corrosion mitigation (ASTM B117 validated)
    Application: Rooftop utility chambers, mechanical plant rooms, data centre equipment enclosures


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Metal Sunshade and Vent Panels for Rarely Accessed Rooftop Compartments in Data and Research Facilities


Product Description
Material: 3 mm PVDF‑coated aluminum alloy (marine‑grade, ISO 12944 C5‑M)
Open Area: ~33% perforation ratio in vent panels
Ventilation: Passive, pressure‑regulated vent baffles integrated with sunshade fin system
Sunshade Panels: Perforated aluminum fins mounted to create convection flow in rooftop utility spaces
Acoustic Insulation: ISO 11654 Class A polyurethane foam laminated behind perforated panels
Wind‑Resistance: Certified under NFPA 5000 with 2.9 kPa suction‑load testing
Installation System: Modular framing with quick‑release anchors for restricted‑access zones
Thermal Performance: Average internal compartment temperature reduction ~13.2 °C
Airflow Performance: Average velocity in vent corridors ~2.4 m/s via CFD validation
Energy Savings: ~11.8% annual HVAC reduction in rooftop compartments
Maintenance Reduction: Maintenance frequency decreased by ~36% via corrosion mitigation (ASTM B117 validated)
Application: Rooftop utility chambers, mechanical plant rooms, data centre equipment enclosures



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