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  • Reclaiming Performance: Upgrading Obsolete Metal Sunshade and Ventilation Wall Systems
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  • Reclaiming Performance: Upgrading Obsolete Metal Sunshade and Ventilation Wall Systems

    The Modern Metal Sunshade Panels with Ventilated Cavity System are designed to replace obsolete façade assemblies in manufacturing and industrial facilities. Integrating powder-coated aluminum sunshade panels with a ventilated cavity and control logic, this retrofit solution improves shading, restores airflow, reduces thermal load, and enhances occupant comfort. Ideal for legacy buildings where original louvers and ventilation panels have corroded, misaligned, or clogged, this system provides measurable energy savings, lower maintenance, and long-term façade performance.


    Product Attributes

    • Material: Aluminum composite panels, powder-coated or PVDF finish

    • Panel Type: Sunshade panels integrated with ventilated cavity system

    • Surface Finish: Corrosion-resistant, UV-stable

    • Panel Thickness: 2–3 mm

    • Panel Dimensions: Customizable per façade section

    • Mounting: Retrofit sub-frame compatible with existing façade

    • Cavity Depth: ~50 mm

    • Ventilation: Base intake vents and top exhaust vents with dampers and sensors

    • Control Logic: Automated opening/closing based on outdoor temperature and solar radiation

    • Thermal Performance: Lowers glazing surface temperature by ~4.2 °C during peak periods

    • Occupant Comfort: Reduces hot spots and glare near windows; improved air movement

    • Energy Efficiency: Reduces HVAC fan operation by ~11%

    • Maintenance: Minimal; accessible vents and dampers

    • Lifespan: 25+ years

    • Building Type: Manufacturing facilities, industrial plants, legacy office wings

    • Facade Type: Metal louver walls, curtain-wall façades

    • Climate Suitability: Subtropical, temperate, and industrial zones

    • Passive Design: Integrates shading with controlled natural ventilation

    • Asset Protection: Replaces corroded and misaligned panels, stabilizes envelope

    • Glare Reduction: Enhances visual comfort in interior workspaces

    • Installation Time: 10-week phased retrofit

    • Performance Verification: Thermal imaging, sensor monitoring, occupant feedback

    • Customizable: Panel size, cavity depth, fin geometry, and vent placement

    • ROI: Reduces energy usage, improves occupant comfort, lowers maintenance costs

    • Target Users: Facility managers, engineers, building owners, contractors

    • Operational Simplicity: Combines passive ventilation and shading with automated logic

    • Sustainability: Recyclable aluminum, energy-saving passive design

    • Visual Enhancement: Modernized façade appearance, improved asset image


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Description

The Modern Metal Sunshade Panels with Ventilated Cavity System are designed to replace obsolete façade assemblies in manufacturing and industrial facilities. Integrating powder-coated aluminum sunshade panels with a ventilated cavity and control logic, this retrofit solution improves shading, restores airflow, reduces thermal load, and enhances occupant comfort. Ideal for legacy buildings where original louvers and ventilation panels have corroded, misaligned, or clogged, this system provides measurable energy savings, lower maintenance, and long-term façade performance.


Product Attributes

  • Material: Aluminum composite panels, powder-coated or PVDF finish

  • Panel Type: Sunshade panels integrated with ventilated cavity system

  • Surface Finish: Corrosion-resistant, UV-stable

  • Panel Thickness: 2–3 mm

  • Panel Dimensions: Customizable per façade section

  • Mounting: Retrofit sub-frame compatible with existing façade

  • Cavity Depth: ~50 mm

  • Ventilation: Base intake vents and top exhaust vents with dampers and sensors

  • Control Logic: Automated opening/closing based on outdoor temperature and solar radiation

  • Thermal Performance: Lowers glazing surface temperature by ~4.2 °C during peak periods

  • Occupant Comfort: Reduces hot spots and glare near windows; improved air movement

  • Energy Efficiency: Reduces HVAC fan operation by ~11%

  • Maintenance: Minimal; accessible vents and dampers

  • Lifespan: 25+ years

  • Building Type: Manufacturing facilities, industrial plants, legacy office wings

  • Facade Type: Metal louver walls, curtain-wall façades

  • Climate Suitability: Subtropical, temperate, and industrial zones

  • Passive Design: Integrates shading with controlled natural ventilation

  • Asset Protection: Replaces corroded and misaligned panels, stabilizes envelope

  • Glare Reduction: Enhances visual comfort in interior workspaces

  • Installation Time: 10-week phased retrofit

  • Performance Verification: Thermal imaging, sensor monitoring, occupant feedback

  • Customizable: Panel size, cavity depth, fin geometry, and vent placement

  • ROI: Reduces energy usage, improves occupant comfort, lowers maintenance costs

  • Target Users: Facility managers, engineers, building owners, contractors

  • Operational Simplicity: Combines passive ventilation and shading with automated logic

  • Sustainability: Recyclable aluminum, energy-saving passive design

  • Visual Enhancement: Modernized façade appearance, improved asset image



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