The Jintong Metal Sunshade & Soft Airflow Panel System is a cutting-edge facade retrofit solution designed to transform outdated building envelopes into high-performance, energy-efficient, and aesthetically refined structures. This hybrid system integrates perforated aluminum sunshade fins with soft airflow panels, enabling passive cooling, natural ventilation, and humidity stabilization without any mechanical components. Ideal for high-rise commercial towers, educational campuses, hospitals, and residential buildings, the system reduces wall surface temperatures, lowers HVAC energy consumption, mitigates glare, and extends the lifespan of exterior cladding. The modular, clip-on design allows partial or full facade replacement with minimal structural intervention and rapid installation.

Key Product Attributes:

• Material (Sunshade): Marine-grade anodized aluminum (AA5052-H32) providing lightweight strength and corrosion resistance.

• Material (Soft Panel): UV-resistant polyester membrane with hydrophobic and vapor-permeable properties for controlled airflow and moisture management.

• Perforation Ratio: Sunshade fins with 25–40% open area, customizable for facade orientation and solar exposure.

• Airflow: Passive, soft convection via micro-vents behind the panel; no mechanical fans required.

• Air Gap: 50–70 mm behind panels to promote natural convection and heat dissipation.

• Thermal Performance: Reduces wall surface temperature by up to 19 °C and lowers cooling load by up to 16%.

• Humidity Control: Maintains indoor relative humidity between 48–52% for tropical and high-humidity climates.

• Acoustic Performance: Reduces external noise by up to 12 dB.

• Installation: Modular clip-on system, compatible with partial or full high-rise facade retrofits.

• Panel Size: Standard panels 1.2 m × 1.0–3.0 m, customizable per project.

• Finish: Powder-coated with anti-static coating, available in multiple RAL colors.

• Maintenance: Minimal; aluminum resists corrosion, soft panels prevent water ingress.

• Climate Suitability: Suitable for tropical, subtropical, desert, and urban heat island conditions.

This system provides a comprehensive passive solution for buildings where solar heat, poor ventilation, and energy inefficiency are challenges, combining technical performance with visual elegance and environmental sustainability.