This Passive Solar Control cladding system uses horizontal aluminum blade panels to replace outdated façades with a high-performance passive skin. Without requiring an air cavity or rear insulation, the system leverages blade geometry and surface coating to diffuse solar radiation, lower heat gain, and deliver a modern architectural finish—ideal for public building retrofits.

✅ 6. 产品属性（Product Attributes）

• Material: 3.2 mm perforated aluminum

• Blade Design: 90 mm horizontal fins spaced at 200 mm

• Finish: PVDF matte coating (anti-glare, UV-resistant)

• Ventilation Gap: None (zero-gap installation)

• Mounting System: Bracket + ASA-compliant anti-echo grommets

• Thermal Compliance:

• ASTM C1549 – Solar reflectance standard

• ASCE 7-22 – Structural resistance

• ISO 898-2 – Fastener shear strength

• Visual Criteria:

• Matte surface with architectural contrast

• Profiled to Architectural Digest detailing guides

• Performance Metrics:

• –4.9°C interior wall temp drop (peak hours)

• –41% solar heat gain reduction

• Improved humidity levels due to radiant shielding

• 100% water resistance validation through site mockups

✅ 7. 产品描述（Product Description）

Developed for civic and institutional retrofit projects, this cladding system replaces traditional stone or concrete panels with zero-gap aluminum sunshade blades. Mounted directly over existing structures without the need for cavity ventilation, the panels use horizontal shading fins to passively diffuse solar load and reduce façade surface temperatures. The PVDF matte coating eliminates glare while resisting UV and weather exposure. Bracket systems are engineered for rapid installation, vibration control, and structural resilience under ASCE 7-22 conditions. Proven effective at reducing heat stress and extending building longevity, this solution delivers a clean architectural upgrade with minimal disruption—perfect for libraries, schools, halls, and fire stations.