The Embedded Ventilation Sunshade System represents the next generation of architectural cladding—merging directional airflow, heat regulation, and PVDF-coated durability. Designed for buildings in demanding environments like coastal zones or sun-exposed quads, it features perforation-calibrated airflow and a streamlined aluminum profile for thermal balance and architectural elegance.

✅ 6. 产品属性（Product Attributes）

• Material: Aluminum alloy (marine-grade)

• Surface Coating: PVDF (anti-corrosive, high-reflectivity)

• Blade Configuration: Alternating solid and micro-perforated fins

• Perforation Size: 1.5 mm diameter, 3 mm spacing

• Ventilation Type: Passive airflow zones aligned with site-specific wind maps

• Mounting System: Clip-in brackets with vibration-reduction gaskets

• Compliance:

• ISO 6946 (thermal envelope modeling)

• ASTM C1549 (solar reflectance)

• ASCE 7-22 (structural wind load)

• ASA (acoustic deflection standards)

• Performance Metrics:

• Avg. internal temp reduction: 5.9°C

• 48% glare reduction

• 9.7% HVAC energy savings

• 76% mold reduction in high-humidity corners

• No fatigue after 8 months coastal exposure

✅ 7. 产品描述（Product Description）

Developed for environmentally responsive architecture, this directional sunshade system integrates embedded airflow management with aluminum shading geometry. Unlike traditional static panels, it features strategically perforated rear vents and wind-aligned blade orientations, promoting cross-ventilation while reducing internal thermal gain. PVDF coatings resist corrosion from saline air, and the seamless design minimizes glare and resonance. Ideal for educational campuses, civic facilities, and modern office façades, this system balances engineering precision with architectural refinement—without requiring mechanical airflow solutions.