The Construction Site Fence with Sound-Baffled Privacy Covers is a dual-purpose solution engineered for dense urban construction environments. Designed to minimize noise pollution and completely block visual exposure, this system addresses both municipal noise regulations and stakeholder concerns in sensitive areas.
Each fence panel consists of a galvanized steel frame and a high-density acoustic foam core, wrapped in a fire-resistant, weatherproof vinyl cover. With a tested STC rating of up to 28, the system significantly reduces machinery, generator, and demolition noise. It also eliminates visual disturbance with 100% line-of-sight blockage, offering a cleaner, more professional perimeter.
Panels are modular and stackable, enabling phased or large-scale installations. Custom branding options (logos, QR codes, safety messaging) allow contractors to turn each fence into a communication asset.
Ideal for residential tower foundations, medical campuses, schools, hotels, or mixed-use zones. Fully compliant with ASTM E90, ISO 11654, and ASCE Construction Codes for urban noise mitigation.
✅ 5. Product Attributes
| Attribute | Specification |
|---|
| Product Name | Sound-Baffled Privacy Fence for Construction Sites |
| Core Material | High-density acoustic foam, fire-retardant |
| Frame Material | Galvanized steel |
| Surface Wrap | Waterproof, UV-stable vinyl (fire-rated) |
| Sound Rating | Up to STC 28 (ASTM E90 tested) |
| Standard Height | 2.0m – 2.4m (customizable) |
| Panel Width | 2.0m – 2.5m (modular system) |
| Color Options | Gray, green, black, or custom-printed branding |
| Installation Speed | 12–18m/hour (team of 3 workers) |
| Visual Privacy | 100% line-of-sight blocked |
| Compliance | ISO 11654 (Class C+), ASTM E90, ASCE acoustic fencing |
| Applications | Residential sites, urban parks, schools, hospitals, retail, event builds |
| Add-on Features | QR code panels, safety signage, acoustic roof covers |
| Weatherproofing | Rainproof, UV-stable, durable across seasons |
| Reusability | Yes — panels can be reused across multiple projects |