loading

Sid Facades | Aluminium Doors & Windows, Curtain Wall Solutions for Main Contractors & Subcontractors.

Acoustic Louvers
Sid's acoustic ventilation louvres combine refined architectural styling with high-performance sound attenuation to control noise and airflow in commercial and industrial applications. Engineered from durable, weather- and corrosion-resistant materials with precision baffle geometry and optional sound-absorbing cores, these soundproof louvres deliver measurable reductions in airborne noise while preserving ventilation efficiency. Available in custom sizes, finishes, and mounting configurations, they integrate seamlessly into façades, mechanical rooms, and screening systems, and their modular design simplifies installation and maintenance. Ideal for hospitals, transit hubs, data centers, and other environments where acoustic control must coexist with effective airflow management, Sid Acoustic Louvers meet stringent industry standards for performance and durability. Looking for acoustic louvers manufacturers? Contact Sid Facades!
Send Your Inquiry
High Performance Aluminum Alloy Acoustic Louvers Rainproof SL-850
The SL-850 High Performance Acoustic Louvers are aluminum alloy louvers engineered to provide superior noise attenuation while preserving high airflow and reliable rainproof protection. Ideal for outdoor HVAC, mechanical rooms, and noise-sensitive installations, they offer corrosion-resistant construction, easy installation, and long-lasting weatherproof performance to reduce sound without compromising ventilation.
Foshan Sid Facades Co., Ltd. is a professional export-oriented enterprise focusing on the design, production and manufacturing of doors, windows and curtain walls. 
Contact Person: William Shih
Phone Number: +86 18947184755
WhatsApp: +86 13535645960
Company Address: B06, Shixi Technology Industrial Park, Foshan City, Guangdong Province, China
Copyright © 2026 Sid Facades | Sitemap Privacy Policy Professional Curtain Wall & Window Manufacturer for Global Projects & OEM.
Customer service
detect