04/09/2025 Interior Decorators & Designers
Acoustic Louver Panels are specially designed to provide effective noise control and ventilation simultaneously, making them an ideal solution for industrial, commercial, and architectural applications. These panels reduce unwanted noise from mechanical equipment, HVAC systems, power plants, and other noisy environments while allowing adequate airflow to maintain ventilation efficiency.
At Acoustic Board India, our acoustic louver panels are engineered with high-quality sound-absorbing materials that minimize noise transmission, control echo, and enhance environmental comfort. They are widely used in auditoriums, factories, engine rooms, generator enclosures, air handling units, and outdoor noise barriers where both noise reduction and ventilation are critical.
We offer customized louver panels in various sizes, finishes, and materials to match the functional and aesthetic needs of different projects. The panels are durable, weather-resistant, and designed to perform even in challenging conditions.
With expertise in design, supply, and installation, Acoustic Board India ensures that our louver panels not only meet noise reduction standards but also add value to your project with superior performance and long-lasting durability.
???? Address: Plot No- F93 Sector-135, Noida, Uttar Pradesh-201304
???? Phone:9999010084
???? Email: [email protected]
???? Website: https://acousticboardindia.in
Acoustic Louver Panels are specially designed to provide effective noise control and ventilation simultaneously, making them an ideal solution for ind...
Acoustic Louver Panels are specialized sound-absorbing panels designed to reduce noise transmission while allowing airflow and ventilation. These pane...
Acoustic Louver Panels are specially designed solutions that combine effective noise control with proper airflow management. These panels are widely u...
Acoustic Louver Panels are specialized sound-absorbing panels designed to reduce noise while allowing air circulation. Ideal for areas requiring both ...
More Details