High-Performance Acoustic Baffles

Acoustic baffles are high-performance vertical sound-absorbing solutions designed for modern open-ceiling environments. Suspended elegantly from the ceiling, these baffles effectively reduce reverberation, control ambient noise, and improve speech clarity while maintaining the architectural openness of the space. Available in premium finishes such as micro-perforated metal, PET felt, and semi-rigid acoustic cores, PerfoAudile™ offers flexible acoustic treatments tailored for large-volume spaces like corporate offices, airports, metro stations, educational institutes, and commercial lobbies. With their blend of aesthetics and performance, these baffles redefine how acoustics and design come together in contemporary interiors.

Acoustic Baffles

Acoustic Baffles Overview

Acoustic baffles are suspended sound-absorbing panels designed to control noise and reduce reverberation in large or open spaces. Unlike traditional wall-mounted panels, baffles are installed vertically or horizontally from ceilings, allowing sound to be absorbed from multiple sides. This makes them highly effective in environments with high ceilings or exposed structures where wall space is limited.

Typically made from materials such as PET felt, fiberglass or mineral wool, acoustic baffles combine functionality with modern design. They are widely used in commercial, industrial and public spaces where both acoustic performance and visual impact are important.

Material Composition

Acoustic baffles are commonly manufactured using PET fiber, fiberglass or mineral wool cores, depending on performance requirements.

Dimensions

Standard sizes vary, typically ranging from 1200 mm to 2400 mm in length and 300 mm to 600 mm in width. Custom sizes are also available.

Thickness

Usually between 12 mm and 50 mm depending on the material and acoustic requirement.

Surface Finish

Available in fabric-wrapped, PET felt or painted finishes for aesthetic flexibility.

Installation Type

Suspended using cables, rods or adjustable hanging systems.

Sound Absorption (NRC)

Ranges from 0.70 to 1.00 depending on material, thickness and spacing.

Fire Rating

Fire-retardant materials and finishes available.

Color Options

Wide range of colors and textures depending on material type.

High Acoustic Efficiency

Baffles absorb sound from multiple sides, making them more effective than flat surface panels in large spaces.

Ideal for Open Ceilings

Perfect for areas with exposed ceilings where traditional ceiling systems are not feasible.

Improved Speech Clarity

Reduces echo and background noise, enhancing communication in workspaces and public areas.

Flexible Design Integration

Available in various shapes, colors and arrangements to complement modern interiors.

Lightweight and Easy Installation

Simple suspension systems make installation quick and adaptable.

Space Optimization

Does not occupy wall space, making it suitable for design-focused environments.

Perforated acoustic panels are versatile and suitable for multiple environments.

  • Commercial Spaces
    Offices, conference rooms and boardrooms where clear communication is essential.

  • Institutional Buildings
    Auditoriums, lecture halls, classrooms and libraries requiring controlled acoustics.

  • Hospitality and Public Areas
    Hotels, restaurants and lobbies where noise control enhances user experience.

  • Residential Interiors
    Home theaters and living areas for improved sound comfort.

  • Specialized Spaces
    Recording studios, cinemas and performance areas where sound quality is critical.

Site Assessment

Evaluate ceiling height, layout and acoustic requirements.

Suspension Planning

Determine the arrangement, spacing and orientation of baffles.

Fixing Suspension Points

Install anchor points in the ceiling for cables or rods.

Hanging the Baffles

Attach panels securely using adjustable suspension systems.

Alignment and Spacing

Ensure consistent spacing and proper alignment for both performance and aesthetics.

Final Inspection

Check stability, positioning and overall finish.

Acoustic Performance

Multi-Surface Absorption

Baffles absorb sound from both sides, increasing the effective surface area for sound control.

NRC Performance

Typically achieves NRC values between 0.70 and 1.00, depending on material and thickness.

Frequency Control

Highly effective in mid and high frequencies, with improved low-frequency performance when spaced correctly.

Reverberation Reduction

Significantly reduces echo in large and open spaces.

Performance Enhancement Factors

  • Increased spacing between baffles

  • Greater coverage area

  • Optimal suspension height

  • Use of thicker panels

Customization Options

Size and Shape

Available in rectangular, curved, wave-shaped or custom CNC-cut designs.

Color Selection

Wide variety of colors to match branding or interior themes.

Material Options

Choice between PET felt, fiberglass or mineral wool depending on performance needs.

Arrangement Styles

Linear, staggered or creative layouts for visual impact.

Suspension Systems

Adjustable cables, rods or custom mounting systems.

Branding and Design

Custom prints or patterns can be integrated for commercial spaces.

Acoustic Baffles

What are acoustic baffles used for?

They are used to control noise and reduce echo in large or open spaces.

 

How do acoustic baffles work?

They absorb sound from multiple sides, reducing reflections and reverberation.

Where are acoustic baffles installed?

They are suspended from ceilings in offices, factories, restaurants and public spaces.

What is the NRC of acoustic baffles?

Typically ranges from 0.70 to 1.00 depending on material and configuration.

Are acoustic baffles customizable?

Yes, they can be customized in size, shape, color and layout.

Do acoustic baffles require maintenance?

Minimal maintenance is required, usually basic cleaning.

Are they suitable for high ceilings?

Yes, they are ideal for spaces with high or exposed ceilings.

Can they be used for design purposes?

Yes, they act as both acoustic solutions and architectural design elements.