EchoStop™ Composite Panel
PackSound EchoStop™ Composite Panels are advanced acoustic solutions designed for high-performance sound absorption and durability. Engineered with a composite core, these panels effectively reduce echo and ambient noise while maintaining a sleek, modern appearance. Ideal for auditoriums, studios, offices, theatres, and luxury interiors, EchoStop™ Composite Panels combine superior acoustics with elegant design, offering a seamless solution for any space requiring both style and sound control.
EchoStop™ Composite Panel: Specifications, Benefits, Applications and Installation
EchoStop™ Composite Panels are advanced acoustic panels engineered using multi-layer construction to deliver high sound absorption and durability. By combining different density materials into a single panel, they provide superior noise control across a wide frequency range while maintaining a clean and modern appearance. These panels are ideal for spaces that require both performance and long-term reliability.
EchoStop™ Composite Panels are designed with precision layering to achieve optimal acoustic performance.
Core Structure: Multi-layer composite (high-density board + acoustic infill layers)
Material Composition: Combination of MDF/HDF, mineral wool, foam or polyester fiber
Surface Finish: Fabric, perforated, laminated or painted finish options
Panel Size: Standard sizes like 1200 x 600 mm or 2400 x 1200 mm (custom sizes available)
Thickness: 25 mm to 75 mm depending on configuration
Density Layers: Variable density construction for enhanced absorption
Sound Absorption (NRC): 0.80 to 1.00 depending on design
Fire Rating: Fire-retardant options available
Mounting Options: Mechanical fixing, Z-clips or modular systems
Environmental Standard: Low emission and eco-friendly material options available
These specifications can be tailored to meet project-specific acoustic and design requirements.
EchoStop™ Composite Panels offer a high-performance solution for complex acoustic environments.
Superior Sound Absorption
Multi-layer construction allows effective absorption across low, mid and high frequencies.Wide Frequency Control
Designed to manage both echo and deeper sound frequencies, creating a balanced acoustic environment.High Durability
Strong composite structure ensures long-term performance with minimal wear.Versatile Finishes
Available in multiple surface finishes to match different interior styles.Improved Acoustic Comfort
Reduces noise levels and enhances speech clarity in busy environments.Flexible Design Integration
Suitable for walls and ceilings, with options for seamless or modular installation.
EchoStop™ Composite Panels are suitable for a wide range of demanding environments.
Commercial Spaces
Offices, boardrooms and open workspaces requiring effective noise control.Auditoriums and Theaters
Spaces where sound clarity and controlled reverberation are critical.Educational Institutions
Classrooms, lecture halls and libraries for improved speech intelligibility.Hospitality and Public Areas
Hotels, conference halls and large gathering spaces.Studios and Performance Areas
Recording studios, rehearsal rooms and broadcast environments.Industrial and High-Noise Areas
Spaces requiring enhanced sound control and durability.
Proper installation ensures the panels perform to their full acoustic potential.
1. Surface Preparation
Ensure the wall or ceiling is clean, dry and structurally sound.
2. Framework Setup
Install a support framework using metal channels or wooden battens if required.
3. Acoustic Layer Planning
Ensure correct placement of composite layers or backing as per design specifications.
4. Panel Fixing
Mount panels using mechanical fasteners, Z-clips or modular systems depending on panel type.
5. Joint and Edge Finishing
Align panels accurately and finish edges for a clean, seamless look.
6. Final Inspection
Check alignment, fixing strength and surface finish.
For optimal performance, installation may include maintaining an air gap behind panels to enhance low-frequency absorption.
Acoustic Performance
EchoStop™ Composite Panels are engineered to deliver high acoustic efficiency through a multi-layer construction that combines materials of different densities. This layered approach allows the panel to absorb sound across a wide frequency spectrum by controlling how sound waves enter, travel through and dissipate within the structure.
The acoustic performance is measured using the Noise Reduction Coefficient (NRC), which typically ranges from 0.80 to 1.00 depending on the panel thickness, material composition and installation method. The combination of dense outer layers and absorptive inner cores enables both surface absorption and internal energy dissipation.
These panels are highly effective across low, mid and high frequencies, making them suitable for spaces with complex acoustic requirements. The multi-density design helps in reducing reverberation, controlling echo and improving overall sound balance, especially in large or noisy environments.
Key factors influencing acoustic performance include:
Multi-Layer Construction
Different density layers work together to absorb and control sound at various frequencies.Panel Thickness
Thicker panels provide better low-frequency absorption and overall performance.Core Material Composition
The combination of materials such as mineral wool, foam or fiber enhances sound absorption efficiency.Air Gap Behind Panel
A cavity between the panel and wall improves low-frequency performance.Installation Method
Proper fixing and sealing ensure consistent acoustic results without sound leakage.
By reducing unwanted reflections and managing sound energy effectively, EchoStop™ Composite Panels create a controlled and comfortable acoustic environment. They are particularly suitable for auditoriums, offices, studios and other spaces where high-performance sound control is essential.
Customization Options
EchoStop™ Composite Panels are designed for high flexibility, allowing customization in both acoustic performance and visual design. Their multi-layer construction makes it possible to tailor each panel to meet specific project requirements, from basic noise control to advanced acoustic solutions.
Layer Composition and Density
The combination and thickness of internal layers can be customized to target specific frequency ranges. Different densities can be adjusted to improve low, mid or high-frequency absorption based on the application.
Panel Thickness
Panels can be manufactured in varying thicknesses, typically from 25 mm to 75 mm or more, depending on the required acoustic performance.
Surface Finish Options
A wide range of finishes is available, including fabric, perforated surfaces, laminates or painted coatings. This allows the panels to match different interior styles from minimal to premium.
Panel Sizes and Formats
Custom sizes and modular formats can be developed to fit specific wall or ceiling layouts, ensuring efficient installation and minimal material wastage.
Core Material Selection
Different acoustic materials such as mineral wool, foam or polyester fiber can be used within the composite structure to achieve desired performance levels.
Edge Detailing and Joint Design
Panels can be designed with precise edge profiles for seamless joints or visible design lines, depending on the visual requirement.
Mounting Systems
Various installation methods such as Z-clips, mechanical fasteners or modular systems can be selected based on site conditions and design preferences.
Color and Design Integration
Panels can be customized in different colors, textures and finishes to either blend into the background or act as a design feature.
This level of customization allows EchoStop™ Composite Panels to be adapted for a wide range of environments, ensuring both acoustic efficiency and architectural consistency.
EchoStop™ Composite Panels FAQs
EchoStop™ Composite Panels are multi-layer acoustic panels designed to provide high sound absorption using a combination of different density materials in a single structure.
They absorb sound through layered construction, where sound waves pass through outer surfaces and are dissipated within internal acoustic materials, reducing echo and reverberation.
The NRC typically ranges from 0.80 to 1.00, depending on panel thickness, material composition and installation method.
Yes, they are designed to perform across low, mid and high frequencies, making them suitable for complex acoustic environments.
Yes, they can be customized in terms of thickness, internal layers, surface finish, size and mounting systems to meet specific project needs.
They are commonly used in offices, auditoriums, theaters, studios, conference rooms and other spaces requiring advanced acoustic control.
Yes, they can be installed on both walls and ceilings depending on the design and acoustic requirements.
They require minimal maintenance. Regular cleaning of the surface finish is usually sufficient.
Yes, fire-rated versions can be provided to meet safety standards.
Yes, they can be installed on existing surfaces using appropriate mounting systems such as clips or mechanical fixings.