Introducing SoundBounce

Powerful, thinner, and more sustainable - for a quieter world.

SoundBounce is an innovative, low-frequency acoustic insulation material that delivers an unmatched level of noise reduction. It offers a cost-effective way of reducing harmful or unwanted noise, protecting both people and structures. Ideal for the construction, home appliances, automotive, and aerospace industries. Low-frequency noise is a significant challenge for products with engines, vibrations, and airflow. SoundBounce excels in these environments.

SoundBounce adjustable outer housing
SoundBounce advanced material core
SoundBounce lower support layer

Why Choose SoundBounce

Superior noise reduction, space saving, and unique low-frequency attenuation capabilities.

<1000Hz
Capabilities

Low Frequency

Unique ability to attenuate low-frequency noise.

8x
Space saved

Thinner

Thinner than traditional solutions, increasing space available for components.

∞
configuration

Adaptable
Limitless design opportunities, tailored to any end-use environment.

40%
lighter

Lightweight

Significant acoustic improvement on current state-of-the-art materials.

ROI
Positive

Value

Cost effective for industrial integration.

78%
reduction in CO2

Sustainable

Safe, non-toxic materials with minimal environmental impact.

Proven
acoustic performance

Two identical woodfibre ceiling tiles, tested side by side — one with a mineral wool enhancement, one with SoundBounce. SoundBounce blocked up to 12× more noise, including the low frequencies conventional materials struggle with.

Low frequencies
5x
more noise blocked
Peak improvement
40dB
in noise reduction

This is just one use case for SoundBounce improving acoustic performance. Get in touch if you’d like to find out how SoundBounce can enhance your system acoustics.

Noise blocked, by frequency range

Higher bars mean more noise stopped. This is for a ceiling tile application.

Mineral wool SoundBounce
Noise blocked by frequency range Grouped bar chart comparing mineral wool at 4, 6, and 13 decibels with SoundBounce at 20, 24, and 36 decibels across low, mid, and high frequencies.

Averaged insertion loss from third-octave band measurements, 250 Hz – 10 kHz.

How SoundBounce Works

A revolutionary acoustic technology that transforms noise reduction through innovative materials science.

Responsive Properties

Our patented materials have responsive properties. The materials appear solid at rest and flow more when exposed to energy, in our case, sound and vibration energy.

Superior Performance

Up to 4x thinner than traditional acoustic materials while delivering comparable or better performance.

Versatile Applications

SoundBounce is designed for seamless integration into industries to rapidly adopt a superior and sustainable alternative to traditional materials.

SoundBounce
specifications

SoundBounce product specifications
Physical
FormatPanel, tile, moulded insert, roll-to-roll
Thickness range4 – 40 mm (tunable)
Sample sizes100 x 100 x 4mm, 100 x 50 x 4mm, customOrder samples
HousingCustomisable cellular composite
CoreResponsive thixotropic material
Acoustic Performance
Rw value26dB
Sound Transmission LossSee Technical Data SheetRequest Technical Data
Environmental & Safety
Embedded CO2 in product78% less for construction applications
RecyclabilityFully recyclable core material
Off-gassingNo indoor pollutants released
VOC / heavy metalsNone – non-toxic formulation

SoundBounce benefits multiple industry applications

Engineered for a quieter, more sustainable future.

SoundBounce cuts material use, reduces CO₂ and removes harmful substances from the acoustic supply chain. From non-toxic chemistry to full recyclability, every design decision is made with environmental impact in mind.

 

78%

less CO₂ for construction materials

0

VOCs or heavy metals

100%

recyclable core material

40%

lighter than conventional solutions

Our Partners

Bring SoundBounce into your product.

If you’re looking for next-generation acoustic materials for your products and components, we’d love to discuss how we can collaborate.