A versatile panel with efficient multi-functional capabilities.
The Walleasear EQ50B offers a much wider sound absorption panel than the EQ30T. It’s perfect for absorbing sound in all frequencies and can function either as a low frequency trap or as a wall diffuser. Ideally, you can use it for broadband frequency acoustic treatment in different types of spaces.
Distinctive design approach
Design Inspired by Renaissance thought. The origin design idea is based on the idea of romanticism. Our decorative acoustic panels have the blend of religion & hedonism design style to show the open & passionate living environment.
Balanced absorbing surface
Makes for a balanced sound isolation panel absorbing surface like no other. For a more balanced space, the Walleasear EQ50B can be easily customised according to your space requirements. It’s capable of handling broadband frequencies and can also control main reflections. You can use it in areas like churches, cinema rooms, studios, and halls, among others.
These acoustic office panels come with three layers of base material with varying densities enclosed in an airtight frame, forming an acoustic cavity that absorbs sound across a wide range of frequencies.
Eco-friendly:
Zero Formaldehyde emission; E0 standard
Common size & weight:
1800mm (H) x 600mm (W) x 50mm (T) – 6.2kg 1200mm (H) x 600mm (W) x 50mm (T) – 4.2kg 600mm (H) x 600mm (W) x 50mm (T) – 2.1kg
1800mm (H) x 300mm (W) x 50mm (T) – 3.1kg 1200mm (H) x 300mm (W) x 50mm (T) – 2.1kg 600mm (H) x 300mm (W) x 50mm (T) – 1.1kg 300mm (H) x 300mm (W) x 50mm (T) – 0.6kg
Installation:
Come with standard anti-resonance velcro fixing system.
Sound absorption coefficient:
Classic design with advanced acoustic functionality
The EQ50Q Versailles wall acoustic merges classic aesthetics with state-of-the-art sound absorption technology. Engineered to mitigate sound reflections, this high-performance acoustic wall board solution efficiently absorbs a broad spectrum of frequencies, achieving a precise 1:1 ratio of absorption to diffusion. This design ensures superior acoustic control across various applications making it the best office acoustic solution.
Optimised acoustic treatment for diverse settings
The EQ50Q is ideal for use in hallways, offices, entertainment spaces, and studios. It effectively addresses medium-frequency echoes while providing exceptional sound diffusion and absorption. Its versatile performance makes it an ideal choice of acoustic solution for achieving refined acoustic treatment in any professional environment.
Three layers of base material with varying densities are enclosed in an airtight frame, forming an acoustic cavity that absorbs sound across a wide range of frequencies.
Eco-friendly:
Zero Formaldehyde emission; E0 standard
Common size & weight:
1800mm (H) x 600mm (W) x 50mm (T) – 6.2kg 1200mm (H) x 600mm (W) x 50mm (T) – 4.2kg 600mm (H) x 600mm (W) x 50mm (T) – 2.1kg
1800mm (H) x 300mm (W) x 50mm (T) – 3.1kg 1200mm (H) x 300mm (W) x 50mm (T) – 2.1kg
Installation:
Come with standard anti-resonance velcro fixing system.
MLS Cloud 2C Diffuser
Expert diffuser for echo and wave control
The Cloud 2C is a specially moulded sound diffuser that expertly scatters acoustic energy across your room. This acoustic wall board has a unique surface design that redirects sound waves, eliminating dead spots and hot spots to deliver a true live sound experience.
With its high-impact durability and distinctive shape, this soundproof wall panel ensures the absence of flutter effects. It is perfect for both private and professional settings, including listening rooms, home theatres, rehearsal spaces, and recording studios.
Model:
Cloud 2C
Selection of colours:
Base material:
Glass-reinforced plastic
Finishing:
PU paint / water-based paint
Common size & weight:
600mm (H) x 600mm (W) x 90mm (T)
Weight:
Without LED – 5.6kg/pc With LED – 6.2kg/pc
Environmental performance:
100% recyclable
Acoustic feature:
The Cloud 2C features a single asymmetrical base model with an aperiodic bass-relief waveform shape. Its central uniformity design ensures smooth transition across high and low frequencies, with the square shape allowing two Cloud 2C units to form a symmetrical reflector that maintains continuous diffusion, centred around 1kHz.
Crafted from GRP material with A-level fire resistance and E0 environmental protection, Cloud 2C offers customizable colours and optional LED starry sky effects. Its internal cavity, combined with the ceiling cavity structure, serves as a variable-thickness absorber for lower frequencies.
Ideal for home theatres, auditoriums, large office spaces, and multifunction rooms, Cloud 2C enhances sound space and diffusion with its aesthetic appeal. The CLOUD2C-LED variant includes low-power 5W LEDs, seamlessly integrating imaginative lighting with sound quality for an easy-to-install acoustic solution suitable for home theatres, clubs, and KTV rooms.
Diffusion indicator:
0.65/m² [>100Hz – <5KH]
Scope of use:
Home theatre, Club and KTV
Diffusion coefficient:
Diffusion coefficient:
Installation Method 1:
Constructed with a 15mm thick plywood base and a 600x600mm frame, this panel features a backside cavity filled with 48kg/m³ rock wool. It is equipped with EVA damping rubber on the bottom and secured with 8 self-tapping screws per panel. If LED lighting is included, install the 12 lower voltage wires beforehand.
The plywood base enhances diffusion of lower frequencies below 125Hz, making it suitable for listening rooms and small private home theatres.
Installation Method 2:
Install the panel on a wooden frame measuring at least 40x60mm, maintaining a 600x600mm spacing between the centre of the keels. The panel features a backside cavity filled with 48kg/m³ rock wool, EVA damping rubber on the bottom, and is secured with 8 self-tapping screws evenly spaced from the centre outward. If LED lighting is included, install the 12 lower voltage wires beforehand.
The wooden frame cavity enhances absorption of lower frequencies and standing waves, making it particularly effective for theatres and bars with larger spaces, improving sound quality for frequencies below 125Hz.
Installation Method 3:
For T-bar installation, maintain a 600x600mm spacing between the centre of the keels. Install the panel from the centre outwards, using EVA damping rubber on the bottom. If LED lighting is included, install the 12 lower voltage wires first.
The cost-effective T-bar installation is ideal for acoustic spaces requiring high-frequency diffusion and low-frequency absorption, such as public places like churches.
Installation Method 4:
For wall installation with a wooden frame, use a frame larger than 40x60mm and maintain a 600x600mm spacing between the centres of the keels. Fill the backside cavity with 48kg/m³ rock wool, apply EVA damping rubber to the bottom, and secure each panel with 8 self-tapping screws, fastening from the centre outward. If LED lighting is included, install the 12 lower voltage wires first.
This wooden frame structure enhances low-frequency and standing wave absorption, making it ideal for bars and multifunctional halls by effectively absorbing frequencies below 250Hz.
Phantom
Transform your environment with our sophisticated acoustic panelling, which seamlessly integrates LED lighting to deliver both acoustic excellence and visual refinement. Our premium acoustic board panels and soundproof sheets, crafted from high-quality acoustic material, provide superior noise insulation for walls while adding a touch of modern elegance. Ideal for enhancing the acoustics and aesthetics of both commercial and residential spaces, these acoustic wall boards and acoustic ceiling panels offer a harmonious blend of functionality and style.
Model:
EQ 3.1 / EQ 3.2 / EQ 3.3 / EQ 3.4
Selection of colours:
Base material:
Purely natural green fibre acoustic wool
Eco-Friendly:
Zero formaldehyde emission; up to Enf standard
Specification:
The Phantom is a combination of rigorous acoustics and technology aesthetics. It can quickly control the main reflected waves on the wall, it improves the language intelligibility effectively. These acoustic board panels come with a unique rear acoustic cavity design to increase the absorption of low medium frequency residual sound energy. Streamlined steel structure, optional side lighting background ambient light, make the acoustics without losing the aesthetics. These acoustic wall panellings come with Zero formaldehyde emission, E0 standard environmental protection base material, to ensure the safety of the environment.
Application:
office, conference rooms, reception space, leisure rooms, home theatre, studios
Our Cobble acoustic panels boast a unique design that combines functionality with style. Crafted with eye-catching patterns and textures, these panels not only improve sound quality but also enhance the visual appeal of any room. With customizable shapes and finishes, they can be tailored to match your decor, providing an elegant solution for noise control that adds both beauty and acoustic clarity to your space.
Cobble acoustic wall panelling is an excellent combination of good acoustics and aesthetics. The design seamlessly fits into different environments, serving the purposes of usability and visual flattery. It comes with standard anti-oxidation and anti-resonance treated aluminium fixing systems hence making it easy to install. They are designed for broadband absorption, providing effective sound absorptive surfaces. This noise insulation solution is flexible enough to be used in combination with other acoustic solutions covering such primary reflective spaces as those minimising spatial reverberation.
Imagine Acoustic Painting is constructed from a natural acoustic cotton substrate, containing ultra-fine plant fibres and 3% PET polyester fibre bonded using high-temperature, glue-free process. A 100% PET ultra-porous acoustic layer in between with numerous pores of irregular shapes interconnected and covered by two patterns. One is to make the pores in this substrate as deep and non-uniform as possible specifically so that it becomes a broadband absorber of sound waves, but also for other reasons because they can seal up acoustic energy very well (especially if you have many resonant or feedback loops on different length scales). When sound waves hit the surface and interact with ultra-fine radial pores, friction between materials in the substrate changes acoustic energy into heat. In case the function is yet to be called, this process can handle multiple stage reflection and noise hence making sure that there will not be extra sound in your