Acoustical Wall Panels
Acoustical Wall Paneling System
Thickness: 69mm
Density: 10mm Thick @ 200kg/m3 y
Fire Rating: Class A Fire Rating As Per ASTM E 84
Thermal Conductivity: 0.034w/mk
Acoustic Management: 0.80 Nrc.
Acoustical Wall Panelling
Acoustic wall panels are large, soft-furnished panels that can be strategically placed within rooms to improve sound quality by absorbing reflected sound or echoes.
They can be made from a vast array of materials such as a combination of foam and fabric, PET Eco Felt, Wood Wool, or biophilic elements like cork or moss. The acoustic panels can be made into a range of shapes and sizes and customised to complement the design of your space.
The main purpose of acoustic panels is to remove residual sound in any space. When installed correctly in a room, acoustic panels can absorb or diffuse sound from the first point of reflection.
The effectiveness of good quality acoustic panels means that you can use far less so that you’re not at risk of over-cluttering areas and spaces.
Key Points:
- What are acoustic wall panels?
- Acoustic wall panels are large, soft-furnished panels that improve sound quality by absorbing reflected sound or echoes.
- They can be made from various materials and customised to match your space’s design.
- Main Purpose:
- Acoustic wall panels remove residual sound in a space by absorbing or diffusing sound.
- High-quality panels can be effective with fewer panels, avoiding clutter.
- Types of Panels:
- Acoustic wall panels can be designed as absorbers or diffusers, depending on the desired outcome.
- Expert consultation helps you choose the right products for your room.
- Applications:
- Acoustic wall panels find use in various spaces like restaurants, bars, offices, and music venues.
- They localize noise in specific areas, improving sound quality.
- Space-Saving Solutions:
- Smaller panels like Wall Panel Pro or ceiling panels are ideal for spaces with limited wall space.
- They are designed with aesthetics in mind to maintain the space’s image.
- Suspended Ceiling Panels:
- Suspended acoustic wall panels are effective in treating ceilings and saving wall space.
- They can improve speech legibility in open-plan offices.
- Proximity Effect:
- Suspended acoustic wall panels target and suppress different frequencies, enhancing sound quality.
- Examples include the Royal Albert Hall’s acoustic design.
- Materials Used:
- Acoustic wall panels are commonly made from a timber frame with layers of acoustic foam and fabric.
- Other options include PET Eco Felt, as well as bespoke options like cork and moss.
- Panel Types:
- Wall Panel Pro and PET Eco Felt offer customisability and artistic design for various spaces.
- Acoustic Moss Wall panels incorporate biophilic principles and act as natural sound absorbers.
- Suspended Ceiling Clouds control noise in meeting rooms with reflective surfaces.
- Benefits of Acoustic wall Panels:
- Acoustic wall panels offer several benefits, including a welcoming environment, improved productivity, better sound quality, workplace safety, and reduced absenteeism.
Frequently Asked Questions – Acoustical Wall Panelling
An acoustic panel wall is a type of wall that is designed to absorb sound waves and reduce the amount of noise that travels through it. Acoustical wall panels are typically made from materials that have sound-absorbing properties, such as foam, fiberglass, or rock wool. These materials work by trapping sound waves as they pass through the panel, reducing their energy and preventing them from reflecting back into the room.
Acoustical Wall Panelling can be used in a variety of settings, such as recording studios, home theaters, conference rooms, and classrooms, to help create a more comfortable and productive environment by reducing the amount of noise and echoes in the room. They can be installed on existing walls or built as a standalone partition, and come in a variety of shapes, sizes, and colors to suit different needs and design preferences.
The cost of acoustical wall panels can vary widely depending on a number of factors, such as the size and thickness of the panels, the type of material they are made from, the installation method, and the quantity needed for the project.
On average, a standard-sized (24″ x 48″) acoustic panel made from fiberglass or mineral wool can cost anywhere from (Mention Lowest Price) to (Mention Highest Price) per panel. More premium materials such as wood or fabric-wrapped panels can cost upwards of (Mention Minimum Price) per panel. The cost can also increase if custom sizes or shapes are required.
Installation costs can also vary depending on the complexity of the installation and whether it is being done by a professional or as a DIY project. Some panels can be mounted directly onto walls using adhesive, while others may require special brackets or hardware for installation. It’s important to note that the cost of Acoustical Wall Panelling should be viewed as an investment in creating a more comfortable and productive environment, and can provide long-term benefits in terms of improved sound quality and reduced noise levels.
Yes, wall paneling can help to reduce noise in a room. Wall panels made from sound-absorbing materials can absorb sound waves and reduce the amount of noise that is reflected back into the room. This can result in a quieter and more comfortable environment, with less echo and reverberation.
There are many different types of Acoustical Wall Panelling that can be used for soundproofing, such as acoustic panels made from materials like fiberglass, rock wool, or foam. These materials are designed to trap sound waves as they pass through the panel, reducing their energy and preventing them from bouncing back into the room.
It’s important to note that the effectiveness of wall paneling in reducing noise will depend on the quality of the material used, as well as the thickness and density of the panels. Additionally, the installation of the panels is also critical for achieving the desired level of soundproofing. A professional installation can help to ensure that the panels are properly positioned and sealed to provide maximum noise reduction.
