"acoustic"

A bright creation and fourteen years later, still a current project in its modernity. This project was carried out using a metal structure composed of geometric shapes in diamonds and quadrangles, which was built in the Atrium and BMW Edge amphitheater (sponsor of creation). The originality of this structure was its acoustic quality and high brightness. To obtain such a result, the translucent canvas Moonlight was chosen to enhance the natural light and Acoustic stretched ceiling Barrisol Acoustics® to reduce noise. The layout of the interior space was also thought that the furniture harmonize with the ceiling.

This fantastic project situated in the Royal College of Surgeons, Dublin was designed by Henry J Lyons who utilised our Topakustik 14/2M (aw 0.90, Absorption Class A, NRC 0.89) system for its aesthetics and acoustic properties. Constructed by Bennett Construction and installed by Commercial Connections our Topakustik system will fight against the large reflective sounds created in such an varse space.

This Laudescher LINEA Bespoke 2.4.3 acoustic slatted panels with the purpose of managing the reflective nature of the walls within the main entrance area. The extremely specific design of the ceiling panels here where each slat cut from a glulam block so as to achieve a curve that is not stressed. The same product is used inside and outside so as to achieve a seamless finish through the glass.

This fantastic project situated in the Royal College of Surgeons, Dublin was designed by Henry J Lyons who utilised our Topakustik 14/2M (aw 0.90, Absorption Class A, NRC 0.89) system for its aesthetics and acoustic properties. Constructed by Bennett Construction and installed by Commercial Connections our Topakustik system will fight against the large reflective sounds created in such an varse space.

The timber construction had several challenges of a swimming pool environment. The Laudescher LINEA 2.4.3 (aw-0.90, Absorption Class-A, NRC–0.90) manufactured for its properties to not swell, absorb or mutate while bringing in the usual high quality acoustic properties that absorbs the reflective sounds that will promote greater communication in the pool environment which is vital for teaching and ultimately the safety of the students, teachers, and coaches.

CMS DANSKIN ACOUSTICS recommended a bespoke combination of industrial acoustic materials to ensure noise at work compliance at ExxonMobil Oil Refinery. The ChallengeFawley Oil Refinery is the largest oil refinery in the UK. When ExxonMobil found that the noise output from two industrial fans at the refinery exceeded the levels specified by The Control of Noise at Work Regulations, it consulted CMS Danskin Acoustics for advice. To ensure the most cost effective and high performing materials were specified, CMS Danskin Acoustics evaluated the noise reduction required on-site. Evaluation of the acoustic data revealed that noise levels in excess of 118dB at 125Hz were being emitted by the fans. Based on these criteria, the technical team at CMS Danskin Acoustics recommended the use of a combination of specialist materials from its industrial acoustic range. The SolutionTo control the low frequency-biased sound, CMS Danskin Acoustics recommended and supplied the SuperLag Quietslab Laminate with Acoustic Barrier Type WB10 combination for the fan casings and associated ductwork. Creating a multi-layered, high performance system, two layers of SuperLag Quietslab Laminate, totalling 250mm thickness, with a core of 5mm Acoustic Barrier Type WB10, were bonded onto the fan casings and ductwork. A direct coupled lagging system, SuperLag Quietslab Laminate comprises long-stranded mineral fibres thermo-set with resins for the absorption of sound at the surface, as well as a high mass inner acoustic barrier core to reduce the transmission of sound through the material. Manufactured from a weight-enhanced, high-density material, Acoustic Barrier Type WB10 provides a flexible and cost effective treatment for chemical and refinery applications. In total, 1,000m2 of the SuperLag Quietslab Laminate/Acoustic Barrier Type WB10 materials were installed around the fans and ductwork to achieve the high levels of sound reduction required.ResultsThe high performance bespoke system specified by CMS Danskin Acoustics, significantly reduced the noise generated by the fans. This enabled ExxonMobil to comply with The Control of Noise at Work Regulations by bringing noise levels under the 85dB compliance level.

BackgroundThe owner and operator of a luxury retirement village in Warwickshire approached Hush Acoustics to improve the acoustic comfort in its main social area after feedback from residents raised concerns about excessive background noise.Lime Tree Village at Dunchurch features a superbly equipped bar and sun room as part of its extensive range of facilities, where residents can relax and socialise. Despite it being a relatively new development, the managers of the complex were receiving feedback from residents that the quality and useability of these rooms was being seriously affected by excessive background noise and sound echoing.Tackling the issue Keen to resolve the situation, the site’s managers approached Hush Acoustics for assistance. Step one was for Hush to visit the site and undertake an extensive survey of Lime Tree Village’s affected spaces – the sun room and the adjoining bar. The acoustic survey carried out by Hush at Lime Tree Village quickly revealed the cause of the background noise issue – common types of reflective, hard surfaces such as plastered walls and wooden furniture were indeed responsible for reverberating sound back into the room. And it was immediately evident that users of the spaces were having to do what most people do in rooms affected in this way – increase their level of speech to try and be heard, which means the issue spirals as everyone attempts to speak over the growing background noise.The solutionThe reverberation solution provided by Hush centres on its Hush Absorber 50 sound absorber panels, which are designed to be strategically mounted on walls or ceilings inside rooms affected by excess background noise. The absorber panels are Class A for the highest sound absorption performance, formed of a 50mm thick acoustic foam which is hand finished in a high quality fabric applied on the face, edges and back.After the site visit, the Hush team were able to calculate how many panels were needed to control the issue and where they would be mounted. A report was prepared for the retirement village managers with a quotation for the supply and installation of the panels recommended and Hush was commissioned to deliver the solution in November 2022. Installation of the Hush Absorber panels was completed in just one day which meant very minimal disruption to the facilities and the improvements were noticed immediately.Client feedbackA representative from Lime Tree Village said:“We always aim to create the best quality environment for our residents, so we are delighted that Hush Acoustics has been able to respond quickly to deliver an effective solution for our sun room and bar. From the initial enquiry to their recommendations and installation service, the process has been professionally managed throughout, and our staff and residents are delighted with the results.”

In the heart of Blyth’s impressive harbour development, The Commissioners Quay Inn sought out a soundproofing solution, to improve the noise quality within the rooms. Allowing customers enjoy a better night’s sleep, as noise was able to spread to the rooms above.Upon being called from main contractor Bowmer & Kirkland, we won tender to supply 1,358 m2 of 50mm FFT3 Soundis Acoustic Battens including 10mm Soundis Rubber Acoustic Resilient Layer. To reach required Part E of Building Regulations, but also to improve noise quality and allow for creating a void for any under floor applications, such as cables.

Project OverviewBuildtec Acoustics partnered with Sacyr Somague to provide a critical acoustic solution for the new 66,000-square-meter University of Ulster campus in Belfast. Our focus was on the Nanotechnology and Integrated Bio-Engineering Centre (NIBEC) laboratories, which house highly sensitive equipment and apparatus susceptible to vibration.ChallengeThe NIBEC laboratories required a stringent vibration control solution to ensure optimal functionality of the delicate equipment. Traditional structural solutions posed challenges, potentially impacting headroom heights, building usability, and incurring significant costs.SolutionBuildtec Acoustics identified Highmat 50, a high-performance acoustic flooring system, as the ideal solution. A total of 2,000 square meters of Highmat 50 was installed beneath a 200mm screed throughout the laboratories.BenefitsSuperior Vibration Control: Highmat 50 effectively isolates structure-borne vibrations, creating a stable and vibration-free environment for sensitive equipment within the NIBEC laboratories.Preserved Functionality: The installed solution ensures the optimal performance of the laboratories' equipment, safeguarding critical research activities.Cost-Effective Approach: Highmat 50 provided a practical and cost-effective alternative to traditional structural solutions, optimizing project efficiency.Project TeamArchitect: HJ LyonsEngineer: Design IDMain Contractor: Sacyr SomagueFlooring Contractor: MastercraftProduct: Highmat 50Quantity: 2,000m²ConclusionThe University of Ulster project showcases Buildtec Acoustics' expertise in delivering innovative solutions for complex vibration control challenges. Highmat 50's exceptional performance ensured a vibration-free environment within the NIBEC laboratories, fostering optimal research conditions and protecting vital equipment.We are committed to providing tailored acoustic solutions for your project. Contact Buildtec Acoustics today to discuss your specific requirements.

This wonderfully designed project by Spaced Out Architecture incorporates the Topakustik 30/2M in American Walnut. Installed by T & M Building Services the Topakustik 30/2M planks (absorption class c, NRC 0.75) were manufactured with a moisture resistant core board and finished with an American Walnut veneer. Due to the environment of projects with spas and swimming pools the core board ensures the integrity of the structure and acoustic performance of the planks.

Minimalistic treatments for flexible spacesThe projectWhen redesigning their London office meeting rooms, Grimshaw Architects knew acoustic treatment would be necessary to ensure their team could comfortably collaborate. We spoke with James Blundall, architect at Grimshaw Architects, to understand their specification process and why they chose Autex Acoustics® Frontier™ for the space.The subtle yet impactful nature of Frontier was a key factor for the team when selecting Frontier as the appropriate acoustic treatment for the meeting rooms. “We thought that the design of the [Frontier] system provided a clean, minimalistic aesthetic,” described James, “but also visual interest and a softness to the space.”

Acoustic Products are proud to work on this £45million state of the art sports facility for undergraduate, postgraduate and research programmes for Leeds Beckett University. The focal point being the 60m indoor running track.

Travelodge have recently started a £100million nationwide modernisation programme as well as an increase of their Hotel brand sites. Travelodge Oxford is a New Build Development on Abingdon Road, built to help with the growing demand for affordable hotel accommodation in Oxford, mainly due to the increase in tourism as well as families visiting students in the city.The new Travelodge on Abingdon Road has 83 rooms, to supplement the demand in the area. The existing Travelodge in Oxford which was built in 1999, also has plans to be upgraded and refurbished with a new entrance, conservatory and a revamped restaurant.Soundis supplied the acoustic flooring at this Travelodge project for the Main Contractor Hinton Design & Build. The Travelodge specification for a high quality acoustic flooring system included 22mm T&G Chipboard and 19mm Plasterboard Plank, over a 30mm high density Rockfloor insulation floor slab with acoustic flanking edging band around the perimeter to separate and isolate all abutments. The whole project required over 1,200 sq metres of acoustic flooring.

This Edge Grove School has used the Laudescher2.4.3 system that will not only work as an absorbing surface but also works at diffusing the sound. Along with the great acoustic properties the Linea range also adds to the natural aesthetics.

London’s so-called Loom building is full of stories that unravel and offer glimpses into its rich history. It is not often that architects, in this case Duggan Morris, have the opportunity to design a perfect link between both modern and ancient. One of the architects’ solutions was to use Troldtekt 2000 x 600mm natural wood wool acoustic ceiling panels. These provide an attractive link between the different spaces in this together with reusing many original old materials to restore attractive life into this previously neglected space.

Jacksons installed a bespoke acoustic barrier for the new, state-of-the-art leisure centre which started off as a specially build venue for the 2022 Commonwealth Games. The barrier featured a slatted top and was installed in three elevations,

Isolating Hotel Rooms from RestaurantsPreventing noise transmission between the noisy areas of a building to the quiet areas is an ongoing challenge. When the quiet areas are people sleeping and the noisy area is a busy hotel dining room, the problem is particularly acute, but can be resolved by using the appropriate products which are cost effective and easy to install correctly.The ProjectPremier Inn Scarborough North is a new build 105 room, 5-storey hotel with a 68-cover restaurant, which was completed in March 2021. The new hotel was granted planning permission in 2018 and construction was slightly delayed over the Covid lockdown period.Owner of the Premier Inn brand, Whitbread, continues to see strong growth with their UK business continuing to outperform in the midscale and economy market and now has over 800 hotels in the UK. Key to the brand’s message is that wherever you stay in a Premier Inn, you will always get great levels of comfort.The ChallengeSources of noise which affect hotel guests include:External sources of noise and vibrationTransmission between rooms and between rooms and corridorsTransmission from engineering systems (ventilation and air conditioning, heating systems, lifts and so on)Transmission from public areas – reception, conference facilities and in particular restaurants.Noise transmission from restaurants, bars and reception areas becomes a significant challenge where the design of the hotel incorporates these areas on the ground floor of a block, with hotel rooms directly above.Reducing the transmission of noise from a large common area to individual hotel rooms rests principally on isolating the plasterboard or suspended ceiling. To overcome this challenge, a frequent recommendation is to design a ceiling incorporating neoprene isolation hangers.Neoprene Isolation Hangers for HotelsNeoprene isolation hangers are primarily used to isolate suspended sources of audible frequency vibration, such as piping and ductwork systems. They also provide very effective vibration isolation for hanging acoustic ceilings by preventing transmission of noise to the building structure.The isolation hangers supplied for use in the ceiling at Premier Inn Scarborough North were Isogrid Quick-Connect Ceiling Hangers, supplied by CMS Danskin Acoustics.The IsoGrid Quick Connect Ceiling Hanger has a specially designed dual deflection neoprene isolator which allows internal bulging. This enables the neoprene element to achieve greater deflections whilst maintaining lateral stability. Greater deflection translates to greater performance for noise control ceilings.IsoGrid Quick-Connect Ceiling Hangers have several other benefits:They are more cost effective than similar products;The simple design makes them quick and easy to install, providing significant labour savings over conventional sound control ceiling hangers;The known deflection rates ensure acoustical performance under design loads;Tested for airborne, impact and frequency performance to BS EN ISO 10140 requirements;Various attachment methods allow for installation on a variety of ceiling structures, including concrete, metal deck or structural framing;A bronze core serves to prevent poor acoustic performance due to over compression or due to accidental short circuiting of the transmission pathway.InstallationThe ceiling was installed by specialist contractor B W Shrimpton Limited. This was the first time that Shrimpton’s had used IsoGrid hangers, but they were well received.Supervisor Kirk Talbot, who has worked closely with the CMS Danskin Acoustics Team on several projects, explained his preference for the hangers is very much about the ease of installation:“We used Hilti pan head HUS fixings into the soffit for fixing them up, and the lads on site had no issues with them at all.“The IsoGrid hangers are definitely robust enough and easy to fix angle or wires to. On that basis and the cheapness compared to other hangers out there, I’d definitely use them again and will recommend that others do too.”Kirk Talbot, BW Shrimpton LtdTechnical Advice on Acoustics in HotelsCMS Danskin Acoustics are specialists in soundproofing materials and acoustic insulation. Our expert technical team can advise on the specification of a wide range of specialist acoustic and vibration control systems – balancing performance, aesthetics and budget. We provide solutions to treat floors, walls and ceilings, as required, delivering a holistic design approach to sound control for the complete gym or sports hall environment.We don’t just design, manufacture and deliver market leading products. We work with the entire supply chain and project teams to ensure a smooth path from conception to completion.

This high-profile London office needed a stunning re-design and high-quality finish to reflect the client’s values and surroundings. Vtec was specified to provide visually stunning acoustic ceilings. The contemporary design encompassed a modern reception area leading to a large open office floor with a staircase to breakout spaces and an attractive roof terrace. Finished to an extremely high standard throughout, the design featured Vtec MaxiBeam ceilings in white Supalami and Supacoustic panels in Oak Supalami. In the kitchen area, Supacoustic panels were specified in an oak Supalami finish and circular perforated design (SP4 with 10mm perforations) echos the circular supporting pillars and helps soften the acoustics.Explore how we ensure pinpoint accuracy in the design and production to ensure seamless integration.

We are extremely proud to have been apart of the new Colchester Sports Hub. The complex will be home to a number of new sporting opportunities being the home now to BMX, Equestrian trails, and American football whilst retaining the rugby and football pitches. It was a pleasure working with GT3 Architects on the new indoor sports centre which boasts our Topperfo M 16/16/8. RG Carter superbly installed the Topperfo system to the walls ensuring the build-up met the acoustic and impact resistant test certificates.

This Freedom Day, as people are able to gather once again in large spaces, such as cinemas, galleries, theatres and offices, this case study we explore the challenges of designing acoustics for public spaces, with our expert guests of Episode 25 - FREEDOM DAY SPECIAL - Acoustics in large public spaces - Richard King - Sandy Brown and Martin Rawlins - BASWA acoustic.  Sandy Brown is the largest independent acoustic consultancy in the UK. Since 1969, they have been at the forefront of building acoustics and are recognised experts in the acoustic design of studios, auditoria and performance spaces. Projects include MediaCity UK, BAFTA - 195 Piccadilly, Leeds Playhouse and Apple Store Marina Bay Sands.  For BASWA, the Swiss pioneers of modern seamless acoustic ceilings, good acoustics are essential to wellbeing - just like natural light. BASWA projects include, The Sala Beckett theater, Barcelona, The V&A Museum Members Bar, London, The Louvre, Paris and Elbphilharmonie, Hamburg. 

Fire rated SonaSpray K-13 in grey was used to provide a decorative acoustic solution throughout client Radius Payment Solutions breakout areas and gym. Chosen by Space Invader Design for its deliberately textured and seamless finish, SonaSpray K-13 achieves superb acoustics without design compromise. By using SonaSpray designers are able to create calm and inviting interiors that sound as good as they look.

Sound-absorbing ‘trees’ installed at Teesside University LibraryTeesside University’s Middlesbrough campus has benefited from over £270 million of investment in recent years, including a £6 million refurbishment programme for the university library. The library’s first floor was the second phase of the refurbishment, opened on 7 October 2016, and includes a unique and visually striking installation of CMS Danskin’s SuperPhon panels, designed to represent two trees.The ChallengeThe original building was constructed in 1997 and incorporated some sound absorbent materials; the refurbishment had to inject new life into the interior whilst also enhancing the library’s acoustic performance. The open-plan layout, which can have up to 450 students using it at any one time, presented a particular challenge for controlling the build-up and spread of sound.Class A absorbent rafts and baffles were recommended by Apex Acoustics to act as noise barriers as well as provide sound absorption, and control the spread of sound throughout the space. The space was zoned for noisier and quieter activities and acoustic consultants Apex Acoustics undertook full modelling to determine the optimum arrangement of rafts and baffles.The SolutionCPMG Architects, who were tasked with the refurbishment, worked to integrate the recommended Class A absorbent rafts into the library’s interior scheme, which used a contemporary palette of materials and a focused colour strategy. Two identical ‘trees’ were created at either side of the library’s first floor, using CMS Danskin’s SuperPhon Acoustic panels to represent the foliage.Circular panels of varying sizes and different shades of green were suspended from the ceiling and arranged around two structural concrete columns, to look like abstract trees. The panels were bespoke and CPMG Architects was able to specify the material used to cover them, and the colours. Some of the panels had to be made and supplied in two halves, and constructed on-site, due to their size. The ‘trees’ also had contemporary lights suspended from the panels, to represent hanging fruit.The ResultThe two sound-absorbing ‘trees’ represent a visually striking and unique use of CMS Danskin’s SuperPhon panels.Richard Thorpe of CPMG Architects said: “We went for the SuperPhon panels because of what we could do with them – the bespoke service gave us scope to play around with the design and come up with something quirky and interesting. We were able to create an attractive design feature which had a very practical purpose – to reduce reverberation in the refurbished library.”The project was completed at the end of September 2016 and the refurbished floor is now open to students.

Leveraging innovative acoustics for timeless solutionsThe projectHaving been engaged to refurbish their client’s London office, tp bennett was tasked with designing a new town hall zone within the existing space. The aim was to introduce an impactful new breakout area that maintained the high-quality, timeless aesthetic of the office without compromising acoustic comfort.The challenge Being accustomed to what was previously a high-quality office, the scope of the refurbishment was to preserve the design intent of the original fit-out whilst incorporating interventions designed to improve and future-proof the space for an agile working environment. It was imperative that the new elements were seamlessly translated from the old design into the new space as if they had always been there. However, being a live office environment, there was difficulty in accurately determining the available room for acoustic treatment. Given the changing design requirements and the building’s standard Category A accessible ceiling tiles, adaptability was essential.The solutionThe Frontier™ Axis grid system was the logical choice for the project. Aside from reducing sound reverberation and being a striking visual feature, the flexible nature of the system meant it withstood updates and changes without affecting the aesthetic or necessitating more difficult, expensive, or less effective options. During site work, the grid could be manufactured and adjusted to maximise plank height without requiring local cut-outs for structural elements or services. This allowed for a seamless grid installation even with complex MEP and structural components. The ability to adapt the grid’s measurements also facilitated even distribution of pendant lighting and air diffusers. The possibility of adding accessible sections to the grid made it much easier for the MEP consultant to locate additional fan coil units just above the grid – a more accessible alternative to the consultant having to follow the cell size and locations or adjust the grid to the unit positions. In keeping with the client’s desire for a warm, deep, natural colour palette, the Frontier system was locally manufactured in Cube™ Sargazo to complement the existing earthy brass shades within the otherwise minimalistic design.The resultBeyond the inherent acoustic benefits of the installation, the collaboration between tp bennett and the Autex Acoustics team was a resounding success, exemplifying adaptability, flexibility, and thoughtful design. Our capacity to provide comprehensive tools and information about the product application and our design support on-site, assisting with grid reconfigurations required during the design process, proved invaluable. Likewise, the flat-pack, lightweight nature of the product facilitated easy delivery and storage until installation, streamlining the construction process. The innovative and cost-effective nature of the Frontier system ensured that tp bennett could maintain the client’s initial choice despite ongoing modifications.

Hush Acoustics were tasked with resolving acoustic issues within the King’s House School in South West London.The two Victorian buildings feature a dining hall which had become an extremely noisy environment during lunch service, and this had become disruptive. The hall itself featured hard surfaces throughout with no sound absorption potential, and this was also a problem when the hall was being used to deliver assemblies.Hush Acoustics carried out tests using its Acoustic Modelling Software to measure the reverberation time within the area. Reverberation time is the most common way of expressing a room’s basic acoustic character. It is the time taken for a steady noise to decay by 60dB after its source has been abruptly cut off.After analysing the result of the tests, 31x Hush 50A panels were proposed to be mounted across the ceilings of the two areas to significantly reduce these noise levels. These panels comply with BB93 standards for school acoustics and all the UK Building Regulations relating to acoustics.Feedback from King’s House Estates Management was very positive, saying that the enhancements made to the space made a huge difference for the school as well as the children.Scott Beavers says “Work was carried out professionally and the sound reduction/intensity has decreased dramatically. This has really made a great improvement, thanks!”

Forth Valley College; included teaching spaces, lecture theatres, and catering facilities. Specified was two Acoustic Products systems being Laudescher Linea 2.6.8 and Linea 2.9.28. To combat sound reverberation, increase speech clarity and to lower the sound pressure levels.

This Edge Grove School had our Laudescher system that will not only work as an absorbing surface but also diffusing the sound waves to insure better room acoustics. This will create lower sound reverberation and lower sound pressure levels which will aid speech intelligibility.

Bedales School is set in an area of outstanding natural beauty on the edge of the South Downs National Park in Hampshire. Its new Art and Design building designed by architects Feilden Clegg Bradley Studios has a strong sense of countryside drawing references from traditional agricultural buildings by creating a series of connected barn forms. Their dramatic pitched ceilings comprise Troldtekt acoustic panels on one side to absorb sound and improve acoustics.In what is otherwise a lightweight building, the thermal mass of exposed concrete surfaces contributes to a stable internal temperature.

The International Rugby Experience is a new cultural institution and visitor experience to honour the worldwide game of rugby.Niall McLaughlin Architects specified BASWA Phon for its ability to conform to the complex curved design and excellent acoustic performance. The marble plaster acoustic finish was tinted to a bespoke colour and matched to the red bricks used in the project. Over 600 square metres of BASWA Phon was used throughout the project, expertly installed by QT Interiors of Ireland.

Acoustic Flooring and Tight DeadlinesNot only was footfall noise to be reduced, but airborne noise needed to be tackled as well. The design had to be as discreet as possible, retaining the original character of the building, and allowing for future amendments to the building. Finally, all of this work had to be completed to the unyielding deadlines of term times.Working closely with Main Contractor, Bowmer & Kirkland, Soundis and our installation partner UK Acoustic Systems recommended the Soundis ChipPanel 28 system as the ideal solution for the 1,575m2 area. Contracted by our client, we supplied and installed this ChipPanel 28 system due to its high impact and airborne noise reduction, conforming to Robust Detail standards FFT5.Furthermore, at only 28mm thick, this shallow floating floor also minimises construction height allowing that extra space for any additional features the college may wish to add in the near future.

Architectural practice, dMFK, attract staff back to the office with Oscar Acoustics market-leading SonaSpray acoustic ceiling spray.In 2022, award-winning architectural practice dMFK, in collaboration with architects Sher + White, embarked on refurbishing dMFK’s HQ in Fitzrovia, London, to create a collaborative space for its workforce. They enlisted Oscar Acoustics to help create an acoustically balanced environment which would also work with the aesthetics of the interior space.SonaSpray K-13 was applied in a stunning pale grey colourway to the ceilings of the areas with the greatest potential for excess noise – the communal areas, large meeting rooms, and co-working spaces.On the finished project, De Metz commented: “We’re thrilled with how the office looks and performs. Oscar Acoustic’s SonaSpray is the single most noticeable and effective material in our office and directly contributes to day-to-day comfort and the ability to work without bothering others.”

This greatly presented Council Chamber situated in Welwyn Garden City was designed by the architects at RPS. Installed for the aesthetic and acoustic properties this fantastic Laudescher LINEA 4.2.1 (aw-0.50, Absorption Class D, NRC-0.7) system was specified to combat a potentially hostile room where noise would normally become a problem. The one hundred person capacity chamber was fitted with high quality audio visual technology which meant the LINEA 4.2.1 needed to be able to not only absorb but diffuse varying noises, frequencies and sound pressure levels around the curvaceous perimeter wall.

Caring Wood is an exceptional private house design, set in a rural location. The interior acoustics were seen as key to user comfort and lifestyle within this family home. The project won the coveted RIBA and Grand Designs House of the Year 2017. This remarkable residential project made excellent use of BASWA, which contributes to a calmer lifestyle within the property without compromising the design. As the house is occupied by three generations of the same family, acoustics play a huge part in wellbeing.

Camelot Primary School approached Hush Acoustics to help improve the acoustics with its large dining hall, which was achieved successfully through the installation of Hush Absorber 50A panels.Having been impressed with the ability of Hush Acoustics to effectively treat poor acoustic conditions within educational buildings in a previous project, the school’s executive headteacher approached the company to explore the potential for reducing noise levels in a number of areas.The key room to address, given how busy it can be at lunch and break times, was the dining hall. The high ceilings which feature in the hall create a large volume and it is typically built and decorated with materials that result in many hard surfaces. While these surfaces are highly durable and low maintenance, they can contribute to poor acoustic conditions.The dining hall had become excessively noisy and echoey at peak times, with a significant build-up of background noise resulting from sound reverberation. This is caused when sound waves arereflected off hard surfaces back into the room, meaning that sounds generated through routine use, such as talking, music playing and furniture being moved, become unbearably loud.MEETING THE CHALLENGEHush Acoustics was tasked to provide a solution to the reverberation and echoing problem. The company worked with executive headteacher James Robinson and the school trust previously to successfully address a similar issue at its nearby Cobourg Primary School in 2018 with outstanding results.Step one was for Hush Acoustics to conduct a site survey to gather the information needed for the reverberation calculations in areas of concern. Whilst the survey concentrated on the dining hall, the team was also asked to assess another school hall and four classrooms which were regarded as being very poor acoustically with a view to improving these in future.The survey gathered information on material finishes within the room and the size of the areas as well as providing an opportunity to explore the possible positioning of the panels. The Hush team was then able to feed this information into its calculation software to arrive at the best possible reduction in reverberation.THE SOLUTION24x Hush Absorber 50A panels were mounted to the existing soffit because of the limited space available on the walls, where sound absorber panels are often positioned. The 1200 x 1200mm panels, which feature a 50mm thick acoustic foam and supporting brackets, were installed symmetrically within the bays that formed the ceiling and finished in an outer fabric colour that is consistent with the rest of the room.In terms of the acoustic improvements that could be achieved given the building design and usage, the installation of the absorber panels sought to reduce reverberation by half. The initial acoustic survey estimated that the dining room’s overall mid-frequency reverberation time (T mf ) was 6.01 seconds, but after the Hush Absorber 50A panels were fitted, this was cut to 2.97 seconds.Installation was completed during the school holidays by Hush Acoustics to avoid any disruption to the day-to-day operation of the school.

This wonderful education project utilised our design and acoustic properties to create a fantastic feel and look.to the auditorium.

Hush Acoustics provided a solution to reverberation issues at the newly extended Queen Elizabeth Hall in the village of Layer de la Haye near Colchester.The hall was designed to be used as a multi-functional amenity for local residents and the general public and is host to anything from Scouts groups to wedding receptions. It was therefore imperative that the acoustics within the building were to a good level to be able to comfortably make use of the hall for all the varying activities.As in many domestic and public places, reverberation and in severe cases, echoes, had become a problem in with mid to high frequency sounds (in most cases) of speech causing disruptive and discomforting noise problems.After an initial inspection, Hush Acoustics proposed the installation of 30x Hush Absorber 50A panels. This Class A sound absorber has built in support frames to allow for bracket fixing to provide an air void behind the absorber for enhanced acoustic performance. The absorber panels were fitted over two days which meant the work had minimal impact to the running of the community activities.The client’s feedback was that the acoustics in the hall after installation “are perfect”.

Harrods' new Hair & Beauty Salon in London offers guests a serene, tranquil beauty space with next level interior acoustics.