"acoustic"

For West London Free School, music is at the heart of school life. Located in the busy district of Hammersmith, West London Free School needed to be transformed into an acoustically sound teaching and learning environment catering for students from Year Seven to Year 12. Existing buildings ‘The Music Lodge’ and ‘Palingswick House’ both needed to be fully refurbished. This included labs, art rooms, a canteen, a library, and a two-storey music centre.The Project In order to provide better learning environments, Rodney Maggot, Senior Design Co-ordinator for Willmott Dixon Construction, planned the acoustic requirements for each new space. The classrooms were originally built for other purposes, making the spaces challenging to work with. The refurbished buildings were full of hard reflective surfaces, so Rodney requested that Autex break up the spaces by adding sound absorbent materials. Quietspace® Panel was employed to achieve high acoustic absorption for each of the spaces being renovated. Great care was taken to strategically place each individual panel where they would best absorb problem frequencies, ensuring the rooms were balanced. By altering the height of the suspension, the surface area of the panels were increased ­– drastically improving the targeted sound absorption and reducing the number of panels needed to achieve the same result. Autex was able to cater to the different acoustic needs of each classroom by custom cutting each of the 50mm panels to the size they would be most acoustically effective.During the project there was a lack of storage and delivery space on site which meant nothing could be delivered prior to the installation date. Autex Acoustics coordinated with Willmott Dixon and delivered the panels on the exact date they were required for installation – making the process more efficient. To guarantee none of the panels were damaged in transit, Autex made several alterations to the packing of the panels which allowed for a quick and efficient installation once the panels had arrived safely. Choosing the safest acoustic products for the updated learning environments was an important aspect in the product selection process. Autex Acoustics were deliberately specified as they are lightweight; the panels are suspended above the classroom, so it would be considered a hazard to have them overhanging if the panels were too heavy. For peace of mind all Autex suspended acoustic systems have been vigorously tested and have been proven not to fall or collapse in the event of an earthquake. All Autex interior acoustic products are made from 100% polyester, making them non-toxic, safe, and a healthy alternative to other fibreglass systems available on the market. The installation of Autex Acoustics products dramatically altered the acoustic performance of the buildings, particularly in the Music Centre, which was a fantastic result.

Installed were three various sized Topakustik Panels, the 9/2M, 12/4M and 14/2M. Primarily chosen for the aesthetics; these panels also created a better natural environment to combat the acoustic struggles of the modern day work place. We help combat higher reverberation levels, lower the sound pressure levels and diffused those annoying noise frequencies.

Bad acoustic design is not just annoying, but also unhealthy. This is particularly true for elderly residents in nursing homes. Scientist Nicole van Hout conducts research into acoustics in care of the elderly.

By their very nature of being large, open spaces with many hard surfaces, ambient noise levels in bars and restaurants tends to be high. This inevitably leads to customers talking louder to be heard and so begins a perpetual cycle of increased noise levels as everyone starts to have increasingly louder conversations. This, coupled with noise from music, kitchen machinery and HVAC services, can easily ruin the experience.To help combat the problems of reverberating sound, designers frequently specify acoustic ceilings to help to strike a balance between a lively and welcoming environment and an experience where the space is uncomfortably loud. This is important because customers’ comfort and a willingness to spend time and money is decreased in a noisy environment.A good example of this is the Chamberlain Hotel in London where sustainable and ethical designers Sibley Grove have used Troldtekt acoustic panels to counterpoint the reverberating noise reflecting from the stripped-back architecture with its exposed structural columns, ductwork and concrete surfaces. Troldtekt acoustic panels are a perfect solution for this type of venue either as part of a suspended ceiling or individual ‘acoustic clouds’. They are available in a variety of different surfaces and colours and combine sound absorption with a tactile surface. With an expected life cycle of at least 50 years and resistance to humidity and impact, they are available in various sizes and four grades, from extreme fine to coarse. The panels can be left untreated or painted in almost any RAL colour. Depending on the panel specified, reaction to fire is classed in accordance with EN 13501 as B-s1,d0 or A2-s1,d0 respectively.Founded on the Cradle-to-Cradle design concept and having attained Gold certification, Troldtekt wood wool acoustic panels are manufactured using wood from certified forests (PEFC™ and FSC®C115450) and can contribute positively to a building’s BREEAM, DGNB or LEED points.

20 Water Street in Canary Wharf, London is leading the way for how offices should look and feel in the post-pandemic era. As the HQ for real estate giant, JLL, this serene waterside workspace has become synonymous with sustainability and wellbeing. With high expectations to meet in terms of staff welfare, Tétris knew it needed to ensure each space was designed for appearance but most importantly experience. This meant creating productive workspaces free of distraction, where employees can focus and thrive. It was also vital that teams could easily collaborate in its spaces, without having to raise their voices to be heard. With the ability to absorb sound energy instead of reflecting it, SonaSpray K-13 Special, provided the perfect acoustic solution – giving clarity to speech and keeping unwanted excess noise at bay. Along with many other design benefits, SonaSpray follows the lines of whatever is beneath it, giving architects and designers the freedom to design without the constraints of traditional acoustic methods.Image credits to Jonathan Banks Photography.

How we helped to create a space that promoted collaboration, wellbeing, inclusivity, and sustainability. Through the thoughtful use of acoustic wall coverings, we managed the acoustics effectively throughout various spaces within the building.

CMS Danskin were able to provide Regupol 4515 (REGUPOL sonus eco) to the prestigious new Gateway project in central Leeds. As the city centre’s largest residential project to date, it has also provided the area with a luxury landmark.In keeping with high-end living, the interior design of the new build project incorporated a number of characteristic atrium and foyer spaces. While this lack of uniformity gave the building and its apartments an impressive level of individuality, it also created irregular shaped rooms which were difficult to work with from a finishing perspective.The finish of the apartments incorporated tiles throughout all of the bathroom and shower areas. To comply with Part E impact sound regulations, an acoustic flooring system had been specified for use under the tiled floor finish. However, when the tile fitters began installation, a number of challenges emerged.Phil Johnson, building development manager at Aqua Interiors, explains:“The acoustic matting and adhesive combination we were initially using at The Gateway caused us a few problems. There were issues from the tile fitters regarding application of the adhesives, and the over flexibility of the system meant that the grouting was cracking and crumbling once the surface was subjected to weight and traffic.” As the tiling contractors were already on-site, a reliable alternative that would meet Part E standards for impact sound had to be sourced and delivered against extremely tight timescales.The SolutionAs the only acoustic tiling system on the market to comply with the UK Tiling Association’s (TTA)Coefficient of Restitution figure (0.56), a test method to assess the impact resistance of ceramic floor tiling, Regupol Acousti-Tile was identified as the best solution to overcome the difficulties being experienced at The Gateway.The main component in the Regupol Acousti-Tile system is Regupol 4515 Multi (REGUPOL sonus eco), a high performance acoustic underlay which isolates impact sound at source. Regupol 4515 Multi (REGUPOL sonus eco), which can be used with any finish, is first bonded to the construction’s base floor using Ardex AF200.Tiles are then laid on top of Regupol 4515 Multi (REGUPOL sonus eco) using BAL Acousti-Bond adhesive. The acoustic tiling system is completed by filling in the joints using an appropriate grout finish, which is dependent upon whether the base floor is concrete or timber.As a complete acoustic tiling system, all components of Regupol Acousti-Tile are delivered to site in a single delivery. Regupol 4515 Multi (REGUPOL sonus eco) and the complete Regupol range is available exclusively in the UK through CMS Acoustics.The ResultThe quality of the finished bathroom environments is in keeping with the ambition and attention to detail of The Gateway project overall. By installing RegupolAcousti-Tile, Aqua Interiors has ensured that the impressive tiled floor surfaces will not cause residents disruption because of excessive noise transfer between dwellings.Having undergone independent site trials, Regupol Acousti-Tile has been shown to achieve an impact sound value of up to 52dB, which is significantly less than the 62dB required by Part E of the Building Regulations.Johnson concludes: “All of the environments were around 4-5m², but there was a great deal of variation in the room shapes and sizes, meaning there were some changes to the setting once we were on-site.Regupol Acousti-Tile was versatile enough to cope with any changes we made – the Regupol 4515 Multi (REGUPOL sonus eco) element was easy to trim and shape while BAL Acousti-Bond offered the same.

Grafton Architects made stunning use of BASWA Phon, insetting the acoustic surfaces into the structural concrete. The smooth marble plaster finish complements the interior aesthetic, whilst the high performance acoustic absorption provides calm and comfort.

Working to BDP acoustic departments design the project boasts the Topakustik 14/2M (aw – 0.90, Absorption Class A, NRC – 0.89) with a factory finished RAL 9010. 

The developer behind a Victorian mill conversion in West Yorkshire has achieved superior levels of sound insulation for the building’s separating walls, floors and ceilings through a range bespoke sound insulation systems and products from Hush Acoustics.The redevelopment of the Old Town Mill in the Pennine hills close to Hebden Bridge was undertaken by Clay Developments, with the conversion work managed by its sister-company Clay Construction. Both companies have a strong track record in successfully breathing new life into heritage buildings, but this latest project presented its own unique challenges including how to soundproof each of the newly created individual two- or three-bedroom connected properties.The original mill building was built around 1851, initially for use as a cotton mill. The complex was developed with the construction of a second larger mill building and associated facilities in the 1880s, and it was used for a variety of purposes during its industrial life, including for the production of hosiery yarns, wool combing and sheepskin rug manufacture.Externally the converted building, known as Carding Mill, retains its external character with its distinctive coursed square gritstone walls and Welsh blue slate roof, complemented by high performance aluminium glazing and new features including perimeter walls created using natural reclaimed stone. Internally, however, the transformation has been substantial to remodel the building into residential units which comply with the high performance standards demanded by today’s Building Regulations.The new homes created in Carding Mill could have been designed and built to comply with the minimum acoustic requirements, but that was deemed insufficient to deliver the level of luxury the developer wanted to offer potential buyers. Hence, Clay Construction approached Hush Acoustics to explore the design options and available materials to go beyond what the Building Regulations require for material change of use projects like this.Hush Acoustics supported Clay Construction and the architect, Gagarin Studio, to achieve the optimum separating wall and floor designs throughout, with underfloor heating (UFH) also accommodated.Airborne sound tests in the separating walls revealed levels ranging between 52 and 61 dB DnT,w+Ctr, well above the compliance level of 43 dB. And for impact sound on the separating floors, two tests were carried out which registered levels of 35 and 37 dB L'nT,w, again surpassing the Approved Document E requirement of no higher than 64 dB.

Acoustic Products were utilised on the class room teaching space using Topakustik 8/3M to aid with speech intelligibility,combat room reverberation and to lower the sound pressure levels.

Specified and installed specifically for the acoustic and impact resistant properties was our (Topakustik) Topperfo M 16/16/8 (aw 0.75LM Euro Class C, NRC 0.91) perforated panels.

Renzo Piano Building Workshop chose BASWA Phon to create a calm acoustic environment in the Shard main reception. The smooth, seamless finish and versatile detailing options allowed the design aesthetic to be maintained.

Being in an overtly-loud space – whether it’s in a restaurant, an office, a gym or anywhere else – is really irritating, right? You’d be reluctant to go back or never return again. Maybe at home, the marble top counter in the kitchen wasn’t the best idea for open plan living, but you’re stuck with it. Or are you?  Rockfon is proud to announce it has been awarded the industry-leading Quiet Mark certification for its Mono Acoustic, Blanka and Color-all acoustic ceiling tile ranges which will help solve these excessive noise issues, and they will look amazing. https://www.quietmark.com/brands/rockfon Here we have a beautiful range of colours and styles that allow you to get as creative - or discreet - as you like with your acoustic ceiling and they all have built-in Class A sound absorption from the stone wool core.   Rockfon is one of a growing number of building material manufacturers to have its products assessed by Quiet Mark. Nigel Watkins, Country Director at Rockfon UK & Ireland, explains why: “Rockfon has been an expert in acoustics for over 60 years, but we understand very well that acoustics can be complex. Quiet Mark certification is a short cut for saying “this product is going to help make your space quieter.” Rockfon Mono Acoustic is a seamless acoustic ceiling. It is often used discreetly in residential properties, heritage projects or offices where it looks like a smooth plasterboard finish, but it has Class A sound absorption. But Mono Acoustic has allowed the imaginations of some architects to run riot, creating big geometric shapes or curves on walls and ceilings, to create Instagrammable moments for their clients in restaurants, shops and public spaces. Not all acoustic suspended ceilings are white. There are 34 contemporary colours in the Rockfon Color-all range which has been curated by Interior Designer, Sara Garanty, chosen to reflect nature’s colours.  The tiles – which come with a matching grid – provide great opportunities for zoning different areas, depending on how you want to make people feel. Greens are relaxing, blues encourage us to think outside the box and be creative, yellows are uplifting, creams and browns feel cosy, and so on. These tones are designed to bring acoustic and visual comfort to interiors, to enhance well-being Quiet Mark is an independent global certification programme associated with the UK Noise Abatement Society charitable foundation. Its international award programme recognises excellence in low-noise products, technology and solutions to unwanted noise. Poppy Szkiler, chief executive and co-founder of Quiet Mark, said: “Because sound is invisible, it is often overlooked. Yet the fundamental impact it has on all the physical rhythms of our bodies, our hormones, heart rate and brain waves, is so profound and inherent to our wellbeing, and therefore also to the design process of the buildings we live in.” “Quiet Mark and our expert team of acousticians are delighted to approve and certify three beautiful acoustic ceiling products by industry leaders, Rockfon, whose vast selection of edge designs, dimensions, colours and shapes help architects create spaces that people can enjoy with their eyes and their ears”.

The ChallengeLocated in a mixed-use development with apartments directly above the gym facilities, Bannatyne Health Club Maida Vale, was faced with a Noise Abatement Order following a series of complaints from residents occupying the dwellings above. In a bid to remediate the situation, CMS Danskin Acoustics was brought in to trouble shoot the cause of the nuisance noise.The SolutionAn initial site visit by the CMS Danskin Acoustics technical team identified the ‘free weight’ area as the source of the impact noise. Inspection of the floor treatment confirmed that a generic sports flooring tile product had been installed, yet this would not offer sufficient levels of absorption for the impact of free weights hitting the ground.Recognising that a bespoke specification would be required to achieve the necessary sound reduction, CMS Danskin Acoustics commissioned Pace Consult to conduct subjective testing on-site using a range of acoustic system build-ups.To resolve the Noise Abatement Order as swiftly as possible and to protect against any further complaints, the highest performing floor-build up was installed as follows:Regufoam 220Regufoam 190FX75 Tile10mm High Impact MatThe combination of these materials delivered a highly absorptive, durable and resilient construction which reduced the noise generated in the free weights area to a level deemed acceptable by the Council – leading the Noise Abatement Order to be withdrawn.Martin Jones, Managing Director, Pace Consult, comments: “Remediation in gym environments is more common than many realise. In the absence of any legislative standards, the specification of acoustic treatments is left very open. That’s why subjective testing is crucial in any mixed-use development, it’s the only way to be confident the products specified will deliver the exact acoustic performance required.”

This wonderful acoustically treated auditorium at the Headington School featuring TOPAKUSTIK Lungern micro perforated and solid panels.Architects: Lyons+Sleeman+Hoare ArchitectsContractors: BeardFor any questions or queries do not hesitate to get in contact.

University of Strathclyde TICArchitect: BDPInstaller: Linear Projects LtdProduct: Gustafs Acoustic Panel System and Linear RibsGustafs Panel System was specified for the feature ceiling in the entry foyer as well as walls and ceilings in the lecture theatre at the University of Strathclyde Technology and Innovations building which opened in 2014.The £89 million campus will share facilities with local business, industry and public sector projects as well as being a leading research facility for Health, Energy and Environmental studies.Wall and ceiling panels in natural Oak veneer with SH8 slotted acoustic perforations were used on the atrium ceilings as well as the walls and ceilings of the lecture theatre. Gustafs Panel System was chosen to achieve a consistent look across wall and ceiling elements throughout the campus as well as for the flexibility of acoustic perforation styles and versatile Capax invisible installation systems.The Gustafs ceiling panels in both the foyer and lecture theatre of the Technology and Innovations centre at Strathclyde University were specified to be triangular, this design feature was approached differently for each area.The panels in the lecture theatre were cut and finished at the Gustafs factory to have finished edges on the finished triangles and a border of plain panel around the outside (completed using a special perforation pattern).In the foyer the panels were trimmed at the site finished with the white frames to give the illusion of triangular panels.In addition to Gustafs Panel System at the University, Linear Ribs were used across the vast atrium space along the mezzanine and balcony areas with varying widths of rib in Natural Oak VeneerLinear ribs were specified for its flexibility in design and installation, allowing the product to work continuously around the internal and external curves of the space.In addition to this, linear ribs enable the specifier to vary both the width and depth of each rib as well as the spaces between on a piece by piece basis giving infinite possibility for acoustic performance variations as well as value engineering.

BackgroundThe Injured Jockey Fund (IJF) Oaksey House rehabilitation centre in Lambourn, Berkshire, was opened in 2009 by the IJF Patron, HRH The Princess Royal. Oaksey House provides specialist rehabilitation treatment for physical and neurological injuries, it has a fully equipped gym which includes a state-of-the-art anti-gravity treadmill. The centre has respite accommodation available for those receiving extended treatment and their carers. Educational courses on fitness and nutrition for the general well-being of young and aspiring jockeys are also on offer.Oaksey House is not only a rehabilitation centre for jockeys, but anyone with physical or neurological injuries. Although the centre was only opened in 2009, it was decided that a refit was required to make improvements to further support the people that pass through its doors. The refit included moving the gym to the first floor and building a hydro pool on the ground floor.The ChallengeRelocating the gym to the first floor was no easy task, primarily because the building structure was composed of a steel tray and concrete base. To accommodate gym activity, the floor build-up would need to be enhanced to prevent noise and vibrations travelling through the building.As a charity, the IJF had limited funds to work with, so flooring specialists, Sport & Fitness Flooring, worked with the architect and an independent consultancy to identify an effective solution within the specified budget. Moreover, the floor had to be designed to meet the needs of four distinct areas: a cardiovascular zone, a running track, main gym area and an entrance lobby.The project was unique because various performance requirements had to be met across the four areas but the floor level needed to be consistent throughout to make it accessible for wheelchair users. Sport & Fitness Flooring consulted CMS Danskin Acoustics – Gym Flooring Division to advise on potential solutions to address this challenge while remaining cost effective.The SolutionCMS Danskin Acoustics worked with Sport & Fitness Flooring to undertake on-site subjective testing to determine the level of sound reduction and vibration control that would be required. The primary objectives were to prevent vibration travelling into the structure of the building thus resulting in potential structural damage or unwanted noise levels on the ground floor below. Samples of different build ups were provided by CMS Danskin Acoustics on site for testing within a day of the initial request.“Throughout the planning stages CMS Danskin Acoustics acted as a ‘springboard’ for our ideas. They were extremely helpful in offering their expertise to find solutions to meeting the performance requirements of the floor,” said Darren Wood, Director of Sport & Fitness Flooring.Sport & Fitness Flooring worked with CMS Danskin Acoustics to identify a way of raising the floor in different areas to meet a consistent 84mm thickness throughout, without having an adverse effect on the acoustic performance of the flooring. CMS Danskin Acoustics developed a bespoke specification for the four key areas, with solutions subsequently presented to the architect and approved for use on the project.The ResultCMS Danskin Acoustics was able to meet the performance, volume, and diversity of product needed to effectively treat the floor at a competitive price and on budget.In the main gym area, a high-performance combination of everroll® Multitile (everroll Multitile 27mm) was bonded to Regupol® 40/80 Acoustic Foam and fitted to Regupol® Vibration 300. In the cardiovascular zone, Multitile (everoll Multitile 27mm) was bonded to Regufoam® 270 acoustic PU foam and fitted to ply which was adhered to Regupol® Vibration 300. The track was treated with BOK Sprint track bonded to a everroll® Impact Pad elastic layer, ply build up and Regupol® Vibration 300. Finally, concrete effect Luxury Vinyl Tiles (LVT) were used to create a purpose-built ramp up to the 84mm floor level from the entrance lobby.On day one of the build schedule, there was a timed delivery of the material. The bespoke order was exactly as specified and allowed installation to begin immediately with no delays. CMS Danskin Acoustics attended Oaksey House to provide expert on-site support and technical guidance on the installation. The project finished a week ahead of schedule, on budget and the flooring met all the performance requirements that were specified. Crucially, a consistent floor level was successfully achieved throughout the gym.“It’s quite common for suppliers to just sell a material and move on, but CMS Danskin Acoustics deliver a first-class expert and professional service from initial technical involvement, to tracking, delivery, installation and sign off. We regularly work with CMS Danskin Acoustics on various bespoke projects and are always confident in the solutions and expertise provided,” concluded Darren.

Manage acoustics across several UK offices for a high-profile government department. The aim was to create different zones to enhance privacy, manage acoustics and reflect client branding and culture.

Hush Acoustics has successfully addressed a party wall noise problem for a homeowner in north London through the installation of its slimline HD1041 acoustic wall system, improving sound insulation without significantly compromising the room size.The owner of the semi-detached house in Hackney, contacted Hush to find a solution that would enhance the acoustic performance of a separating wall, ultimately improving the quality of life for their neighbours.The properties suffered from inadequate acoustic control within their original construction, allowing everyday sounds to pass through the party wall and become clearly audible next door.The brick wall in this particular case lacked the necessary mass and density to block sound waves generated by speech and activities like children playing. As a result, the noise disturbance caused stress and anxiety for the neighbours.Key to homeowner’s wishes was a solution that would not significantly reduce the size of the room. While retrofitting the wall with acoustic treatment would naturally increase its depth, the client understood the trade-off between volume reduction and improved soundproofing.Hush proposed three fully tested acoustic wall systems, each offering varying build-up thicknesses and sound reduction levels ranging from good to better and best. After thorough discussions between the Hush team and the homeowner, it was agreed that the Hush HD1041 Acoustic Wall Lining System would deliver the optimal solution. This system utilises a combination of high-performing acoustic materials, resulting in a wall lining that is only 55mm deep.A local contractor completed the installation of the acoustic wall system, with Hush providing full technical support and supervision throughout the process.Expressing their satisfaction with the improvements delivered by the system’s installation, the client said:“We have completed the work on the wall, and the results are excellent. The neighbours can barely hear anything now, and they no longer get disturbed when my son is up in the middle of the night. A heartfelt thank you to you and the team.”

See how our innovative acoustic solutions helped create a modern, flexible and social space for accountants and tax advisers across their 10,000 sq ft office in Chelmsford. The project included different colours and textures and given the sensitive nature of some of their work, the scheme also included quiet spaces, meeting rooms and work pods.

The Spirit of Sittingbourne is a town within itself, offering town centre shopping, city living, hotel and a cinema complex.Within the Travelodge on this town centre development Soundis provided Soundis Acoustic Battens overlaid with an 18mm OSB and mineral wool insulation between the battens. This specification is a perfect combination of providing great impact and airborne acoustic performance due to the resilient layer pre-bonded to the battens along with the void created by the battens and the added mass within the build up from the mineral wool insulation.Acoustic solutions for both airborne and impact noises...The cinema specification on this project was a lot more specialised as are all solutions to the required acoustic flooring within cinemas. The system used on this project was the Soundis CineSystem – Ultra (Concrete/Structural Screed), one of two CineSystems which Soundis offer for anti vibration flooring requirements. This system is the natural choice of a floated build-up when there are no constraints in regard to weight, distribution etc. due the additional mass that this system provides and offers the greatest acoustic benefit.

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.

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.

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.

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.

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.”

The brief to Habit Action was to create a space that was fit for high-profile clients and that would elevate their client's brand taking the business to the next level. Our acoustic solutions, including Breeze Acoustic Ceiling Baffles, played a big part in helping to deliver a space that was comfortable and that everyone would be proud of.

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.

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.