"acoustic panels"

Hush Acoustics was tasked with transforming the acoustic conditions inside the multi-use hall and dining area at East Sheen Primary School.The headteacher and teachers were keen to solve a major issue within their hall resulting from sound reverberation, echo and high levels of ambient noise. The brief was developed so speech clarity could be improved, resulting in easier learning and a better environment for teachers and pupils.During the initial survey, the scale of the issue became apparent. A specification was then developed to address the situation in what was obviously a very noisy space during peak times and unbearable for the pupils.The solution came with Hush Absorber panels. To achieve the results required by East Sheen Primary we carried out a site inspection to calculate the amount of absorption material needed to bring the school hall reverberation times in-line with BB93 design criteria for educational buildings.The site survey involved taking measurements and detailing where any absorption panels could be installed to maintain aesthetics. From the site survey, Hush Acoustics could then calculate the level of absorption needed and provide the installation service required. All the advice provided and work carried out was fully in line with BB93 design guidance for acoustics in school and Document E of the Building Regulations.The solution provided by Hush Acoustics treated the reverberation issue extremely well and created a much better environment for teachers and pupils.The school headteacher commented, “Just wanted to say a huge thank you from us all for your work around the acoustic issues. Everyone had noticed the positive impact and assembly today was much better. The difference is massive.”

One can clearly see how functionality meets aesthetic appearance in perforated acoustic birch plywood panels. Precisely perforated panels complement every interior design and the sound-enhancing properties create a pleasant living and working environment. Acoustics play an important role in one’s well-beingAcoustics are important in different construction projects - starting from exhibition booths to concert halls, schools and other public spaces. The best results are achieved in close collaboration with engineers, architects and designers, ensuring the effective combination of sound-enhancing properties and visual aesthetics of acoustic panels to meet the requirements of each project. Furthermore, acoustics play a significant role in one’s well-being. A noisy environment can cause discomfort and increase one’s stress level, as well as hinder communication and reduce the ability to concentrate. With perforated acoustic birch plywood panels, it is possible to minimise obstructions in everyday situations.Perforated acoustic Riga Wood birch plywood panels in projectsWe have recently taken part in multiple projects, where perforated acoustic Riga Wood birch plywood panels were used. The technical requirements of each project are unique. A military base, primary school, cultural centre and Christian congregation – these are just a few to mention and be proud of.Perforated acoustic birch plywood panels are very versatile - wall and ceiling panels can be adjusted in shape and size, overlaid with wood veneer, laminate or lacquered. Panel sizes can be adjusted for each and every project specification, keeping in mind functional and visual needs, as well as installation requirements. This is why we can see the use of our perforated acoustic Riga Wood birch plywood panels in so many and such conceptually different projects.Products used in these projects: Riga Decor, Riga Lacquer, Riga Ply, Riga HPL

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.

The Warwick Arts Centre involved a complete upgrade to the original building; Absorb-R SofTone Fabric Panels and Acoustic Flooring Systems...As well as adding a new-build that houses three HD digital auditoria, a large ground floor gallery to exhibit contemporary art, sculpture and photography, plus a spacious new-look foyer.We were contracted to supply and install an Acoustic Fabric paneling system to reduce reverberation and an Acoustic Flooring system to provide anti vibration within three Auditorium Centres.Within all three of the auditoriums of the newly constructed Arts Centre at Warwick University, installed various systems, providing solutions to both the Sound Absorption and Soundproofing requirements. In relation to the Sound Absorption we supplied and installed Soundis Absorb-R SofTone Panels (commonly known as acoustic fabric panels) These were installed on both the side walls along with the back wall of each auditorium providing full coverage of the walls enhancing the performance of the product improving the clarity of sounds emitted within the auditoriums.The second requirement within each of the auditoriums was to provide a solution to the Soundproofing which is where we provided a Soundis Cinesystem – Dry. This system allowed us to provide great acoustic & antivibration performance whilst ensuring the installation was quick to allow us to achieve the programme dates due to the system comprising of elastomeric isolator blocks overlaid with Dry Screed Panels. The fact of this system being completely dry with no concrete or screed elements negates the need for long drying time potentials causing delays on these types of projects.All installation was carried out by UK Acoustic Systems

We designed and installed 3 of our MG100 movable acoustic walls to a project in London to create flexible working spaces for our client. Their chosen panel finish included a magnetic wipe board along with our PanelHush PET acoustic wall panels. The PET panels help reduce the room echo/reverberation which gives a better working environment. PanelHush PET range is a 100% recyclable acoustic panel that is manufactured from recycled PET bottles. Weuse 65% post-consumer recycled fibres and our products are 100% recyclable.The PET panels come in 12mm or 24mm thick sheets with a choice of 14 different colours to match your design need The installation of our MG100 movable acoustic wall panels gives an element of flexibility which is suddenly added to your space. Therefore, the environment can quickly be manipulated to cater for any of your flexible space needs. Whether that be for meetings or a little bit of privacy. Our MG100 Series also has a strong fire rating of up to 1 hour. We believe that not only should our products look sleek and provide a practical option, but most importantly, they should be able to be called upon in times of emergency.

The University of Northampton campus is split up into several learning blocks.We were tasked with supplying and installing an acoustic lining system into most of these learning blocks. Areas included: – creative hub, learning hub, research & enterprise hub, as well as the engine shed.Included in the Acoustic Lining package were a multitude of acoustic systems and finishes to create a dynamic yet acoustical stable atmosphere within the campus. Systems included; Soundis Absorb-R Gypline aw, Absorb-R WoodTec Panels and Acoustic fabric paneling systems. The combination of a seamless acoustic spray plaster in conjunction with the dynamic acoustic timber veneer wall slats and acoustic fabric panels brought depth and character to the learning environmentsIncluding sound absorption systems within the large open spaces helps to minimise the amount of noise reverberation, in turn creating a much calmer environment ideal for learning / educational spaces. Soundis are you your stop provider in all absorption solutions, whether it be polyester or cement. Our Absorption range helps our clients to create a calmer environment, without compromising on aesthetics, in fact aiding to the decor.

Architect: BDPInstaller: Houston Cox Ltd Product: Gustafs Panel SystemLSA are very proud to have supplied over 2 000 m2 of GUSTAFS Panel System® to the stunning Southmead Hospital which opened in Bristol in 2014.Oak veneer was chosen by the architect to contrast it’s tactility and visual warmth with the cool glazed and coloured elements elsewhere, SM8 mini slot perforations were used to add class B acoustic control to the 6 storey atrium space.Panels for the stair-cores were custom made and delivered fully assembled by Gustafs to achieve the gentle curve to the outside of the central tower. Chris Green, Architect Director at BDP had this to say: “The stair and lift cores centred in each of the colour themed atria spaces are key wayfinding points on a visitors’ journey to the wards and we wanted these elements to have the feeling of bespoke pieces of high-quality crafted furniture, bringing the tactility and visual warmth of a timber against the contrasting glazed and coloured elements elsewhere.The acoustic requirements and characteristics of the atria spaces are complex and the timber shroud surrounding to the stair and lift cores formed an ideal centralised location to act as a primary absorber.The extensive range of GUSTAFS panel perforation patterns, veneer finishes and jointing options enabled us to develop a precise and calming aesthetic to the high-performance absorbing and panelised skin, enhanced by the bespoke curved corner elements.We are extremely pleased with the final appearance of the GUSTAFS Panel System® which has helped deliver a stunning focal point to each of these primary public spaces within the new hospital.”

Perfect for office spaces, our MG600 glass office partitions and movable glass walls offer several benefits to your workspace and your employees.The advantages of glass acoustic walls include excellent light flow in offices, low-cost installation, flexibility in the work environment, and the simple fact that they look classy and classy. Not only that, but they also provide excellent sound insulation, enabling privacy between clients or important internal meetings.These flush glazed movable acoustic wall panels are constructed from an aluminum frame with flush tempered glass panels mounted on either side of the panel for a flush glass look. They work especially well in office spaces, impressing everyone who sees them, be it stakeholders, important clients or business partners.Additionally, you can choose to tint the aluminum frame according to your own design or branding needs. These panels maintain the spaciousness of the room's proportions while maximizing light and clear sightlines. Really great office aesthetic.

Silverstone Universal Technical College is one of the first UTCs to open in the UK.Silverstone College and other UTC’s are part of a government-funded programme to give those aged 14 – 19 unparalleled pathways into University Entrance and rewarding industry careers.We supplied and installed the Class ‘A’ Sound Absorption Acoustic Treatments throughout the new build college. Collaborating with the project team, Architect and the appointed Acoustician an effective and aesthetically pleasing sound absorption solution was developed which meets the Building Regulation requirements of BB93.A variety of Acoustic Absorption products were used in this project including, Absor-R Acoustic Baffles, Absorb-R Acoustic Rafts, Absorb-R Acoustic Fabric Wall Panels and Acoustic flooring.

In 2020, Hewlett Packard Enterprises relocated to The 210 Building, an inspiring office development in the heart of Winnersh Triangle. Working with architects, Perkins and Will, and BW Construction, Style was specified to create an extensive range of flexible space within the meeting rooms as well as a chic, collaborative working environment.Using a combination of 52dB Dorma Hüppe semi-automatic Variflex glass moveable walls, 55dB solid semi-automatic Variflex moveable walls and Style’s ingenious ‘working wall’ pivot panels, a supremely flexible and stylish training and meeting suite has been created. Hewlett Packard employees enjoy a contemporary environment with the freedom to rapidly change room configuration as often as required. The 210 Building offers 62,000 sq ft of newly refurbished office space, of which 31,000 sq ft has been let to Hewlett Packard Enterprise. Aiming to enhance the work/life balance of employees and staff located in the Winnersh Triangle, the Park offers a plethora of amenities including fitness facilities, cafes, open spaces for walking and cycling, an on-site nursery and even its own dedicated railway station. “This is a stunning installation,” said Julian Sargent, Style’s group managing director. “Everything about it is first class, making this a project we’re incredibly proud of.“The Variflex moveable walls offer top-end acoustic integrity, which means meetings and training sessions can take place undisturbed. The combination of glass and solid panels deliver a wonderful blend of privacy and transparency, while bringing a light and airy feel to the floor space.“The mix of fabric and writeable white board finishes offer a chic interior design yet a practical one too, and the pivot panels offer the perfect solution for collaborative working and break out groups.”Style’s agile, floating panel ‘working walls’ remove the usual barriers of meeting and training rooms, segregated work desks and cubicles, instead offering companies a space where individuals can group together, team up quickly on projects, share ideas and change their environment to suit the task in hand.

The Helensburgh Waterfront Development project is about creating a vibrant and attractive waterfront for the town.The main feature of the £22 million development project will be a leisure facility operated by live Argyll. Incorporating a main swimming pool and teaching pool, two state-of-the-art fitness studios, a gym and a café all under one roof, with associated parking and a public realm to meet the needs of the local community and attract day visitors to Helensburgh.The state-of-the-art leisure facility is on track to open in 2022 and is set to provide residents and visitors with new swimming and studio pools and a gym and cafe with stunning views of the Clyde.We supplied and Installed Absorb-R SofTone acoustic wall panels to improve acoustic absorption by reducing reverberation and background noises, providing great psycho physical benefits for users.

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.

A significant new building project has recently been completed at one of the National Trust’s most popular properties in Hampshire, Mottisfont Abbey. The new development, situated on the banks of the River Test, uses Troldtekt natural wood wool panels to improve the entrance facilities at this historic priory and country estate - visited annually by over 250,000 people. Designed by Burd Haward Architects, the new welcome buildings are arranged around a central courtyard, raised above ground level to avoid risk of flooding and impact on the existing flood plain.

When undertaking a heating, ventilation and air conditioning (HVAC) maintenance and upgrade contract on a North Sea offshore platform, RBG Limited identified that critical noise levels were apparent in a range of working areas.Investigating the issue, RBG Ltd commissioned environmental sound testing, which revealed that ambient noise exceeded a specified minimum of 55dB (A) throughout the electrical workshop, store room, hydraulic workshop, subsea office and mechanical workshop, reaching its highest levels of 88-96dB (A) in the mud pit room. Additional noise generated by operating pumps, cranes and machinery would further increase the noise levels in these areas.As such, RBG Ltd needed to source a high performance industrial acoustic solution that would sufficiently reduce the noise contamination and make the working environment acceptable.Seeking expert industrial acoustics advice, RBG Ltd briefed CMS Acoustics on the project parameters, who responded with a bespoke ISO Acoustic Enclosure Panel system design.The SolutionThe ISO Enclosure Panel is a prefabricated sound reduction system, designed to create noise-protected structures in industrial environments. A self-supporting and robust construction, it offers the additional benefit of a short assembly time, facilitated by the panels being lightweight and easy to handle.The industrial acoustics technical team at CMS Acoustics calculated that a combination of 50mm and 100mm thick ISO Enclosure Panels would be required to achieve the specified noise reduction in the different areas. Depending on panel thickness, fire resistance ranging from 30 minutes to two hours can be achieved.For RBG Ltd, CMS Acoustics manufactured the panels in white and supplied them in ready to assemble kits clearly labelled according to area for installation. Some panels were manufactured to allow removal for maintenance while others were designed to be stud welded to external walls.To increase system robustness, CMS Acoustics integrated acoustic doors and vision panels into the ISO Enclosure design.

When Galaxy Insulation – Hush Acoustics’ parent company – moved into its new regional offices near Glasgow, the team wanted to ensure the spaces were pleasant to work in and acoustically comfortable.The offices at Blantyre to the south of the city are contained within a modern building in a business park. This is typically designed and optimised for versatility, energy efficiency and low maintenance with large windows to allow for plenty of natural light transmission.As is common with office buildings of this type, given the relatively low levels of soft materials and furnishings used in the fit-out and décor, once the team moved into their offices it quickly became apparent that the environment was echoey and acoustically uncomfortable as a result of reverberation.RESOLVING ACOUSTIC ISSUESBeing familiar with this issue, the team at Galaxy Insulation were keen to ensure that everyone in the new office could work without being disrupted by excessive background noise, which is often caused by soundwaves reflecting off hard surfaces like glass and wood.Galaxy Insulation turned to the team at Hush Acoustics for assistance with this issue, having seen how it had worked with clients across the UK to address similar reverberation problems. Hush started the process by conducting an acoustic survey to determine the extent of the problem and identify where sound absorber panels could be fitted to resolve the issue.Hush proposed fitting six Hush Absorber 50 panels in varying sizes, including 1800x1200mm, 1200×1200 and 1000x1000mm, which would be strategically mounted on the walls of the offices.This is a Class A absorber that comprises a specially formulated 50mm thick acoustic foam, hand-finished with an interior fabric, which is applied to the face, edges and back return.ADDING A CREATIVE DIMENSIONAs Hush Absorber panels are always manufactured to order in a fabric cover coloured to the requirements of the client, this presented an opportunity for Galaxy to use the new panels for decorative purposes too.Rather than apply a single colour or generic pattern, the local team leading the project wanted to celebrate their great city by printing large photographs of famous Glasgow landmarks onto the panels. A number of high-resolution photographs were sourced and supplied to Hush to arrange the fabric printing as part of the manufacturing process.Hush manufactured and supplied the absorber panels within three weeks from the date of order, and installed them all in a matter of hours to minimise disruption at the Galaxy Insulation offices. Feedback from the team gave the panels an immediate thumbs up, with the difference in acoustic comfort noticed instantly and the images giving the office a distinctive new look.CLIENT FEEDBACKJim Downie, Scotland’s Managing Director of Galaxy Insulation said: “What a transformation the absorber panels have made! Firstly, they look amazing with the vibrant colours of the photographs reproducing extremely well, reflecting our intention to celebrate Glasgow’s iconic buildings and skyline.“Acoustically, the offices are far more comfortable for everyone. We’re an extremely busy office here as we work with customers across Scotland, so we’re always speaking on the phone or talking to each other to deliver for clients. We wanted to ensure high levels of background noise did not result in reverberation and make the working environment potentially unbearable.“The team at Hush Acoustics were quick to understand our requirements which gave us complete confidence that their proposed solution would meet our needs. Now the panels are installed, it is clear that the Hush Absorber 50 panels have worked exactly as planned, working in the background to minimise the risk of nuisance reverberation.”

After embarking on a project to create high quality new learning pods to enhance its facilities, the last thing teachers, staff and children at Carr Lodge Academy in Doncaster were expecting was for excessive background noise to be so much of an issue that it stood in the way of their ability to use and enjoy them.The school wanted to create learning pods for each of its 1-6 year groups to provide a facility that could be used for extra learning, small group teaching or a break-out space for teachers and children. The building contractor appointed to construct the pods worked to an agreed specification and design, but the acoustic conditions that would result from the proposed usage of the spaces, the positioning of the pods and choice of materials for their fit-out was not fully realised. It was only when teachers and staff started using the learning pods that problems with echo and excessive sound reverberation were fully realised. This is a common acoustic issue which results from interiors that feature lots of hard, harsh reflective surfaces with the ultimate impact at Carr Lodge being that the pods were unsuitable for their purpose.The school sought specialist assistance to resolve the issues which started with an acoustic assessment and detailed acoustic report. And following a competitive tendering process, Hush Acoustics was appointed to complete the acoustic upgrade using its sound absorber panels.How absorption resolved the issueThe solution involved manufacturing and installing a series of Hush Absorber 50 panels which were strategically mounted on the walls of the learning pods. The Class A absorber panels are formulated using a 50mm thick acoustic foam which is hand finished in a high quality fabric applied on the face, edges and back – at Carr Lodge, the panels feature a green fabric to match the school’s aesthetics and contribute to the welcoming environment.Various sizes of panels were installed to fit the differing sized spaces within the school. Their positioning was dependent on the size and the layout of the learning pod for the year group. Some year group pods, for example, feature desks, so absorber panels have been installed to be continuous along the desk line, helping the children hear what is being said by teachers. In other desk-free learning pods, the panels were positioned on the walls – symmetrically where possible – to deliver an aesthetically pleasing and acoustically -effective result. Hush Absorber 50 panels work by absorbing soundwaves generated by speech and other sources in a way that hard surfaces such as plastered walls, wood and laminates do not. As a result, less sound is reflected back into the room, so the level of ambient noise is dramatically reduced to deliver a more acoustically comfortable environment that is far more conducive to learning.‘Huge difference’ to the learning environmentSarah Crampton, Principal at Carr Lodge Academy said: “Sound reverberation was causing us real problems and it meant that the learning pods – although fantastic in principle – simply didn’t serve the purpose for which they were intended.“The sound absorber panels have made a huge difference to the useability of our learning pods and provided a solution that did not require major, disruptive work. The quality of the solution provided by the Hush Acoustics team, and their service overall, has impressed everyone involved in this project.”

In this project, Hush Acoustics were tasked with a project in Douglas, the capital of the Isle of Man, to provide a solution for a beautiful mid terraced property recently converted into 4x spacious apartments over four floors.With the apartments located very close to a road, the issues became apparent after spending some time inside, with road traffic noise as well as public background noise clearly heard.Key to resolving the issues was to ensure appropriate acoustic measures were carried out when converting this existing property into apartments, and that the party walls and/or ceilings met the required standards for conversion under the Building Regulations, Approved Document E.Working with Andrew Bentley, the architect and Kevin Cretney of Kinrade Construction, a solution incorporating the following was provided:HD1044 ACOUSTIC BASEMENT SYSTEMThis system has been created with residential properties in mind and is made up of a combination of materials that offer excellent sound reduction within the specified area.The basement system is made up of Hush Slab 100 which is tightly packed within the joists, Hush Deep Resilient Bars, which are fixed horizontally to the underneath of the joists and Hush Multi Panel which is fixed to the underside of the bars. 15mm of Fireline Plasterboard is then used to over board the Multi Panel.HD1041 ACOUSTIC WALL LINING SYSTEMThis system has been thoroughly tested to exceed Building Regulations and our competitor’s wall lining products. It is made up of Hush Multi Panel, the 15mm Fireline which is then installed over, ensuring joints are staggered. The perimeters are sealed using Hush Isolation Tape, as well as our Acoustic Sealant. These boards are then fixed to the Deep Resilient Bars and Hush Slab 25 is fitted in between. The Bars are then fixed horizontally to the wall.The benefits of this system are its high standards of airborne sound reduction, can reduce both flanking and direct sound transmission and creates a minimum loss of space.HD1038 HUSH ACOUSTIC FLOOR SYSTEM MF28This floor system is a highly rated performer and has again been thoroughly tested within areas that require exceptional acoustic control. Made up of Hush Panel 28 which is laid over the chipboard deck and sealed using Hush Seal 20. The Hush MF Ceiling System is then installed to the underside of the joists, to the back of the plasterboard lining. Hush Slab 100 is then installed tightly within the ceiling void. Two layers of plasterboard is then installed to the underside of the MF system and all perimeters sealed with the Hush Acoustic Sealant.Outstanding resultsTests carried out on completion of the acoustic treatment showed immediate results, which completely exceeded the acoustic requirements for conversion within the Building Regulations and also surpassed New Build standards.Chartered Architect, Andrew Bentley, said, "Thank you for all your help and support. I will be happy to use your products again in future."

Achieving a Building Regulations compliant level of soundproofing in residential conversion projects demands the use of superior quality soundproofing materials and systems, which are deployed in the right way. It is an approach that a recent development in the south Manchester suburb of Levenshulme perfectly encapsulates, with outstanding results for the developer and future residents.Hush Acoustics was tasked to provide a solution for a conversion project at 31 Albert Road, Levenshulme by Meridian Construction & Refurbishments. It was converting the five-bedroom Victorian dwelling into two residential flats, which meant the separating floors had to be constructed in a way that would meet the acoustic standards set out in Approved Document E of the Building Regulations for England and Wales.Under Approved Document E, ‘material change of use’ projects like this must incorporate soundproofing in the floors between individual dwellings to reduce the risk of nuisance sound transmission. Evidence that the floor construction complies with the standards is normally provided to building control through post-installation acoustic testing, which on this project was undertaken by C80 Solutions.Hush Acoustics was invited to attend the site by Meridian when the building was at its early rip out stage. This provided an opportunity to get a clear understanding of the situation and discuss the options for the separating floors to ensure they would meet the requirements of Approved Document E.The floor structure was a traditional timber floor with floorboards. There was only a very limited specification in the design, so Hush was able to help by providing specialist technical consultation to develop the most cost effective and easy to install solution for the Meridian site team.Following the site visit and inspection of the building, Hush Acoustics’ soundproofing specialists developed an acoustic product specification for the separating floors that would not only meet the minimum standards of the Building Regulations, but exceed them with ease.Hush-Panel 17, a thin MDF overlay board which incorporates a 10mm Hush-Felt resilient layer, was installed over the structural deck. This was glued using Hush-Bond Panel Adhesive and isolated at the perimeters using Hush-Seal 20.The structural deck consisted of the original floorboards that had been overboarded with a thin plywood. This provided a solid flat surface to install the acoustic flooring. The existing ceiling was left in place where possible to avoid the need for ripping out where it was not required, which allowed for a new acoustic ceiling to be installed. This consisted of two layers of 15mm Fireline plasterboard on a suspended frame with Hush-Slab 100 sound absorber slabs placed within the ceiling void.As part of the service, Hush Acoustics arranged for the acoustic testing to be carried out by testing partner C80 Solutions. They recorded the following results:Airborne – 53 dB DnTw+Ctr and 52 dB DnTw+Ctr (the higher, the better)Impact – 48 dB LnTw and 43 dB LnTw (the lower, the better)These are very good acoustic figures for a separating floor in a residential conversion project of this kind, demonstrating what can be achieved with a combination of high quality soundproofing materials are combined and installation correctly.Ultimately, this outstanding acoustic performance for the separating floors will help to ensure a high level of satisfaction for the future residents of these modern apartments.

Hush Acoustics provided an acoustic solution for the Aviation Academy in Norwich as part of its project to transform the building through the creation of an innovative learning environment. Based within a World War 2 aircraft hangar, home to a museum, cafe and now classrooms, catering for pupils and youth organisations as well as holding events and conferences, this academy accommodates a wide variety of uses and needs. Hanson Barron and Smith Architects worked on the design of the custom facility, with the aim to create a mezzanine floor within the atrium on which classrooms would be created.The atrium itself holds conferences that can accommodate over 300 people, so in order to ensure the acoustics within the building were fit for purpose, a site visit was conducted to assess how the required acoustic standards could be achieved.On visiting the site, an acoustic concern within the building was the footfall noise being created from the mezzanine floor.The solution proposed after calculating the requirements of the areas was 1500m2 of Hush Panel 17, which would be fitted over the structural plywood deck.Hush Panel 17 is a thin overlay board which minimises floor build-up without compromising performance. By reducing impact sound transmission through the separating floors, it achieves excellent results, with the upper layer of moisture resistant MDF providing a consistently smooth surface for application of floor finishes.Working with Robert Goss from Hanson Barron and Smith and RG Carter who were the main contractors on site, over 2000 sheets of Hush Panel 17 were supplied and fitted to the area.

AstraZeneca Case StudyProject: AstraZeneca HQ, CambridgeProduct: Fade acoustic plasterQuantity: 4200m2Main Contractor: MaceSubcontractors: CMS DanskinArchitect: Herzog & de MeuronValue of Overall Project: £50 Million +Introduction: AstraZeneca Acoustic Plaster Case StudyAfter starting the project with Skanska as lead contractors, in 2019 AstraZeneca switched to their current partnership with Mace to complete their multi-million pound HQ. The building is designed with research facilities at the forefront, and is sound insulted using Fade Acoustic technology.About AstraZenecaSince its inception in 1998, AstraZeneca has been a trailblazer in the fields of medical and scientific research. The Swedish-British company has over 90 locations worldwide and is active across Africa, Europe, Asia and North America. Their headquarters in Cambridge will act as a hub for global innovation, and their patents improve the lives of millions each year. Most recently, their Oxford-AstraZeneca vaccine was the first COVID-19 vaccine to be approved in the UK, and has since been adopted worldwide. The company is also at the forefront of cancer research, partnering with Cancer Research UK to improve survival rates.About MaceMace Construction has been developing ideas for clients across five continents for the past 30 years. Their project list is extensive: they’ve worked on everything from airports to the world’s largest observation eye, and closer to home with a renovation of TV’s Coronation Street. Like many industries, the COVID-19 crisis has hit the construction industry in unexpected ways. Instead of seeing this as a setback, Mace have innovated their work-from-home technologies, introducing drones and remote technology to future-proof their business. The company is also future focused in their view towards the environment, implementing green ideas across all projects. Recently Mace were lead contractors on 70 St Mary Axe, the curved skyscraper currently under construction in central London. As well as boasting an attractive semi-elliptical design, by using double-glazed wall cladding and vertical shading fins, the skyscraper also boasts incredibly low carbon emissions.About the projectAstraZeneca’s UK based headquarters have been in the pipeline since 2013. Originally valued at £330 million, soaring material costs and increased investment in new technologies raised the cost to £500 million by 2019. The new headquarters is an immense glass-based structure at the center of Cambridge’s Chesterford Research Park. Herzog & de Meuron’s triangular design was chosen to encourage easy movement around the building, and glass panels are used liberally throughout to “promote ‘visible science’, according to AstraZeneca. The central piazza is a nod to the sprawling courtyards of Cambridge University, providing a communal space for socialising and the sharing of ideas. The headquarters will act as a central hub for both research and business, linking commerce and science under one glass roof.About Fade acousticsFade Acoustic plaster is a flexible alternative to traditional acoustic solutions. A fibreglass substrate provides a sound insulating layer which is then sprayed with 3mm of plaster. This extra layer gives a plastered-like finish, completely disguising the panels beneath. This invisible layer makes Fade Acoustics products ideal for preserving integrity of the building’s original design. The modernist Shenzhen Sea World Culture & Arts Center, for example, was completed using Fade Acoustics plus+ to provide seamless insulation that showed off the building’s angular modernist features. The product can me made to fit any type of structure, applied to concrete or timber substrate, or can even be attached direct to grid using Fade Special Washers. Fade Acoustic products have been proven to be durable and humidity resistant, receiving an A+ rating from French regulatory bodies for creating safe indoor environments.Why Was Fade Acoustics chosen?Mace had previously used Fade Acoustics Plus+ on Tottenham Hotspur’s new stadium, chosen for their hassle-free installation and wide range of colour options which allowed for flawless blending with existing plaster. After this success, Fade Acoustics were an obvious choice for AstraZeneca’s HQ. The project’s complex geometric structure required a soundproofing technique that could adapt to the building’s unique shape without hindering design. The HQ required a bespoke thickness due to the installation of sprinklers. This meant the team had to create a custom sized acoustic board by altering fibreglass substrate to 30mm, instead of their regular 25mm or 40mm. Due to travel restrictions during the COVID-19 crisis, the chosen product also needed to be installed quickly without compromising on quality. CMS Danskin were able to acquire the material quickly, meaning WRR UK, long-time contractors with Mace and the project’s approved installer, could start installation within two weeks. Fade Acoustic’s flexible and easy to install product meant the team could install 4200m² of Fade Acoustic plaster in the final two months of the project. The project is due to be unveiled later this year.

Hush Acoustics provided an acoustic treatment for the floors within the visitor centre of the first sake brewery in the UK, Dojima Sake Brewery. The client was concerned the excessive impact noise from busy areas would transmit through the floors and affect other spaces. The solution was to develop a floating floor design involving Hush Panel 28.Hush Panel 28 was specified for use within the visitor centre to provide an acoustic overlay floor treatment for the café area, which is above the main visitor centre, to help control impact noise from the busy environment.The specification was developed in conjunction with Alinda Barua from SCABAL Architects (Studio Cullinan and Buck Architects Ltd), which represented an excellent collaboration to arrive at the required acoustic improvements.

ACOUSTIC insulation experts CMS Danskin Acoustics has worked with historic Standon Hall to specify and supply a range of acoustic products to reduce the impact of airborne and impact sound transmission in the Grade II listed Staffordshire venue.During the course of redeveloping the early 20th century country house into a high-quality wedding and business venue, Standon Hall made acoustics a key element for investment. CMS Danskin Acoustic’s in-house technical team conducted a site assessment in order to specify an insulation strategy to address structure borne noise and absorb sound.The objective was to prevent noise transfer between ground floor functions rooms and nine bedrooms and suites above. Andrey Magiy, Standon Hall’s MD, said, ‘During this two-year project to transform the hall into an outstanding venue we had an opportunity to address acoustics as floors were lifted to install new services. It was as important to prevent sounds from above being heard in meetings and conferences below, as it was to prevent noise from ground floor functions filtering up into the bedrooms.’The resulting acoustics strategy from CMS Danskin Acoustics involved the installation of 600sq m of Smartspan floor panels, Karma TNF70 high density stone-fibre batt and REGUPOL acoustic isolation strip. Challenges included the need to work from above to avoid disturbing fine, moulded lath and plaster ceilings below and the necessity to specify high performance acoustic materials of a thickness that wouldn’t increase bedroom and bathroom floor levels.Andy Hayes, CMS Danskin specification manager and IAO Affiliate, said, ‘Smartspan panels span across bearing structures such as, in this case, joists. They provide high acoustic performance, are easy to install, come in different thicknesses, such as the 32mm and 18mm used at Standon Hall, and have a reaction to fire classification (EN 13501-1) A1.‘Smartspan was also valuable for use in bathroom floors as it has excellent thermal conductivity making it ideal over UFH systems, has surface water absorption of only (EN20535) <300g/sq m is suitable for stone and ceramic finishes and, with a tongue-and-groove profile, it’s straightforward to install.’REGUPOL Acoustic Isolation Strip was also incorporated to reduce impact noise from first floor footfall. The strips are designed to sit beneath all types of partition walls and are described by the company as a simple and effective way to reduce structure borne noise. ‘Quick and easy to install, they provide long term performance without collapse or ‘bottoming’ out under high point loads, are resistant to ageing and deformation, are manufactured using recycled materials and are 100% recyclable.’~Karma TNF70 was also specified in places. Says the company: ‘It’s typically used in refurbishment projects for improving existing structures where access is only available from above and where additional acoustic and fire performance is required, such as in flats, offices, shops, and hotels. It’s lightweight, quick to install and is a dry system that won’t damage sensitive lath and plaster ceilings or fine plaster mouldings.’‘The products have been absolutely brilliant and we have great acoustics results for the primary rooms,’ said Standon Hall’s Andrey Magiy. Standon Hall opened for private hire for weddings and corporate events during 2021 and the bedrooms and suites were completed and launched in spring 2022.

Acoustic Products has launched a new semi-automatic electric movable wall system. Each panel within the system has a microprocessor based circuit board controlling automatic operation of the panel seals making the system extremely easy to use and re-locate. Available in sound reduction ratings up to Rw 57 dB, a wide range of panel finishes and with simple or more complex remote stacking arrangements. Please contact the techical sales department at Acoustic Products for more information. Tel +44 (0)1227 281140 Fax +44 (0)1227 281141 www.acoustic-products.co.uk enquiries@acoustic-products.co.uk.

Hush Acoustics provided a range of acoustic products for the construction of Warren Court, a new development of 9x luxury two bedroom apartments. Working with Marlowe Building Contractors, we provided advice and materials for the apartments’ soundproofing to give acoustic performance better than New Build standard.The Standard Assessment Procedure (SAP) energy ratings had already been calculated and passed before Hush were involved with the acoustic design. The building’s structure consisted of lightweight masonry walls and a timber joist floor structure, which could not be changed due to SAP compliance. As a result, Hush was tasked with developing a comprehensive design to ensure compliance to Approved Document E of the Building Regulations with this form of construction detail. The biggest issue was the continuous lightweight block walls that may be thermally very efficient, but present major difficulties acoustically. To go over and above the new build standard, it was necessary for all blockwork and timber floor joists to be isolated on Hush Resilient Seating. Ceilings were also isolated by using Hush Suspended Ceilings in the main and an Enhanced Clip and Channel System was used where the floor/ceiling heights were at a premium. Hush Panel 28 was provided throughout as the floating acoustic flooring system.We carried out pre-completion sound tests which achieved results well in excess of the new build standard. Airborne sound test results ranged from 49 dB (DnTw+Ctr) to 61 dB (DnTw+Ctr) and impact achieved 46 dB (LnTw), 16 dB better than the required new build standard.

We can make any size and shape access panel: Antibacterial Paint Special Antibacterial Paint available with the added benefit of an effective antibacterial agent which kills most species of bacteria, including the deadly MRSA, Salmonella, E coli and C difficile. Ceramic Tile Doors Plasterboard Faced Metal Faced Loft Hatches Fire Rated Acoustic Rated Airtight Rated Smoke Tested Special Paint Colours for your Project needs. Available Panel Sizes: 100x100mm to 3000x8000mm

“We have used products from CMS Danskin Acoustics on a variety of projects and always found them a good company to work with and very helpful to deal with,” said Gerry Winter, Allied Acoustics.The Council’s room was designed for holding meetings, training sessions and information days; but the acoustics in the room were distracting and the internal reverberation meant that hearing people speaking was difficult. CMS Danskin Acoustics engaged with the architect at East Renfrewshire Council to agree on the best solution without compromising on aesthetics, and ensuring they could offer the best value.The SolutionFollowing an on-site consultation at the Council with an external acoustician, CMS Danskin Acoustics was brought on-board to supply 25 SuperPhon® Acoustic Rafts; which are specially designed to reduce reverberation times and to improve listening environments. In addition, the tiles are available in a range of attractive colours meaning that the aesthetics of an internal building are not lost, which was of high importance to the Council. “The SuperPhon® Acoustic Rafts were chosen because they fitted with the style of the building, the need to retain the exposed roof structure and the fact that the fabric colour choice provided a less commercial ‘office feel’ to the final installation,” said Andrew Eaddy, East Renfrewshire Council.The ResultsFollowing the installation, CMS Danskin Acoustics carried out some calculations to evaluate how successful the Acoustic Rafts were performing. The team found that they had managed to bring the reverberation time down from 1.8 seconds to 0.8 seconds, ensuring a much-improved sound quality to the room for its multi-purpose activities.“The client was very happy with the end product at Rouken Glen and there was a substantial sound reduction after the panels were installed,” continued Gerry. “Overall we were very pleased with the results and the chosen product. The ease and speed of the installation, thanks to the bespoke fitting, meant that it wasn’t long before we were able to use the communal room again. We’re really pleased with the finish too, it’s exactly what we had in mind for the space,” concluded Andrew.

Project: Jodrell BankMain Contractor: Sir Robert McAlpine LtdSubcontractor/installer: Sound Interiors LtdArchitect: HassellProduct: SuperPhonOverall Project Value: £16 millionQuantity: 56 triangular and 26 circular acoustic raftsHassel Architects and Robert McAlpine contractors collaborate on The First Light Pavillion, nestled in the Cheshire countryside at Jodrell Bank. The educational centre with a focus on not only the future of our planet, but of our universe.Jodrell Bank and the First Light PavilionJodrell Bank is the northern heart of British space research thanks to the Lovell telescope, which at 3200 tonnes is one of the world’s largest radio telescopes. The site hosts the yearly science and music festival ‘BlueDot,’ named after one astronomer’s description of planet earth from space as a ‘pale blue dot.’ As the name suggests, the event aims to change the way we think about our planet, with huge mechanical sculptures made of recycled items created each year. It attracts scientists and speakers from around the world, including Brian Cox and Richard Dawkins, award-winning author of ‘The Selfish Gene.’Drawing on the history of Jodrell bank, Manchester University are now embarking on a long term project to introduce a younger generation to science. The team believe ‘A passion for science, sparked in childhood, can be the catalyst that leads to bold new discoveries and a better understanding of the world around us.’ In order to spark this passion, The First Light Pavilion will use immersive installations to tell the history of Jodrell bank and it’s place in science history. The space will accommodate speakers, school trips and conferences, and will bring visitors from all over the UK.Robert McAlpineLead contractor on this project, Robert McAlpine have an equally future facing outlook. They are best known for the internationally recognised Eden Project, an indoor tropical paradise made of a series of interlocking biomes designed to emulate rainforest conditions. Unseen on this scale anywhere else in the world, Robert McAlpine constructed the world largest scaffolding, using 230 miles of poles. As well as looking the part, the offices are also built from entirely recycled materials, and the centre aims to promote caring for our environment. In a similar vein to The First Light Pavilion, the site was specially built to accommodate learning, as well as large scale festivals and events.Hassell ArchitectsHassell Architect’s ethos is focused on science education, winning them two AIA awards for their work with James Cook’s University’s science department. They were highly praised for “making science visible, accessible and attractive,” to both students and the general public. The firm is also known for recognising the changing needs of educational spaces in the digital age. Many of their projects focus on multi-use spaces that can be used for socialising, group learning and conferences. They are based both the UK and Australia, and have led projects everywhere from Brighton to Brisbane, bringing an international flair to the idyllic Jodrell Bank site.CMS Danskin AcousticsCMS Danskin Acoustics describe themselves as experts in soundproofing solutions, and have a huge amount of well known projects to back this up. Many of their most inventive projects have been in partnership with SuperPhon, and showcase CMS Danskin Acoustics ability to create distraction-proof educational environments. Most recently they were involved in a reinvention of Teesside University Library. Tasked with breathing new life into the study space, CMS Danskin Accoustics suspended foam plates from the ceiling to emulate a rainforest retreat. The foam plates were specially designed with study in mind and dispersed sound, keeping interference at a minimum for the students below.The ProblemReverberation is consistently a problem in large educational spaces, affecting sound quality and causing distractions. With 20,000 schoolchildren expected through it’s doors each year, and countless speeches and workshops happening year round, reducing reverberation is of high priority for The First Light Pavilion. A useful measure for the effectiveness of any sound absorption solution is BB93: acoustic design of schools – performance standards. This details the level of sound absorption acceptable for a classroom environment. BB93 recommends reverberation time to be as little as 0.4 seconds, which should be used as the benchmark for this project.The SolutionIn a similar technique used at Teesside University, SuperPhon’s sound absorption rafts will be suspended from the ceiling of the pavilion. They will integrate into the design of the pavilion, as they can be cut to bespoke sizes, mirroring the night sky above. The panels are sound absorbent, made of a composite construction and covered in acoustically transparent woven textile fabric..The ResultReverberation should decrease to 60 decibels in less than half a second, as recommended by the BB93, making The First Light Pavilion the calming educational space it was designed to be. The building will be able to comfortably accommodate thousands of visitors each year with minimal noise disturbances, allowing guests to focus on the majesty of space and the world around us.

Architect: 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.

Since 2012, Danish acoustic panel manufacturer Troldtekt has led the way with its sustainable practices and leadership. An early adopter of the Cradle-to-Cradle design concept, the company has focused on its material health, reutilisation, energy, water and social responsibility winning recognition and numerous green awards over the years. The inclusion of FUTURECEM™ within its wood wool panels has further enhanced the manufacturing process, helping Troldtekt further solidify their Cradle-to-Cradle Gold Certification. FUTURECEM sourced from Aalborg Portland exploits the synergies between calcined clay and limestone filler. With this process, much of the burnt clinker in the cement can be replaced resulting in a bonding agent with a much lower carbon footprint. The result means that now, over their product life cycle, the carbon footprint of Troldtekt acoustic panels based on FUTURECEM are 26% lower than that of Troldtekt based on grey cement and 38% lower than that of Troldtekt based on white cement.This innovation, coupled with the company’s sole use of wood from FSC® and PEFC™ managed forests has helped Troldtekt get one step closer to its strict environmental targets. It also further enhances a building’s contributions towards BREEAM, WELL, LEED and DGNB-Certifications.Troldtekt acoustic panels are available in a variety of different structures and colours combining superior sound absorption with award-winning design. The Troldtekt range has a minimum expected life cycle of 50 years coupled with excellent resistance to humidity and tested to meet ball impact standards. The range is available in various sizes and structures, from extreme fine to coarse. They can be supplied as natural wood or finished in almost any RAL or NCS 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.

All acoustic products which were installed on this project by UK Acoustic Systems were manufactured by Soundis, specifically their Soundis Absorb-R WoodTec range, which the client and architect approved due to their versatility, and the fact they were able to manufacture the products exactly to the project specific specification.The Micro Perforated Timber panels were located and installed on the curved rear wall of the auditorium. The timber core panels were faced with Micro Perforated Formica and the client decided upon the colour red which contrasted the other products within the auditorium tremendously.

Construction of Herman Miller’s New HQ and distribution centre began in 2014, being the biggest single investment in the town, and creating 200 jobs in the local area.Soundis Absorb-R Timber Grooved 14/2m Sound Absorption panels...The 170,000 sq metre warehouse project required Absorb-R Timber Grooved 14/2m Sound Absorption panels to be fitted to the walls of the office area, meeting rooms, restaurant and general circulation space. The acoustic wall panels were specified for innovative design and high sound absorption acoustic performance.The timber wall panels are grooved, providing impeccable sound absorption performances, but also ensuring a high class aesthetic finish and feel with a choice of timber types and finishes.Herman Miller provide “Class A” products and are renowned for great quality and therefore required a sound absorption solution to comply with their own brand style. Soundis fitted perfectly to the Herman Miller specification throughout the installation space being treated and installed by UK Acoustic Systems.

The Mežaparks Great Bandstand is among the biggest bandstands in the world. On stage, it can accommodate approximately 13,000 choristers, while in the auditorium, there are more than 30,000 seats. The specially designed stage comprises 510 three-dimensional acoustic panels of different sizes. Each panel was installed at a different angle, assuring excellent sound quality during both bigger and smaller events. The spherically-curved shields are made of Riga Preprime and Riga Ply birch plywood, and both products show excellent technical and visual performance under different weather conditions. Each three-dimensional panel’s thickness is 36 mm – made of four 9 mm panels that are glued together. The panels are in 16 sizes, the largest with a 4 metre diagonal measurement. For long-lasting performance and to protect from sun, wind and rain, the panels are painted with special paint and partly covered with a roof.The project authors are architects Juris Poga and Austris Mailītis. The panels were manufactured by the timber structure design and manufacturing company ZAZA Timber.This year, the XXVII Nationwide Latvian Song and XVII Dance Festival will gather thousands of singers and dancers to celebrate dance, song and culture. Part of the festival will be held at Mežaparks Great Band Stand. Latvijas Finieris and Riga Wood are amongst the biggest supporters of the event and Riga Wood birch plywood products will be widely used in nine projects all over the city – starting from information signs and decorations to anti-slip stage floors and acoustic constructions.Since 1873, the nationwide Latvian Song and Dance Festival has been a part of the Latvian national identity that connects generations through the years. It has also been acknowledged worldwide and is included on the UNESCO List of the Masterpieces of the Oral and Intangible Heritage of Humanity.

The school has 69 pupils who have special educational needs, of which around 28 would board on the first floor of the new school.Soundis were contracted to supply an acoustic fabric wall mounted panelling system to the newly constructed teaching areas within the school. The requirement for sound absorption on this project was elevated due to the sensitivity of sensory processing within the children. The panels help to control & reduce reverberation times (echos) providing a calmer environment for the children to work in.The system chosen on this project were the Soundis 40mm Absorb-R SofTone Panels, due to the panels being 40mm thick, they provide Class A acoustic performance.

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.

Optimising acoustic comfort within radiology facility, LondonHush Acoustics transformed the acoustic environment within a radiology facility where staff and clients experiencing noise nuisance within both a boardroom and video conferencing room, which was noticeably affecting speech clarity.Renowned as specialist consultants throughout the UK, Australia and further afield, offering 24-hour radiology reporting, Everlight Radiology offers urgent after hours and daytime consultant radiologists to hospitals throughout the world. Hence, it was imperative that their rooms were treated quickly in order for the practice to continue with their duty of care and excellent service.After considering printed acoustic boards from another supplier, which would have offered Class C absorption, Everlight’s chief executive officer contacted Hush to gain more specialist advice on sound absorption.Upon a visit to the Everlight Office, we found the rooms to be suffering from very high levels of reverberation and echo noise. Through our professional and technical advice, along with carrying out an acoustic assessment, we presented the client with a recommended solution based around Hush Absorber Panels 50 & 50A panels. The reason for including the Hush Absorber 50A panel in the specification was because it was imperative for the ceilings to be treated in order to get the sound result that our client was anticipating.Faced with a vast array of asymmetrical ventilation ducts and lights on the ceilings in the rooms in question, additional consideration was needed regarding the placement of the acoustic panels. A plan was drawn up to give possible layout options, which were agreed by the client.Unlike the client’s initial consideration prior to contacting Hush, Hush Absorber Panels are Class A absorbers, made from fabric wrapped 50mm thick acoustic foam. They have built in support frames to allow for bracket fixing, to provide an air void behind the absorber for enhanced acoustic performance. Class A absorption is of the highest level, with Class E being the lowest and this scale ensures simple comparison between acoustic products, which is important when choosing the right product for maximum impact on sound reduction and speech clarity.Included in the client’s brief was a request for particular panels to be printed. The client wanted to incorporate their brand logo and hero statements, intended to remind their clients and staff members using the room of their key messaging and values. The pictures supplied to Hush were designed in-house and delivered in high resolution which ensured an outstanding result.The client expressed interest in having larger boards for the video conferencing room to the bespoke sizing of 2050 x 1300 x 50mm. These panels were made to order, and provided in colours Chrome and Smoke, which were then organised in a checked pattern on the ceiling. Hush 50A Absorber Panels were installed using suspension packs, which allows for the air void behind, whereas the Hush Absorber 50 Panels were installed using the Hush Absorber Adhesive, making them clean and easy to install.The client was delighted with the finished result, not only in terms of practically and the acoustic improvements but aesthetically too. The colours chosen along with the custom printing reflects the business looking smart, clean and contemporary and resolves the reverberation issues that they were originally facing.

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.