"library"

Working with award winning architects Hawkins Brown Associates LLP and Main contractor Osborne Construction, 63 secondary glazed units have been installed by Selectaglaze during the remodelling and refurbishment of the Grade II Listed Plumstead Library, to make it more thermally efficient and to create quieter spaces for the local community user groups. A number of styles were installed across the library, including two large sweeping bow windows framing the entrance, to upgrade the single glazed metal frames primary windows which could not be changed. All sightlines were matched, and the secondary glazing allowed full access for cleaning and maintenance.

Architects: Woods BagotLocation: Wiltshire, UKPhotography: Will PryceMaterial: NATURSOFFIT-W CladdingFinish: RustikThe project by the Woods Bagot architecture studio for the library at St. Mary’s Calne School re-centres the space as the hub of academic and social activity. Completed in 2020 and located in the British county of Wiltshire, the project maintains the school’s traditional aesthetic, all while incorporating a central garden with apple trees.The library’s faceted ceiling is a central part of the design, which evokes spreading tree branches. All of the wood panels are held up by an iron truss structure connected to large pillars, simulating the vertical nature of trunks. The properties of Parklex Prodema’s false ceiling allow continuity for the wood from the interior to the exterior, making it visible through the clerestory windows.The triangular panels that make up the complex faceted geometry are resistant, long-lasting, sustainable, and maintenance-free. They were custom manufactured for this project, including perforations for acoustic purposes, allowing sound to pass through the panel to be absorbed by the insulation behind it.The natural Okume wood panel selected by the architects provides a warm, welcoming atmosphere, creating a point of inspiration for learning. Combined with the garden landscape around it, the continuous ceiling magnifies the building’s appeal and integrates it into his surroundings.

When American architect, Louis Sullivan, in 1896, said, “Form ever follows function” he probably hadn’t foreseen the creation of the Statutory List of Buildings of Special Architectural or Historic Interest that would have its origins in the devastation left in the wake of the Second World War.The ChallengeThe preservation of old buildings is challenging enough but additional issues arise when it comes to refurbishments and renovations, particularly if there is a material change of use. Suddenly, a building that was created for one purpose is given another, sometimes radically different, purpose. The form can’t follow the function if the function is allocated post-construction. Significant modifications can help align an old building with its new function but, in the case of Grade II listed buildings, for example, the interior can’t be fundamentally changed and function is forced to compromise.Even when there is no significant change of use, modern building regulations demand performance standards that didn’t even exist at the time that buildings currently being renovated were originally envisioned and created. The requirements of Part E of the Building Regulations, governing soundproofing between floors of a building, are relatively easy to shoehorn into a renovation project as these tend to be concealed beneath floor finishes and screeds. Problems with reverberation are far more difficult to tackle and even though there is very little regulation surrounding this issue, BB93 of the Building Regulations, governing reverberation levels in schools, tends to be employed as an effective benchmark.When reverberation levels reach a certain point, they can become more than just an irritation, with the overlap between what is currently being said and what was said a couple of seconds ago becoming genuinely disruptive. In schools, this can make it extremely difficult for children to follow what their teacher is saying. For this reason, BB93 demands a reverberation time of 0.8 seconds or less, with 0.4 seconds being seen as ideal. Reverberation time is described as the time taken for the sound pressure to fall by 60 decibels after the original sound has ceased abruptly. So, in the case of BB93, 0.8 seconds or less after a sound has been made, that sound should have decreased by 60dB. 60dB is a significant drop, the difference between a construction site with pneumatics drills and a busy department store.It is in situations like this, when form and function appear determined to have nothing to do with one another, that architects and the designers of construction materials are driven towards increasingly innovative and paradigm-shifting solutions. The stereotype of the architect who is concerned only with form and is completely disinterested in function is, thankfully, a thing of the past (if these individuals ever really existed at all). Modern architects don’t create buildings so much as living and working spaces, where physical aesthetics are neatly balanced with a host of other concerns, such as the quality of an environment’s acoustics.Although regulation sets crucial, legally-enforceable parameters, few architects need to be incentivised to aim high when it comes to a building’s acoustics.This drive towards innovation has resulted in widely differing solutions. Reflector panels and diffusers redirect sound waves or disburse them more evenly through the listening environment, reducing nuisance noise. These solutions tend to be employed in lecture halls or auditoria, where a certain amount of volume is desirable, but the quality of the sound is crucial. The most commonly employed anti-reverberation product is the sound absorption panel. These fabric covered panels are mounted on the walls of a room or suspended from the ceiling. When the sound wave enters the open cell structure or fibrous composition of the panel, it bounces around like a pinball. The friction resulting from each instance of impact is converted into low-level heat which is absorbed into the material. When the sound wave re-emerges, its energy, and consequently its ‘loudness’, is significantly diminished. This tends to be the solution of choice for classrooms and is generally considered to be the quickest and most cost-effective route to BB93 compliance.Some acoustic challenges are more demanding than others. The renovation of the Picton Reading Room, part of the £50 million redevelopment of Liverpool Central Library, being a case in point. Not only is the reading room contained within a Grade II listed building, it also boasts an elaborate coffered saucer dome. Domes are something of an acoustician’s nightmare, as they focus rather than distribute sound, exacerbating reverberation problems. All of which means a dropped pencil in the Picton Reading Room sounds like a Keith Moon drum solo. Why Cornelius Sherlock, the reading room’s architect, decided to incorporate a dome – one 100 feet in diameter and 56 feet high – into his design for a space that was intended for quiet study is a little bewildering, even if his work does predate Sullivan’s remarks by a couple of decades.Thousands of hours of work have gone into restoring the ceiling of the Picton Reading Room, with plaster, paint and gold leaf being matched as closely as possible to the original 1875 design. Given the need to be true to the form of the original, certain anti-reverberation solutions were unworkable. Reflectors, diffusers and baffles couldn’t be suspended from the ceiling, as all those thousands of hours of work would be hidden from view and the Nineteenth Century aesthetics undermined. Wall-mounted sound absorption panels were not a viable option, as there was very little wall to speak of, with three levels of solid wood bookshelves encircling the room, almost up to the beginning of the dome.Recent innovations in the area of acoustic plaster held the solution. Sound absorbent plaster has been around for some years, offering a smooth appearance which conceals a porous, granular structure similar to that found in sound absorption panels. However, until recently, the amount of sound absorption offered has always been limited to Class ‘B’ and Class ‘C’. Now, however, Class ‘A’ acoustic plaster systems are available. It was just such an acoustic plaster that CMS Danskin used for the Liverpool Central Library project.Because of the limited surface area in the Picton Reading Room, Ellie Morris, CMS Danskin’s Technical Support Coordinator, hit upon the idea of applying the acoustic plaster into the soffits beneath the balconies of the upper shelving areas. The results were a resounding (or un-resounding) success. A relatively small amount of an innovative product, cleverly applied brought a 138-year old listed building’s acoustics in line with contemporary standards and not a hint of compromise in sight.

ASF had already manufactured and supplied stainless steel street furniture and the ASF 5006 hand rail system to the Bradford Library refurbishment project. We were approached to offer our channel fixed glass as infill panels for slate piers on the pedestrian walkway. Toughened glass panels were supplied in an invisible fix channel with a loading certified to 3kN. (Higher loadings are available).

ASF were approached to replace some tired yet serviceable handrailing at the old Bradford Library in a change of use project. ASF used the popular 5006 posts with mitred tops and supplied a large central double handrail alongside a single handrail for a walled section. There was also a small section of single handrail supplied for a small side entry to the area. Pleasingly, ASF mitred the top of the bollard to match the angle of descent of the steps rather than just do them at the usual 45 degrees.ASF combined this with glass balustrade for the elevated walkway on the building concourse, which can be seen on some of the images.

Associated Architects chose SAS International to provide the high acoustic and finishing touches to the UoB academic interior fit-out. Anodised gold cladding and bulkheads were selected to encase the atrium lift-shafts, the main staircase and highlighting the university crest on the 4th floor. Three additional acoustic treatments for open soffit areas were specified over computer clusters and lounge spaces. SAS500 baffles and bespoke ring shaped and circular rafts were designed and manufactured by SAS to fulfil this requirement. The architects have effectively linked elements of the build to the next tying the theme of regency with modern amenities.

"You can hear it and feel the difference as soon as you walk in and start to talk"Due to new hybrid working we installed VC kit that better enabled remote calls and meetings for staff. When in-person colleagues around the meeting table would be in conversation with each other, audio would often cut out for those joining remotely, no matter how many speakers and microphones we had in the room. Generally, this was a poor meeting experience for those joining online and we had received feedback about this from our staff. Ceilings in the room are high with concrete beams and so this was probably contributing to the issues. 

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. 

Cordek were called upon to deliver a ground heave solution which would also provide the necessary level of ground floor insulation.

Stopgap 700 flexible smoothing underlayment and Styccobond F41 carpet tile tackifier have been used in the refurbishment of a thirty-year-old Routemaster bus to create a library for children at Tolworth Nursery. On the top deck of the bus, Stopgap 700 flexible smoothing underlayment was applied over a firmly secured plywood subfloor. On both floors, Styccobond F41 carpet tile tackifier was used to install premium fibre-bonded carpet tiles. Styccobond F66 solvent-free contact adhesive was used to install carpet tiles on the bus’s staircase. Stycco Flex, a rapid-curing flexible adhesive, was then used to attach the aluminium stair nosings.

A floor preparation system from F. Ball has been used to install 2,700m2 of floorcoverings at Glasgow University Library. First, old linoleum floorcoverings were removed. Over this area, Stopgap F77 waterproof surface membrane was applied due to excessive relative humidity levels. Stopgap 1200 Pro smoothing underlayment was applied on concrete sections of the subfloor. An F. Ball primer was applied to a ramp constructed from plywood before Stopgap 700 smoothing underlayment was used to receive floorcoverings. In the entranceway, Styccobond F46 adhesive was selected to install vinyl sheets, with Styccobond F41 carpet tile tackifier used to install carpet tiles.

Founded in 1451, the University of Glasgow is the fourth oldest university in the English-speaking world. They specified various flooring solutions for a host of environments within the university: Taralay Impression Comfort, Taralay Elements Compact, Creation 70 LVT and Tarasafe Standard.

Dublin City Council were particularly interested in IKO Carrara’s exceptional environmental properties with its view to adding photovoltaic panels (PV) to the existing building. PV panels in combination with IKO Carrara have greater efficiency, up to 25%, as the performance of the solar cells increases during sunny periods, at a lower ambient temperature.

Finish: Interpon D2525 Brilliance Parts coated: Cladding Architect: Hopkins Applicator: Vertik-Al

In close consultation the decision to use DucoSun Cubic 300, combining functionality and aesthetics, was made quickly. The unique rectangular louvre blades in DucoSun Cubic 300 not only ensure that the heat from solar radiation gets absorbed efficiently, but they also give a sleek, linear accent which definitely adds architectural value. The blades of DucoSun Cubic 300 were installed vertically in front of the glass windows. Vertical solar shading guarantees maximum privacy, while still allowing an adequate outside view at the same time. Using DucoSun Cubic 300, we were able to achieve the desired aesthetics and performance requirements.

Location: Wymondham, Norfolk Project: Educational Product: Curved Meridian Aluminium Wall Coping, Aluminium Eaves System with hidden gutter & support-work, Rainwater pipes & Brise Soleil Shading System Finish: Syntha Pulvin RAL 7012 Matt Basalt Grey Fire rating: A2 s1, d0 Non-combustible (Reaction to Fire EN BS 13501-1:2018) Architect: NPS Property Consultants Ltd Main Contractor: Morgan Ashurst Sub Contractor: Roweaver Developments Ltd

Considered an inspiration to science and culture, the architect's vision of absolute homogeny and clarity was realised with PanDOMO® offering the clean, virtually seamless surfaces required, whilst meeting the demands of high traffic areas.

A hugely popular handrail design that ASF have supplied to projects in many locations. The full sized bollards that are used as post uprights give a sense of solidity and permanence, whilst the mitred top gives them just enough of a decorative nature to lift the product beyond a simple post and handrail job. In this project all welds and interfaces were polished back on site so the finished product becomes a complete unit with no visible fixings. With both double and single handrails over multiple flights and angles, this project shows how ASF can manage any project need.

The Ecclesiastical cast iron floor grille isn't used exclusively in churches, cathedrals or abbeys. We've supplied these beautiful Scottish made gratings to a number of religious buildings across the country that's for sure but their main use is in "ordinary" period properties and listed buildings. Buildings with large heating pipes sunk into the floor with suspended walkways. Places like Stansted and Rotherfield Hall or National Trust, Mount Stewart Property in County Down and Halls in Melton Mowbray and Stoke on Trent. To make a real feature or for a sympathetic restoration why not take a look ...

Alumasc Rooflights provided an ideal solution to allowing natural daylight into the building from above. The unique kerb design incorporates both security and waterproofing to create a reliable, safe and secure rooflight, allowing horizontal termination of the waterproof membrane. This makes water penetration virtually impossible. The domed glazing is moulded from Marlon FSX Longlife, premium quality solid polycarbonate, which has an impact resistance up to 200 times that of glass.Technically sophisticated, Harmer AV high-performance aluminium roof outlets are chosen for this project as they guarantee a trouble-free performance and are especially suited to flat roofing applications featuring continuous membranes.Harmer AV roof outlets combine innovative product design with full industry compliance to meet the needs of rainwater drainage in any construction project, with the ability to drain up to 40% more roof area than conventional gravity outlets. Further to this, their lightweight, durable, non-corrodible design means that they will do so for up to 40 years.GX Pressed Aluminium Gutters are robust box section gutters designed for traditional wet jointing on site. They’re especially suited to applications where maximum capacity gutters are required. For the very large drainage area of the campus roof, they were perfect.Designed to fully accommodate thermal movement at every joint, they are lightweight, durable and noncorrodible, and, upholding the environmental prerequisites of this project, they are 100% recyclable.Finally, Heritage Circular Pipes are available in 4 pipe diameters and 3 pipe lengths, together with a complete range of fittings. Can be factory finished to replicate cast iron or with BBA certificated powder coatings in a range of colours.

Does the new library bring the Bilbao effect to Alexandrina?The cultural centre Bibliotheca Alexandrina opened in April 2002 was built under the auspices of UNESCO, and aims to build on the glorious past of the ancient library.dormakaba's contribution to the projectOnly 30 metres separate the library from the Mediterranean. Its deepest sections lie 18 m underground and 12 m below sea level, calling for sophisticated structural measures. Library stocks had to be wellprotected against both water and fire.To guarantee this protection and user comfort, the architects turned to dormakaba. The fire protection and smoke check concept includes TS 93 cam-action door closers and ITS 96 integrated door closers, some with electromechanical hold-open, plus BTS 80 and BTS 80F floor springs.

The Glucksman Library at the University of Limerick is one of the biggest campus libraries in Ireland and one of the most digitally advanced in the world. The €30m project includes a 7,600sqm extension and new facilities that offer students advanced computing, collaboration and communication spaces. Acoustic ceilings from Rockfon® are fitted throughout and play a pivotal role in helping the university realise its vision.

Architect: Moses Cameron WilliamsInstaller: Willmott DixonProduct: Gustafs Linear RibThe new Library at the Luton campus of the University of Bedfordshire which opened in June 2016 was designed by Moses Cameron Williams Architects (of Cambridge) and project managed and installed by Willmott Dixon.The University has been around for over 100 years and teaches in a wide range of subject areas as well as conducting award winning research across health, energy and technology, and social policy topics.The library is spread over 7 floors including silent study rooms, group work and meeting spaces, computer labs and presentation facilities and a café as well as miles of bookshelves. Gustafs and LSA Projects supplied over 8,000 linear metres of ribs to the project for both wall and ceiling application covering around 450m2.Over 3,000 individual 28mm deep ribs in natural Oak veneer have been used to clad the impressive open atrium and cafe area as well as throughout the library isles and study spaces. 12mm gaps between ribs give the entire installation depth, texture, and warmth as well as impressive acoustic control; perfect for a busy university library!

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

In this case study, taken from Episode 30: Civic, Community & Culture - Well-being focused acoustical design - Adam Cossey - Hawkins\Brown we look at the growing trend for well-being, and the interrelated role of acoustics, in the design and build of commercial offices, educational libraries and town halls; with Adam Cossey, Partner at Hawkins\Brown. Adam shares his experiences working on:●    The new University of Bristol Library - a world class facility for all, to support and enhance the services offered by the University’s broader library and study centres network. It will strengthen the University’s ability to provide high quality study spaces, programmes and events, and services to reach out to an increasing number of new students, researchers and academics.●    The Grade II listed Waltham Forest Town Hall and Assembly Hall, along with the surrounding landscape, which recently, have sensitively been transformed into a place where council staff, local business and residents come together. 

Latvijas Finieris is increasing its production volumes of lignin-based green glue Riga ECOlogical, and the new product is gaining popularity among architects and interior designers. The design bureau br.ook interior architecture, in one of their latest projects – library of Andrejs Upīts Secondary School Skrīveri, Latvia – chose to use Riga Ply and Riga ECOlogical for their interior solutions. Interior architect Baiba Rūķe, br.ook interior architecture, comments: “The initial idea was to create a multifunctional space, yet we wanted the environment to be clean and natural for creative activities. The birch plywood is good material due to its durability and vast application options. It is also our local product. As interior architects, we pay a great deal of attention to materials that we use in our projects and we look for solutions that focus on air quality. It was interesting to use this material, which is natural and has a focus on sustainability.”The library is special, not only because of the high-quality materials used in the renovation process, but also due to its functionality. The idea of the project was to transform the library into a meeting place where one can get familiar with the latest books, do homework in a pleasant and quiet environment, as well as organise other educational activities for children and the youth.

Public Sector buildings, including museums and libraries, are enjoyed by millions of us on a yearly basis. They are a place where the general public can enjoy viewing priceless artefacts and other national treasures and are of major importance to the country’s economy.

Solihull Retirement Village offers 261 apartments, as well including a village hall, library and IT suite and other facilities. Location: Solihull Contractor: VistryAspex supplied: Ironmongery and access control (Salto access control & automatic door operators

Run by the Bohunt Education Trust (BET), Bohunt Secondary School in Wokingham first opened in 2016 with a £25 million build that saw partitioning experts, Style being specified to create a flexible room configuration in the main hall.Five years later and Style was invited back into Bohunt, working directly with their staff to deliver additional flexible space – this time in the library.Installing three separate Stylefold 120 folding walls adjacent to each other to corner off a section of the library, the school benefits from the ability to quickly redefine the space to house small classes and reading groups without disturbing the rest of the library.Buffered up against existing columns, each operable wall has a pass door to give staff and students ease of access, and the impressive 46dB acoustic rating means classes can enjoy the peace and quiet of a separate room when required.“This is a simple, yet very effective means of using a large open plan space and creating a separate, private room as and when required,” said Michael Porter, sales director for Style South.“The wall is very easy and quick to manoeuvre into position, and the chic melamine finish complements the design of the rest of the school library.”Style is the multi-award winning moveable, folding and partitioning wall specialist and the market leader in the UK. As the exclusive UK partner to Dorma Hüppe, Skyfold and SWG, Style offers an extensive range of moveable wall solutions for all requirements and budgets.“We have a very strong reputation in the education sector,” continued Michael, “with installations ranging from vertically rising, fully automatic moveable walls in large university lecture halls through to small folding walls in village primary schools.“We also have an in-house design team who can advise on making the best use of space, and in the case of Bohunt school, we were able to work directly with them to design and install the perfect solution.”

Inspiration: Royal Holloway UniversityProduct: Gustafs Panel SystemArchitect: Associated ArchitectsInstaller: Rosguill Developments LtdProduct: Gustafs Panel System for Walls and CeilingsSpecification: Natural and Pigmented Oak and Stained Ash Veneer SM5 PerforationsQuantity: 4,000m2LSA Projects Ltd are pleased to share with you our case study of Gustafs Panel System at Royal Holloway University which was installed in addition to 2,000m2 of Linear Ribs.Alongside an abundance of books and other historical and academic literature the library was designed with student life in mind with a wealth of quiet, individual, and group study space in addition to informal social breakout spaces looking out over the founders square.The statement library is part of a bigger expansion and improvement project for the Top 25 University; beginning with the Emily Wilding Davison library in 2017 the University has recently opened The Beatrice Shilling Building for Electronic Engineering and new Music and Media facilities are planned for the near future.Sold exclusively in the UK by LSA Projects Ltd, Gustafs Panel System is the leading product on the global market for timber veneered (as well as painted and metal or laminate faced) panels and acoustic panels. The panel system has a recommended 50 Year Design Life and a track record in the UK alone of 20 year old projects (and counting) owing to the unique solid panel base provided by the gypsum particleboard which eliminates the risk of panels moving and warping over time as you would expect to see with a solid timber or MDF cored product. The panels are also completely non-combustible achieving Euroclass A2,s1-d0 for Fire Resistance (exceeding the criteria for Class 0) for the whole product build-up from the paper panel backing to the facing veneer and lacquer.Across the space 3 different timber finishes were specified to the project: white washed Oak, natural Oak and black stained Ash. The range of timbers helps to add to the depth and texture of the material and to break-up the finish between spaces and floors whist keeping a consistent theme across the library’s cladding. A mixture of plain and SM5 mini slotted acoustic panels were used to give some acoustic absorption to the atrium space, SM5 perforations mini slot perforations at 5mm x 20mm provide 15% open area and achieve acoustic class C which is perfect for light acoustic control across all frequencies.In addition to the traditional wall and ceiling Gustafs cladding, panels were used to cover pillars and beams within the library. Each piece was made to measure at the factory to ensure a perfect fit using Gustaf’s unique CAPAX profile system for invisible installation.

This project was part of LSE's £12M refurbishment of the Lower Ground Floor library. Colour Compositions in a range of natural green tones was specified and installed in this fast turnaround project to stunning effect. The sound absorbing properties of the modular carpet's cushion backing was significant impact on the acoustics of the space.

A bold addition to Northbrook College’s West Durrington campus has provided new facilities for students and staff and improved the visibility of the college in the local community. The new Learning Resource Centre forms the social heart of the redesigned campus, with its new entrance, three-storey atrium, library and refectory.

BCM provided GRC to the façades of two new buildings that formed part of the Hornsey Town Hall redevelopment in 2021 and 2022.Both the Ayres Building and the Uren Building contained high-end apartments situated in blocks that complimented the architectural style of the neighbouring Grade II listed Town Hall and library.

Eternit profiled sheeting has been specified to create a sustainable, low maintenance rainscreen cladding solution at a landmark primary school project in Nottingham. The £2.8m scheme at the Robin Hood Primary School is a new two-storey creative hub, which includes classrooms, a library, an ICT suite and an art studio.

Pembroke House is an assisted living home located in Camberley. The home had a conversion of the second and third floors and construction of a 2 story roof extension to provide 116 affordable apartments, as well as 20 in a dedicated dementia suite. Facilities include a private dining room, lounge areas, restaurant, cinema, library, café, spa bathroom, bistro, library, beauty salon and activities room. Located in the city centre, the building has underground parking, garden terraces on the 4th Floor, and a porte cochere providing outdoor space for residents to enjoy.Cellecta’s DECKfon Batten 70 was specified by PRP Architects as they have been rigorously tested and are robust detail complaint for steel, concrete and timber separating floor applications. The battens consist of a layer of recycled, low resonance, open cell, flexible polyurethane foam bonded to an FSC/PEFC certified timber batten.Wates Construction was awarded this 2,880m² contract to construct this development in Surrey.