"fabric membrane buildings inflatable structures"

Client: Manchester Airport Group Architect: Pascall Watson Consulting Engineer: Burro Happold Main Contractor: Laing O’Rourke Specialist Contractor: Thelwell Flooring Main Products Used: Emseal SJS System and Emshield DSMThis new 9-storey car park with 3,800 spaces, was built as part of the £1 billion Terminal-2 redevelopment for Manchester Airport Group (MAG). To save time and space on site, the consultants used an innovative design, with a hybrid combination of steel delta beams and precast concrete, then on site the hollow-core precast floor slabs were topped with a 100mm thick reinforced concrete screed. To fully accommodate the anticipated levels of thermal movement and loadings in service, the engineers incorporated wide, high movement capability, structural expansion joints across the parking decks, between the different sections of the building. Given the dimensions of the deck joints (100mm) and the high movement capability required (100% = +/- 50%), with simultaneous exposure to the elements whilst under frequent heavy traffic, the joint sealing solution could only be specified as the Emseal SJS System. This unique structural expansion joint system easily accommodates high levels of movement in more than one plane, plus it has an integral coverplate to provide protection of the central movement section and the joint arrises. Importantly, the Emseal SJS is bonded into position with a structural epoxy adhesive from above, therefore requiring no access from below and enabling other works (e.g. M&E cable works etc.) to continue, plus as it is fully bonded, the SJS system requires no potentially damaging drilling into sound concrete to install mechanical fixings. In less trafficked wide joints at the perimeter, the Emseal DSM System was used, as a cover plate was not necessary.

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

Juta UK were involved in this scheme as the Brownfield site contained aggressive chemicals which were costly and difficult to remediate and remove. Residual hydrocarbons and ground gas hazards required prevention from entering the structure, which has a complex layout with basement and retaining elements. Juta were able to help at all stages in construction process from initial specification through to detailing to provide a sustainable solution which performs the intended function for the lifetime of the structure.

The new business center of Novo Nordisk in "Bagsværd" houses the senior management of the company and hundreds of administrative employees. 2250m2 of fabric finishes barrisol "Reves satines" colors "Blanc Wight" were installed. To achieve this the impeccable design, the system MINISTAR® Barrisol was used. The system Barrisol MINISTAR®, like all Barrisol system is dismantled and reassembled for easy access to the plenum. The night lighting is indirect lighting LED RGB (color change) that thanks to the reflection rate of the white finishes 89% offers exceptional color rendering. Architect : Henning Larsen

Lionweld Kennedy provided a package of work for 'Beatrice Offshore Wind Farm' which is just off the coast of John o'Groats in Scotland. We designed the project, ensuring steel and GRP was used efficiently to reduce costs for the client. In-house at our Middlesbrough factory, we fabricated steel and GRP grating to provide flooring and handrail solutions across the windfarm. The windfarm has the potential to generate 750MW of renewable energy,  is capable of providing enough wind powered electricity for up to 450,000 homes.The whole project was delivered in time and under budget.

Vattenfall is one of Europe's largest producers of electricity and heat an have markets in Sweden, Germany, Denmark and further.We have designed, fabricated and supplied the steel and GRP grating, barrier handrails and ladders to the Ormonde Wind Jackets wind farm.The 150MW wind farm is the first offshore wind farm to use steel jackets for the turbine and substation foundations. The jackets were transported offshore on cargo barges and secured onto the seabed by inserting the four legs into pre-driven piles the longest 'single-pull' electricity export cable installation in UK waters (42km).

Loft ladders do not come any bolder than this stunning Elite concertina loft ladder from Premier Loft Ladders. It has been finished in 'Sulphur Yellow' powder coat. Two identical ladders were ordered by US steel fabrication and installation specialists Alloy Construction Service. For safety purposes, the loft ladders needed a bright yellow powder coat finish and had to be fitted with two telescopic handrails. Visit Premier Loft Ladders web site to learn more about the Elite and read the full case study.

Located on the former Anglia Ruskin University site, in the heart of Chelmsford, City Park West is a newly created vibrant community. The scheme started in 2013 and has already delivered homes and new green space with commercial units. The second phase includes the construction of 426 new homes, 4,900sqm of commercial floor space, new public open spaces and underground parking. RCM were appointed by Conneely Facades to supply fabricated Alucobond A2 cassettes, Y-wall sheathing boards, Aluminium façade support frame and fixings to the construction of phase 2.

Winvic made an educated choice when they specified Eurocell windows and panels for a landmark Coventry development. CODE Students Coventry is a flagship 23-storey accommodation block which, topping off at 76m, is the highest in the city. Such a lofty achievement called for materials of equally high standing. Not only to shrug off the elements and maintain thermal efficiency. But also to cope with the rigours of student life without losing its looks. Winvic understood that only a bespoke Logik tilt and turn widow system, designed in close collaboration with fabricator and installer Astraseal, would pass this test.

Creating highly adaptable working space, Style has installed four Dorma moveable wall systems to the Berkshire offices of a world leading multinational pharmaceutical and life sciences company. The semi-automatic partitions can be used to quickly divide a laboratory learning facility as well as office space, creating smaller areas or opening up the area as required. For this high-spec project, Style worked with architects, Perkins and Will, and contractor, Tetris Bluu. Finished in a blue fabric combined with magnetic white boards, the semi-automatic operation walls are both functional and practical.

The client desired a green roof at the back of this beautiful family home. Access was very restricted. The speed and ease of transporting and installing our modular trays meant minimum disruption for the homeowner. Trays were delivered to site on pallets and handballed to the roof. The modules were laid down onto a geotextile fabric. Pebbles were then laid around the perimeter between the trays and any outlets to provide the required firebreak. Vegetation blended quickly creating a seamless green roof and, looking out from the upper floors, a sense of continuity from the house across the garden.

Cannon Park Shopping Centre in Coventry has undergone a significant transformation. Led by MPR, the redevelopment project includes refurbishment of the existing shopping centre, construction of a new 780-bed student residence, and the addition of a new 400-space multi-storey car park. Biotecture was brought on board to incorporate living walls into the development.In 2021, Biotecture installed a 690 square metre green wall on the multi-storey car park as part of the project’s first phase. We then continued to collaborate with the project’s architects, Urban Innovations, and landscape architects, Parkhood, on phase 2; 9 living walls on the student accommodation phase. The vertical greening was an important part of the scheme, helping to help soften the development, improve air quality, contribute to biodiversity net gain.The living walls are integrated into the building fabric. We worked closely with the design team to ensure that the living walls not only aligned with the desired aesthetics but also met the technical requirements.We used our BioPanel system which uses Grodan® as the growing medium. Grodan is dimensionally stable, chemically inert, and water retentive resulting in healthier and longer-lasting plants.

Project DescriptionThe Forbury Place development began in 2014 as the largest speculative office development in the UK outside of London, and is now considered to be Reading’s newest urban business district. The estate offers 600,000sqft of prime office space across 3 office buildings in the heart of Reading’s city centre. No1 Forbury Place is home to global company SSE, and has deservedly been recognised for architectural excellence thanks to its distinctive exterior façade.Specific Project ChallengesProject specific design and application of a floor to floor spanning rainscreen support system.Bespoke designed and fabricated 3D peel effect aluminium panels.Continuity of façade finish, from rainscreen panels across to brise-soleil and curtain walling systems.Solutions OfferedThe specification and engineering of the S150 VariAL H box mullion allowed floor to floor spanning, fixed at slab levels, to prevent point loading of the rainscreen system back to the SFS.Trial panels were manufactured in-house prior to supply on site to ensure architectural intent was interpreted accurately.Powder coating procurement through a single source applicator for all elements of the façade, to guarantee colour continuity.

Aberfoyle Primary School – Stirling, ScotlandProduct: Denver Timber Cycle ShelterSize: 6.2m x 1.6mTimber Frame Stain Colour: Light OakContractor: AKP Scotland Ltd.Architect: Wardell ArmstrongInstallation Date: May 2021The BriefAKP Scotland Ltd. are an award-winning principal contractor based in South Lanarkshire, Scotland. They were working on a project at Aberfoyle Primary School in Stirling which required a complete refurbishment of their stunning gothic style, 151-year-old listed building.Part of the project included the requirement for a cycle shelter within the school’s nursery playground. The Architects, Wardell Armstrong specified our Denver Timber Cycle Shelter in the setting out drawings, which were then sent to us to us an invitation to tender by AKP Scotland Ltd.The Solution Because the product had already been specified, this was a simple case of sending over our costs for the size required which was 6.2m x 1.6m.The Denver is constructed from stunning curved Glulam timber beams which are manufactured by gluing together laminates of timber under pressure and heat that are then perfectly planed. The resulting beams are strong, stable, and corrosion proof with significant advantages over structural steel and concrete.This makes the Denver Timber Cycle Shelter a great choice for this project; because the school building was a very old, listed building, the aesthetics of a curved timber structure would fit in perfectly, keeping a traditional, natural appearance.The Installation An order was placed in December 2020 with the installation planned for May 2021 as set out in the contractors’ building programme. The contractor installed a concrete base and the installation of the shelter went ahead as scheduled on 24-26th May 2021, taking just two days to install.The contractor supplied and installed the cycle hoops themselves once we had left site.The end result is a striking curved timber cycle shelter that fits in flawlessly with the recently refurbished Early Year’s playground area, finishing the project off perfectly.

Leading the way in environmental efficiency, KPMG’s Ignition Centre, Canary Wharf, aims to maximise the use of a large meeting area with the installation of two Dorma Hüppe Variflex moveable walls. Available from sole UK distributor and partitioning experts, Style, the Variflex system is certified with an EPD (Environmental Product Declaration) in accordance with ISO 14025 and EN 15804, reflecting KPMG’s commitment to sustainability. Style worked with MCM Architects and Mace interiors to deliver a contemporary solution that allows the main meeting room to be divided into smaller working areas - particularly relevant given current social distancing requirements.

SMET supplied 20,000m2 of superior-quality Sopro Rapidur® B5 Rapid Drying Screed Binder to Smet Supported Partner, Brendan Doherty Screeding Services, for the flooring solution in the new hospital complex, The National Forensic Mental Health Service (NFMHS) in Portrane.The NFMHS is a new state-of-the-art facility located 22 km from Dublin City in Portrane, North County Dublin. The project was awarded by Health Service Executive to the Joint Venture formed by OHL (50%) and OHL’s local delivery partner JJ Rhatigan (50%).German-made Rapidur® B5 Rapid Drying Screed Binder is a special polymer-modified binder for particularly economical ­production of high-strength, rapid-set cement screed – based on DIN 18560 – allowing early floor installation, and for laying to falls.  Rapidur® B5 is suitable for use on heated screeds, bonded screeds, unbonded screeds, and floating screeds. This flooring solution is particularly useful for fast-track or tightly scheduled screed laying. The newly laid Rapidur® B5 screed floor is ready to receive floor covering after approx. 3 days – after the achievement of moisture content ≤ 1.8 % CM. Sopro Rapidur® B5 is supplied in 25kg bags, with 40 bags per pallet.Key features of Rapidur® B5:• Ready for tiling after only approx. 3 days• Achieves grade CT-C45-F7 after 28 days*• Pumpable• For fast-track or tightly scheduled screed laying and laying to falls• Suitable for floor heating systems• Long working life: approx. 2–3 hours• May be applied in mixing ratios 1:4 and 1:5• High resistance to moisture migration from the substrate• Suitable for renovation and refurbishment schemes• EMICODE system of GEV (German Association for control of Emissions in Products for Flooring Installation): EC1PLUS R (‘very-low-emission-plus’) rating• For indoor and outdoor useSMET delivers another innovative, showcase flooring solution to their Smet Supported Partners. Click the link to see a showcase of jobs recently completed by expert screeder, Brendan Doherty Screeding Services.

Project OverviewIsolgomma products played a key role in the sophisticated renovation of Koningslaan 32, an elegant historic villa overlooking Amsterdam's beloved Vondelpark. The project aimed to restore the property's grandeur while creating four luxurious 400-500 sqm apartments spread across two levels. Isolgomma’s expertise ensured acoustic comfort remained a priority amidst the transformation.ChallengeThe renovation presented a unique acoustic challenge. The existing wooden floors, while maintaining their historic charm, posed limitations in sound insulation due to their variability in structure and lower mass. This could potentially disrupt the tranquillity desired in these luxury apartments.SolutionThrough collaboration with an acoustic project consultant, with the manufacturer they devised a bespoke solution to achieve optimal sound insulation. This combined approach incorporated:Plasterboard Ceilings with Fibrous Insulation: This installation effectively reduced airborne noise transmission within the apartments.Upgrei Underlayment: Installed beneath the screed flooring, Upgrei provided superior impact sound insulation, addressing the specific concerns related to the existing wooden floors.ResultThe combined solution successfully addressed both airborne and impact noise concerns. The adaptability of the chosen methods ensured compatibility with the historic structure's variability, preserving the building's heritage while achieving the desired level of acoustic comfort for the future residents.Balancing Modern Needs with Historic CharmThis project exemplifies our products ability to deliver innovative solutions for complex renovations. We understand the importance of preserving a building's character while ensuring modern comforts like superior soundproofing. Contact Buildtec Acoustics today to discuss your unique renovation project requirements.

King Fisher House is a regeneration of a five-storey housing block in the Westmill neighbourhood. Phase 1 includes homes to 37 residents from the nearby retirement living flats at Westmill Lawns and Freemans Close, while phase 2 brings 46 new homes. The North Herts District Council building also includes the local convenience shop and a takeaway unit on the ground floor.Cellecta’s YELOfon HD10+ was specified by Hunters due to its unrivalled acoustic performance when used to isolate a floating screed from a structural concrete floor. This product also works in conjunction with underfloor heating.Jarvis Homes was awarded this 4,200m² contract for this development in Hitchin, Hertfordshire.

The project gives a new life to a building with structural problems . It follows the values of its owner, putting the comfort and the safety of its patients first . DFG has designed the spaces focusing on users' well -being to allow meetings, relaxation, recreation and waiting . Our OMEGA Venetian blinds play a strategic part in enabling this close relationship while defining a calming atmosphere thanks to warm light and subtle shadows . This system offers an timeless elegance while giving an optimal sunlight management . Also, the slat white color fits perfectly with the interior’s aesthetics, full of plants and highly charged in anthropologic aspects . Photos: Marcello Bochieri, Ragusa, courtesy of DFG Architetti .

When Ingliston Equestrian Centre, a stunning Show Jumping ground based near Glasgow entered into a multi-million pound refurbishment project, they specified Metrotile Lightweight Steel Roofing to help raise the centre to international standards.Metrotile supplied over three thousand square metres of roofing materials to two new stable blocks and numerous new Chalet buildings at the site. Metrotile Slate in Bronze was specified as it combines a stunning traditional look with a swift installation and a low weight that reduces stress upon the supporting timber frame structures of both the chalets and the stables. Stunning countryside surrounds Ingliston Equestrian Centre and the Metrotile Slate compliments the local area gracefully

Chinmaya Mission exists to provide individuals with the wisdom and practical means for personal growth and development, enabling them to become positive contributors to society.  At Chinmaya Kirti, their home in London, a major renovation project was designed as a vision for future generations, rather than just an improved building.Working with architects, KJC, and contractor, Home Republic, Style was specified to be part of that vision, installing moveable walls to enable one large space in the classroom/bookshop area to be easily converted into six multi-functional rooms based on daily requirements. A combination of multiple Dorma Hüppe Variflex Glass and Variflex solid semi-automatic moveable walls were agreed as the best solution, with the glass moveable walls providing a 52dB acoustic barrier and the solid wall 55dB.With a standard anodised aluminium frame finish to the glass walls, and a melamine finish to the solid walls, the final installation provided a light and calm feel to the room design.“This is a great example of how using a combination of glass and solid moveable walls can transform how space is used,” said Michael Porter, sales director for Style South.“The glass moveable walls can combine to create a temporary corridor while the solid moveable walls then segregate the space into smaller individual rooms. Or the Mission can choose a whole range of combinations – from using one glass wall to simply divide the room in two, or to use the walls to provide varying sizes of rooms to suit the requirements of the day.“Such is the quality of the acoustic integrity that multiple events can take place within the segregated rooms without disturbing one another, which was an important factor at the Mission.“By including pass doors also means the moveable walls can remain in place for extended periods and the rooms can be accessed and used with ease.”

Knauf Insulation has been appointed as Bellway Homes’ insulation partner for an innovative project to measure the impact of low and zero carbon (LZC) technologies on energy consumption. Bellway’s experimental house ‘The Future Home’ has been constructed within Energy House 2.0, a controlled environmental chamber located at The University of Salford. Energy House 2.0 is the largest research facility of its type, with two chambers able to accommodate two detached houses each. The controlled environment can recreate a wide variety of weather conditions, with temperatures ranging from -20˚C to +40˚C, as well as simulated wind, rain, snow, and solar radiation. This allows housebuilders to monitor the performance of different builds and LZC technologies through year-round conditions, in just a matter of weeks, aiding the transition to net zero design. We spoke to Jamie Bursnell, Technical and Innovation Manager for Bellway Homes, about the aims of their forward-thinking project: “We want to identify the sweet spot where fabric is optimised alongside space heating and energy-efficient services, like solar photovoltaics and battery storage. Finding the best combination of these elements will allow us to design homes that are energy efficient and economically sustainable, both for developers and homeowners.” The Future Home Bellway’s ‘Future Home’ is a three-bedroom timber frame house, built to the current Part L 2021 (England) standard. A specification upgrade is scheduled to take place mid-way through the trial, increasing the build’s energy efficiency to an indicative 2025 Future Homes Standard. “Ultimately, our aim is to optimise the U-values of the home” Jamie explained, “but that needs to be based on real, in-use data, not just notional designs. With the home up and running, we’re now measuring its in-use energy performance against our design. After the mid-trial upgrade, we’ll measure again to see the impact on the build’s overall energy efficiency.”  Bellway is using sensors within the home to monitor its performance under a range of environmental conditions. To do this effectively, Bellway needed a reliable, high-performing fabric, capable of meeting both current and future building standards. Optimal results They turned to Knauf Insulation, who provided product advice, design input and U-value calculations to determine the best insulation for the job. For the initial build, Loft Roll 44 glass mineral wool insulation has been installed in the loft. FrameTherm® Roll 35 has also been installed to meet U-values of 0.18 W/m2K in the external walls. During the mid-way trial, upgrades will be made to the insulation, to reduce the external wall U-value and help reduce air movement within the cavity, which can negatively affect thermal performance.  Jamie noted, “Knauf Insulation has provided technical assistance to a very high standard and their U-value and Psi-value calculations are always reliable. We chose products from their Loft Roll and FrameTherm® ranges because they combine quality performance with cost-efficiency, both of which are essential to the success of our project.” Energy House 2.0 and The Future Home allow us to see how LZC technologies could be most effectively implemented in future years. But the insulation requirement will remain unchanged; reliable thermal performance will continue to be an essential component of any energy-saving home and it’s already available today, with the right specification. Learn more about Part L and the housebuilding sector, at our Housebuilders Hub

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.

Tudor House was opened as the offices for Hatfield Rural District Council by the Marquess of Salisbury in 1930. A grand old building, it was built in a Georgian style with a host of period features.When its purpose as a public administration building was over, a proposal for a conversion (material change of use) into apartments was put forward by Lioncrest. Whilst not a listed building, they proposed to retain all of the period features and, where time had taken its toll on the building fabric, restore and renovate the brickwork and stonework back to its former glory.Permission has been given to convert the offices into seven new luxury apartments comprising of four two bedroom apartments and three one bed apartments. The largest apartment was constructed in the roof space which entailed reconstructing the existing roof incorporating two large dormer windows and five roof lights. The building includes a large basement which was converted into stores for the occupants and for each of the apartments to have an allocated car parking space.Lioncrest consulted with Hush Acoustics at the design stage of this development for soundproofing advice and assistance with the design, specification and supply of the materials needed.There were a number of design issues to take into account due to the history of the building and the period features. Our soundproofing experts worked closely with Lioncrest to develop the most economical and convenient acoustic system to achieve the high results sought. The detailed and careful installation of the Hush materials allowed some fantastic sound reducing results giving the owners of the apartments a very good standard of living.A variety of products were combined to achieve the necessary sound reduction throughout the building’s separating floors, ceilings and walls. These included Hush Panel Cem 28, Hush Slab 100 Sound Absorber, Hush Seal 20 perimeter strip, Hush Bond Panel Adhesive, Hush MF Ceiling System and Hush Acoustic Hangers.Through detailed planning from Lioncrest with regard to the schedule, Hush Acoustics were able to deliver all acoustic materials to site ensuring that the deadline for completion was met. 

Private clientContract value: £15kProducts used: 0.74kN loading structural glass balustrades to roof terraceWe were appointed on this residential project for a private homeowner in Shenstone, Staffordshire, to provide external structural glass balustrades to the property’s roof terrace. We worked closely with the client from the start of the project to the end, guiding them through the process and providing our advice and expertise to ensure the desired result was achieved. We advised that the balustrade loading weight would need to be 0.74kN – as this was for an external balcony, we chose the correct loading weight to protect the rest of the property and provide a safe and secure balcony feature to the roof terrace. Structural glass balustrades were chosen to provide a seamless view out from the terrace and add the perfect finishing touch to a beautiful outdoor space. Throughout the project, we maintained communication with the client, updating them on our progress and ensuring that they were delighted with the finished result. 

Regupol Insulates Liverpool’s £1 Billion IndustryWith a host of universities, colleges and institutes of higher education, Liverpool is a city that values its students. Not least because students are extremely valuable to Liverpool.There are approximately 50,000 students in Liverpool. Of those current 50,000 students, 34,000 require accommodation. There are 20,324 purpose-built student homes in the city and 2,650 residences currently being built, with planning permission for a further 2,483.The estimated value of Liverpool’s student population to the local economy is more than £1 billion. That’s greater than the combined revenues generated by both football and The Beatles. What’s more, student numbers have been increasing year-on-year.Quality student accommodation is vital to this burgeoning market.Philharmonic Court, located on Catherine Street behind the historic Liverpool Philharmonic Hall, is a £25 million development of two linked structures offering accommodation for 354 University of Liverpool students. The new building, by Worthington Properties, replaces five outdated student blocks.Acoustics are a crucial factor in student residences, given the need to accommodate both youthful exuberance and the demands of serious academic study. As with all residential structures, the requirements of Part E (Resistance to Sound) of the Building Regulations must be adhered to.Offering impact sound resistance between 18dB and 34dB (depending on the final floor finish), and able to not only meet but exceed the demands of Part E, CMS Danskin’s Regupol 4515 Eco (REGUPOL sonus eco) was specified. More than 11,000m2 of the resilient layer material was installed throughout the four and five storey buildings.At just 3mm thickness, Regupol 4515 Eco (REGUPOL sonus eco) resilient layer punches above its weight, not only delivering exceptional sound resistance but also offering long-term performance with a density of approximately 470kg/m3 and a tensile strength of approximately 0.12N/mm2 in accordance with DIN Standards. This offers outstanding resistance to deformation, even under high point loads.

The new office development for the New Gorbals Housing Association in Glasgow features a variety of aluminium fenestration solutions. Together these have helped create a light and airy workspace and an impressive centrepiece for the wider regeneration of the area.Located on Crown Street, the new commercial office building is complemented by a new civic piazza and has been designed by Page & Park Architects. Flexibility and adaptability were key focuses for the overall design, with the incorporation of daylighting and natural ventilation strategies to boost wellbeing, and large glazed facades to better connect the building with the local community.The welcoming main entrance has been created using Senior’s slimline and thermally-enhanced SF52 aluminium curtain wall system and SPW501 aluminium commercial doors. The fenestration package also includes Senior’s SPW600e aluminium windows which were used throughout. The ground floor glazing has been recessed to provide privacy to the internal work spaces whilst complementing the overall ‘open’ design of the scheme. In contrast, the first-floor glazing protrudes slightly to maximise views of the surrounding city. Senior’s products were fabricated and installed by Scottech for main contractor CCG.The office environment includes both large areas for group work and smaller, more private booths and is centred around a large timber-clad atrium. The use of internal and external glazed partitions and windows helps balance the space, providing links with both the other areas of the building and the outside. The fenestration package has also been designed to provide those using the building with multiple aspect views and daylighting, whilst avoiding overheating and glare from the summer sun. To further complement the overall façade design which features dark grey zinc cladding, and to boost the durability of the aluminium frames, the windows, doors and curtain wall systems were powder coated.

Case Study: Heritage Sash Windows Installation in a Listed BuildingIntroductionWelcome to the case study showcasing the installation of heritage sash windows in a listed building. In this study, we explore the significance of preserving the distinctive appearance of historic structures while simultaneously achieving modern performance standards through the use of heritage sash windows. This case study highlights the challenges faced in finding the perfect balance between tradition and functionality, and how the installation of heritage sash windows proved to be the ideal solution. Join us as we delve into the successful integration of heritage aesthetics and contemporary performance in this remarkable project.The Project: Updating a Historic Private SchoolAt the heart of this case study lies a compelling project that took place at a historic private school near Derby. As architects and specifiers, you understand the unique challenges that come with renovating listed buildings while preserving their distinct character. In this particular undertaking, the goal was to update the school's windows while seamlessly blending traditional aesthetics with modern functionality.One of the critical aspects that architects and specifiers face when working on heritage projects is finding windows that honour the building's historical significance while meeting contemporary performance requirements. It is a delicate balancing act that requires meticulous attention to detail and careful selection of materials.In this context, the Gowercroft Heritage sash window range emerged as the ideal solution for this project. Designed with a deep understanding of heritage architecture, these windows offer a perfect fusion of traditional charm and cutting-edge performance. They have been crafted to match the aesthetics of historical buildings while incorporating modern features that enhance energy efficiency, thermal insulation, and acoustic performance.Architects and specifiers involved in heritage projects are constantly seeking solutions that seamlessly integrate traditional elements with advanced technologies. The selection of Gowercroft's Heritage sash window range for this project demonstrates how these windows can meet and exceed their expectations. By providing a harmonious blend of heritage design and contemporary functionality, these windows offer a compelling proposition for architects and specifiers seeking to enhance the value and performance of historic buildings.Throughout this case study, we will delve into the intricacies of the project, explore the challenges faced, and highlight the successful integration of Gowercroft's Heritage sash window range. Join us as we uncover the remarkable transformation of this historic private school, offering insights and inspiration for architects and specifiers engaged in similar endeavours.Meeting the Requirements: Gowercroft's Heritage Sash WindowsAs architects and specifiers, you understand the importance of selecting the right windows that meet the specific needs of heritage projects. Gowercroft's Heritage sash window range stands out as an exceptional choice in striking the perfect balance between preserving traditional aesthetics and delivering enhanced performance. Let's delve into the features and benefits that make these windows an ideal solution for heritage projects.1. Exquisite Design and Craftsmanship:Gowercroft's Heritage sash windows are meticulously crafted, paying homage to the architectural styles and detailing of historical periods. From ornate Georgian designs to elegant Victorian styles, these windows seamlessly integrate with the existing character of heritage buildings. Architects and specifiers can be assured of windows that exude authenticity and showcase exceptional craftsmanship.2. Superior Materials and Durability:To ensure longevity and resilience, Gowercroft utilises premium-grade materials in their Heritage sash window range. The windows are constructed from high-quality Accoya®, selected for its strength, stability, and natural beauty. This not only enhances the aesthetic appeal but also guarantees durability and longevity, vital considerations when working with historic structures.3. Enhanced Performance Features:While honouring tradition, Gowercroft's Heritage sash windows also incorporate modern performance enhancements. These windows offer improved thermal insulation, effectively reducing energy consumption and creating a comfortable indoor environment. Furthermore, they excel in soundproofing, ensuring peace and tranquillity within the building despite its external surroundings.4. Customisable Options:Recognising the diverse requirements of heritage projects, Gowercroft provides architects and specifiers with a range of customisable options. From timber selection to glazing choices, hardware finishes, and architectural detailing, these windows can be tailored to meet the unique specifications and design vision of each project.5. Preservation and Conservation:Gowercroft's Heritage sash windows are designed with the utmost consideration for the preservation and conservation of historical buildings. By seamlessly blending traditional aesthetics with modern technology, these windows allow architects and specifiers to honour the past while embracing sustainable practices for the future.In summary, Gowercroft's Heritage sash window range offers architects and specifiers a compelling solution for heritage projects. These windows combine exquisite design, superior craftsmanship, enhanced performance features, and customization options, all while preserving the architectural integrity of historical buildings. By choosing Gowercroft's Heritage sash windows, architects and specifiers can confidently create spaces that celebrate the past while meeting the demands of contemporary living.Overcoming Challenges: Window Profile in Ancient BuildingsWhen it comes to fitting new windows in ancient buildings, architects and specifiers face unique challenges that demand careful consideration. Preserving the architectural integrity and historical significance of these structures while upgrading their performance requires a delicate balance. Let's explore the challenges faced and the importance of finding a suitable solution that respects the building's style and heritage.1. Unsuitability of uPVC Double Glazing: One common approach is to consider uPVC double glazing as an alternative. While uPVC can be made to resemble timber, attempting to replicate the appearance of traditional windows is often unrealistic and unsatisfactory. The use of uPVC frames can compromise the authenticity and character of these structures, detracting from their historical charm. Architects and specifiers are thus faced with the challenge of finding window solutions that maintain the visual harmony and historical authenticity of the building.2. Thickness Issue with Traditional Timber Windows: Another challenge arises with traditional timber windows, particularly in listed buildings where the original windows would have been single glazed. Standard double glazing units are often too thick to meet planning permission requirements for such buildings. This presents a hurdle when seeking to improve energy efficiency, insulation, and acoustic performance. However, the development of heritage windows with an 8mm thin profile of vacuum glass has provided a solution. These windows eliminate the double reflection issues associated with standard double glazing, allowing them to pass planning permission while maintaining the appearance of original single-glazed windows.Respecting the style and heritage of ancient buildings is paramount in any renovation or restoration project. It is crucial to find a solution that seamlessly integrates with the building's architectural features, materials, and design aesthetics. In the next section, we will explore how Gowercroft's Heritage sash window range addresses these challenges by offering a seamless integration of heritage aesthetics and contemporary functionality while meeting planning permission requirements for listed buildings.The Setting: Repton School's Historic SignificanceRepton School, located near Derbyshire, holds a rich historical significance that dates back centuries. Established in 1557, the school is situated on the grounds and buildings of a 12th-century Augustinian Priory, adding to its unique charm and heritage. While the original church on the premises was destroyed in 1553, fragments of its existence can still be found amidst the structures that have withstood the test of time. Most of the school's current architectural composition is from later periods, with careful additions made in keeping with the original buildings.Efforts have been meticulously made to preserve the traditional and grand atmosphere that defines Repton School. Even modern additions, such as the Science Priory constructed in 2013, harmoniously blend with the existing structures, maintaining the overall historical integrity. The cohesive effect of the school's design creates a captivating ambience that is both traditional and grand, captivating visitors and inspiring awe.The historical importance of Repton School extends beyond its architectural splendour. Exciting archaeological discoveries have emerged during recent digs, revealing traces of Roman occupation, adding yet another layer of historical significance to the site. These findings provide valuable insights into the region's past and deepen the appreciation for the school's surroundings.Repton School has also nurtured and educated numerous notable individuals throughout its illustrious history. Among its alumni are legendary Olympian Harold Abrahams and renowned writers Christopher Isherwood, Edward Upton, and Roald Dahl. In more recent times, distinguished figures in the world of entertainment, including Top Gear and The Grand Tour producer Andy Wilman and present

Canal Architectural were approached to design, manufacture and install a luxury feature staircase for Gresham Street. A leading workspace design company collaborated with the Technical Sales Team to engineer a four flight staircase for the atrium of the building.The 50,000 sq ft of commercial space in the heart of London was developed to connect its employees and working spaces together. The mild steel structure featured oak timber box treads, painted stringers, bronze metallic balustrade and a wrapped brown leather handrail. The entire development was transformed into a contemporary co-working area for a modern and innovative space for the specialist investment firm.The Canal site team worked closely with the contractor throughout the entire installation process to ensure smooth delivery in line with current building regulations. Canal Architectural are proud to have a long-standing collaborative relationship with leading design and build firm. Canal has worked directly with the workspace design company to engineer exquisite architectural metalwork designs for some of the UK’s most prestigious projects over the years including Gresham Street.

Perforated cladding panels like no other from Proteus Facades have helped to transform a defunct 1980s structure in the heart of London into a visually striking, contemporary commercial office space. Once described as unwelcoming and foreboding, York House in Kings Cross, which dates back to 1981, featured a complex brick façade, with a set back entrance and very small windows giving the building a stand-offish appearance as well as a poorly lit interior.Following a £13 million refurbishment, the building, purchased by The Office Group, which provides flexible workspaces in London, Leeds and Bristol, has been transformed into a bright, co-working space, suitable for London’s thriving and growing businesses.Designed by Architects dMFK, the 70,000sq. ft, eight storey redevelopment features both modern and traditional elements. An original Torigenus cast aluminium sculpture sits on the east side of the building, created by sculptor Geoffrey Clarke, whilst bold new additions include a double height entrance with offices above, as well as a set back roof extension and terrace on the 7th floor.

Valentines house, an 11,000m2 building in Ilford. Originally a commercial office block, it’s position adjacent to both Crossrail and TFL red routes meant it was a prime candidate for conversion to desirable one and two bedroom apartments.The refurbishment works consisted of extending 4 stories including structural strengthening and new envelope to incorporate full fit-out of 122 residential units and 3 retail areas.As part of the conversion, main contractor John Paul Construction, required the expert installation of around 10,000 m2 of acoustic flooring to achieve Approved Document E Building regulations. As part of the acoustic flooring package, Soundis value engineering option of Soundis 10mm Acoustic Cradles, Base Pads, Riser Stackers and 18mm P5 T&G chipboard was selected. Our Cradle and Risers are manufactured from 100% recycled materials assisting to the sustainability targets of projects. An acoustic cradle and batten system was chosen, to level out floor imperfections and to minimise impact noise from passing footfall. Airborne wasn’t so much of a concern in this build due to the high mass concrete subfloor.

UNIZO office building CHALLENGE Dedalus Architects specified zinc for waterproofing the timber frame UNIZO office building in Eeklo. Not only for the roof, but also for the facade and bottom side of a unique construction detail. To be precise, waterproofing horizontally, vertically and even upside down! To entirely cover the structure however, appeared not to be possible when using zinc. If you opt to use this traditional waterproofing material a ventilated air space must be provided underneath the zinc covering. This of course entails an opening for ventilation purposes underneath the roof edge, if not, condensation will occur. In the case of a building where the facade has to connect seamlessly with the roof and the underside, leaving an opening is not a possibility. So, despite the attractive appearance of zinc, a waterproofing solution with this material was not an option. SOLUTION Thanks to their collaboration with roofer ALBITUM and previous experiences with RENOLIT roofing products, Dedalus Architects came up with a nice alternative: RENOLIT ALKORDESIGN standing seam imitation. A perfect solution for a difficult challenge. No ventilation needed, no connection problems, the same looks as a zinc roof and, above all, more cost effective! 

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

Originally erected quickly by Canadian troops in 1945, in support of the liberation of the Netherlands, the structure is still sound today. It represents a landmark erection for the Dutch galvanizing industry. Most importantly, on a recent visit to inspect the structure, it was noted that the steel itself had not been affected anywhere, despite a higher level of sulphurous pollution in earlier years. Today, the low sulphur dioxide content of the local atmosphere means that predictions on anticipated lifespan can be extended several times over what was initially foreseen upon installation.

We were commissioned by Llangors Community Council to design a new playground for their village, and installed this in two phases over 2022 and 2023. The centrepiece of the area comprised of a fantastic multiplay activity tower from Kaiser Kuhne. This glue laminate hardwood structure comes with a 30 year structural guarantee, and provides an exciting range of activities. New swings, a toddler multiplay, adventure trail, overhead rotator, two springers, and new play panels were also installed to give excellent options for all ages and abilities.

Utilising the same bricks as were being laid by the bricklayers to the masonry walls, FastClad supplied the cladding to the balconies so that there was a seamless match.Collecting bricks from site to ensure that they were from the same production run, the slips were cut and bonded to our profiled backing board at our Leicester factory.These boards were then returned to site for mechanical fix to the balcony structures and pointed in a lime mortar to match that of the cement mortar being used by the bricklayers at an off-site compound.The balconies were then craned into position and fixed to the structure.