"fabric membrane buildings inflatable structures"

BackgroundPure Gym has recently opened a brand-new facility in Canterbury. The gym hosts over 220 pieces of state-of-the-art equipment, including cardio apparatus, treadmills, rowers and spin bikes. Customers also get to benefit from a free weights zone and a fixed weights area, as well as access to a multitude of fitness classes.The ChallengeSituated on the first floor of a mixed-use development, a jack-up floor was specified to prevent vibrations from transferring into the building structure. However, to ensure the development was fit for purpose, Pure Gym believed additional treatment was needed to further enhance the performance of the floor and reduce unwanted noise.As such, Pure Gym commissioned an acoustic consultant to produce a report outlining the exact performance criteria that would need to be met across different areas of the gym. The report recommended individual performance standards for the free weights zone and the rest of the studio. One of the main challenges was to find a solution that would meet the specification but also be delivered for installation within a strict two-week period.In addition to the prompt supply time, the solution also needed to match the Pure Gym aesthetic guidelines and corporate colours. Pure Gym approached CMS Danskin Acoustics detailing the project specification, seeking advice on what solutions were available to meet the criteria.The SolutionCMS Danskin Acoustics used the consultant’s report to identify system build ups that would best achieve the specified performance detail. Two separate build-ups proposed by CMS Danskin Acoustics were subsequently approved for use. For the free weights area, a build-up of two layers of Regufoam® in grades 220 and 270, plus a 43mm everroll® Weightlayer (everroll multitile 43mm) was supplied. For the remainder of the studio, two layers of 15mm Regupol® Vibration 480 was supplied, complimented by a final floor finish of 10mm everroll®.The specified finish of black and grey EPDM was also matched by CMS Danskin Acoustics and all materials were produced for installation within the strict two-week time frame.The ResultCMS Danskin Acoustics was able to quickly identify solutions with the required technical capabilities from across the breadth of its product portfolio. The volume of material needed was in stock, allowing a quick turnaround for Pure Gym to meet the specified project completion date.Pure Gym opened to the public on the proposed launch date and is now fully operational. The treatments provided by CMS Danskin Acoustics are providing a robust solution to reducing unwanted noise, protecting the structure of the gym floor and preventing vibrations travelling into the structure of the building.CMS Danskin Acoustics is now one of Pure Gym’s preferred suppliers and has since worked on projects such as the new build of a two-storey facility in Croydon, and the refurbishment of the Winwick Quay site in Warrington.“The service CMS Danskin Acoustics provides is of an extremely high standard. Their expert advice, quality of the product and efficiency in getting the materials to site, were instrumental in allowing us to complete the project on time. The superb service has instilled a confidence in us to develop our relationship with CMS Danskin Acoustics as a trusted supplier,” commented John Graham, Pure Gym Property Development Director.

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.

Wolverhampton market has recently undergone a major overhaul. The project involved closing all of the indoor stalls and moving them elsewhere; mainly into shipping containers which had been specially designed for the purpose.Project managers White Circle are at the forefront of the shipping container upcycling trend. While markets don’t traditionally tend to require much security at a stall level, relocating to permanent outdoor structures posed a new challenge. This was solved by installing a T55 security shutter on each of the 16 cabins. Openings measured from 1.6m to 2.9m wide, all at 2.3m high and with manual operation. An anthracite grey finish was chosen to complement the brightly coloured containers.T55 security shutters have 55mm slats, enabling a box size between 165mm and 250mm. The compact design makes them perfect for small openings where aesthetics are important.In Wolverhampton, stall owners were happy with their new accommodation. The Snack Bar café was based indoors for 19 years before the move. Co-owner Donna Walton said: “For us it’s been much busier outside. It’s been a big change but it’s for the best, and we love our new home now”.She continued: “At first I was worried whether the business would be more vulnerable being outside, but when the council told us we’d have roller shutters I felt relieved. They’re unobtrusive and really easy to open and close, too”.in addition we provided 9 of the Markilux 3300 patio awnings designed for widths of up to 5600mm and with a projection of 1500mm projection. These were manufactured with manual operation due to the reduced projection and gave stall holders ease of use depending on the conditions.The angular design was well suited to the shipping containers and the grey frame and fabric colour were chosen to keep a uniform look across all the different containers. 

Newton Specialist Contractors ASF Waterproofing were called in to investigate why the Bridge Master’s Quarters at No.1 Tower Bridge was suffering from damp and proceeded to install multiple Newton products to resolve the issue.At the world-famous Tower Bridge, landscaping contractor Maylim was commissioned by the City of London Corporation to investigate why the Bridge Master's Quarters at No.1 Tower Bridge was suffering from damp.After excavating, they discovered that the structure had no effective damp proofing protection. Newton Specialist Contractor ASF Waterproofing were commissioned to install new damp proofing measures to solve the issue.ASF Waterproofing approached the project in two phases, using multiple products to effectively damp proof both inside and outside the building. At the start of phase one, ASF correctly prepared and cleaned the internal wall surfaces before installing a new damp-proof course by injecting Newton 804-DPC into the walls at regular intervals, then sealing the holes with Newton 313-WP. The walls were then smoothed with a new internal render, ready for Newton 103-S to be quickly and easily sprayed to provide a final barrier to water.For phase two, the ASF team turned to the external walls of the structure, preparing and cleaning the surface before applying a new external render coat. The wall was then thoroughly waterproofed with four coats of the flexible, resilient Newton 109-LM. To ensure that the building was completely protected externally, the waterproofing began at 1 metre below ground level and extended all the way up to the existing windowsills.Thanks to their meticulous attention to detail and high standard of installation, ASF Waterproofing were able to provide both the contractor and the client with a high-quality and comprehensive damp proofing solution. As a result, the City of London Corporation can now hand over the building to the new lease holder, safe in the knowledge that it is well protected from damp.

As part of an exciting regeneration project in Cardiff, Lowfield Timber Frames specified SMARTPLY AIRTIGHT panels alongside a supply of their timber kits for a development of 12 two-bedroom houses in Heath, Cardiff.As part of an exciting regeneration project in Cardiff, Lowfield Timber Frames specified SMARTPLY AIRTIGHT panels alongside a supply of their timber kits for a development of 12 two-bedroom houses in Heath, Cardiff.The homes are built to strict Passivhaus standards, offering improved health and wellbeing conditions for occupants whilst requiring very low levels of energy for space heating or cooling. Additionally, using timber frame for the construction lowers the carbon footprint of the development.The major benefit of a Passivhaus build is the reduced energy consumption during the operating life of the structure. This will ultimately lead to reduced energy costs, heating bills, and even lower carbon emissions for the planet.The average air test result for the 12 homes came in at below 0.5 ACH. A Larsen truss panel (a lightweight wall extension which creates extra wall space to a house insulation) was also used in the project. It was 330mm deep with the finished wall make-up being closer to 500mm.Darren Jarman, Managing Director of Lowfield Timber Frames, commented: “The Highfields scheme in Cardiff was just one of several passivhaus schemes we have completed over the past 2 years. We now have an external wall build-up that not only meets the passivhaus standards, but also has extremely low embodied carbon credentials.“The external wall has been fire tested and achieves the airtightness required, all in all, reducing the heating requirements and the running costs of the property.”SMARTPLY AIRTIGHT is an airtight OSB/3 panel with integrated vapour control and air barrier properties for use as structural sheathing in timber frame structures. The airtightness is engineered into the OSB panel substrate, whilst the factory applied specialist surface finish technology provides increased and constant vapour resistance on the warm side of construction. The panels are suitable for both new build and renovations.The distinctive green layer of SMARTPLY AIRTIGHT is a UV cured coating providing increased and constant vapour diffusion factor. In addition, it provides a smooth and durable surface for taping the connections.The panels made to OSB/3 grade, are moisture resistant and can be used in humid conditions (service class 2). The hygroscopic nature of the OSB panel acts as a humidity buffer to help prevent interstitial condensation within the timber frame structure in limited cases of reverse diffusion.Jarman concluded: “Whilst there are other products available which will achieve the airtightness, we feel SMARTPLY AIRTIGHT is the most robust solution available and eliminates the possibility of accidental damage, resulting in a failed test.”The ambitious project is part of the ‘Cardiff Living’ programme, a 10-year partnership between Cardiff Council and Wates Residential, which will deliver 1,500 new homes at sites across the city.Discover more about SMARTPLY AIRTIGHT and its applications here: https://mdfosb.com/en/products/smartply-airtightFind out more about Lowfield Timber Frames here: https://www.lowfieldtimberframes.co.uk/Twitter: @LTFltd

As part of the £25 million Wolverhampton Academy Trust sponsored Bilston Academy, BCL are proud to have been part of the overall process. This project was delivered through the BSF programme by Carillion PLC and was designed by Capita. The academy was designed with the ability to deliver a modern multi-disciplinary education centre for the 1200 students of Wolverhampton Academy in mind. The building is made up of 4 differently themed zones, a dedicated engineering hub, a science super-lab and a combination of grass and astro-turf sports pitches.Using 69 x 44 mm of Siberian Larch, the external walls were covered, with the timber installed vertically at 100 mm to form an open screen detail across the building, including the plant room and roof areas. Each slat was treated to Class 0 SSF, using the non-com impregnation system from Lonza Wood Protection. In doing this, BCL ensured the building would have complete fire protection for its entire life without requiring any maintenance.As per all BCL panel systems everything was designed and pre-fabricated off site into a panellised system, fitted using secret fixings. Installation time was dramatically reduced along with on-site waste, meaning the 3000 m2 envelope was constructed quickly and efficiently.Client: Wolverhampton AcademyArchitect: CapitaContractor: Carillion PLCLocation: WolverhamptonCompletion: April 2013 Siberian LarchFSC CertifiedSecret FixingsClass 0 SSF

Castlebrae Community Campus officially opened its doors in Spring 2022. The new 700 capacity secondary school, which has the potential to be increased to 1,200, was constructed next to the East Neighbourhood Centre and Library (a project Metal Technology also delivered for Hub South East Scotland).Designed by JM Architects and delivered by Morrison Construction, this fantastic new building for The City of Edinburgh Council provides an exciting, inspirational and creative learning hub for the community. It forms one of the final pieces of a 20 yearlong regeneration project to improve housing stock and community facilities in the area. The development was very much a collaborative design, with numerous workshops and meetings to engage the community in the process.The relationship between the interior and exterior of the building was crucial, developing a holistic approach to improve the learning, attainment and health and wellbeing of the community. Metal Technology Ltd supplied its System 4-35Hi+ top hung windows, System 17 curtain walling, System 5-20D Hi+ doors and System 23 louvres and were manufactured and installed by approved fabricator Avtek Ltd.The project has been shortlisted for the following awards: Pupil/Student Experience and Inspiring Learning Spaces at the Education Estates Awards taking place on 18th Oct and Inspiring Learning Spaces at the Learning Places Scotland Awards taking place on 15th Nov.Word has it that the pupils are greatly enjoying and benefiting from their wonderful new learning space and environment – what it’s all about! We’re delighted to have been a part of this build for the Craigmillar community.(Photography Credit – Cadzow Pelosi)

This large-scale project featuring 224 bolt-on balconies involved the replacement of composite decking boards on timber joists with BalcaSmart Aluminium decking.We've seen a huge increase in the number of refurbishment projects since the updated Approved Document B came into force along with guidance from the government urging owners of pre-existing buildings to remove combustible materials from balconies if found.This luxury tower was completed in 2014 but with 25 stories, it was a project that came with many challenges.System UsedBalcaSmart Aluminium decking system with aluminium decking boards in RAL 7039 (Quartz Grey).Selected for its low-height build-up, the BalcaSmart Aluminium decking system for balconies was selected, with joists attaching directly to the existing steel balcony frame.Balconies are stacked. To ensure the finish from below was as seamless as that from above, the substructure was powder-coated in RAL 7040 (Window Grey) to match the balcony steels.The ChallengesPre balcony fabrication, our estimating and design team worked with Fletcher Crane architects to create detailed designs, which our team used to create a bespoke specification.As the development was completed in 2014, apartments were occupied, with residents present during refurb works.Furthermore, due to the glass facades and balustrades to the exterior, the goods for the job (including cut-to-length aluminium decking boards) were taken in through the interior of the building and installed as such by London-based Acacia Gardens from Hounslow.Location: ShoreditchCompleted: 2021Architect: Fletcher CraneClient: Private leaseholders

The post-industrial area of Hackney Wick has, in recent years, undergone large-scale regeneration.Sitting on the site of a dilapidated Wallis Road factory and yard space, this mixed-use development with 44 luxury loft apartments and 2000 sqm of commercial workspace retains the character of the area.SystemQuadro porcelain paving tiles in the shade ‘Crema’ were used across each of the private balconies, as well as on the roof terrace.Tiles were supported by various RYNO height-adjustable pedestals.Ease of InstallOn roof terrace areas, RynoPaveSupport RPF Adjustable Paving Pedestals were used to support porcelain tiles.RPF Pedestals raise the tiles off the roof, allowing for fast drainage and maintenance access when required. They have a large supporting base, which protects the roofing membrane.

Project: Bidfoods Distribution Centre, GlasgowDate: 2022 Background:·        APL were initially engaged directly by the main contractor due to previous supply-chain issues experienced by the client ·        Due to APL’s strong supply-chain relationship, all material was able to be procured and delivered on time to meet the projects programme·        APL provided all thermal and structural calculations Systems:·        10,000m² of APL built-up wall system with steel half-round AP50HR in RAL 9006 and RAL 9007 as the external profile·        APL Tritherm™ GALV sub-framing·        All fixings and accessories  Building Location:·        Glasgow

Harbour Central is a condominium complex in London’s Docklands, costing £17.6 million and comprising 642 private one, two, and three bedroom apartments divided across five residential buildings. This 30,000m² development also provides eight penthouse apartments with a leisure complex, all only minutes from Canary Wharf.Cellecta YELOfon HD10+ was specified by Rolfe Judd Architecture in this development for is unrivalled acoustic performance when used to isolate a floating screed from a structural concrete floor. This product also works in conjunction with underfloor heating.Galliard Homes UKS was awarded the contract to construct these luxury private apartments.

More than 1,600 litres of Textrol Oil Clear were applied to the Velodrome and whilst we still cannot produce a proper case study until the games has finished, there is some evidence out there now.The 12,000 square metre roof is constructed using a very lightweight double curving cable net, suspended from a steel structure. Beneath it, the oval track is 250m in length, engineered for speed and constructed with great precision entirely from wood.The exterior of the building is clad in 5,000m2 of custom-cut Western Red Cedar shiplap boards. The entire exterior cladding was coated with Owatrol Textrol oil.

For the basement laboratories, Planet used p100 demountable double-glazed full-height partitions with two layers of 15mm toughened glass to reach heights in excess of three metres. The partitioning framework was set within the steel grid structure, ensuring an industrial look and incorporating slimline single-glazed and SonoTec double glazed doors with integrated venetian blinds. Planet provided a full blackout option for lab work on sensitive ancient human remains. Planet AG was responsible for the full-height atrium glazing, using 19.5mm toughened laminated glass. It required carefully spaced holes for securing attenuators that control airflow within the building.

The Darwin Centre cocoon creates a new architectural icon for the capital, ground-breaking in scale and breath-taking in its originality and creative brilliance.The design features a vast free-standing structure taking the form of an enormous cocoon within a glass atrium. The eight storey high cocoon houses a unique collection of 17 million insects and 3 million plants collected over the last 300 years by scientists including Charles Darwin, Alfred Russel Wallace and Sir Hans Sloane. The building completes the Museum’s life science complex, the Darwin Centre, following the first phase opened in 2002.Design TeamThe response of the architectural design team at C.F. Møller, lead by partner Anna Maria Indrio, was to create an engaging image reminiscent of an essentially organic form. The surface and texture also needed to reflect this, so the subtle sheen of the ivory coloured Armourcoat plaster was chosen. With an intersecting network of ‘silk threads’ that criss-cross the cocoon, the surface allows for movement and provides a visual framework for openings and niches. Armourcoat was specified to devise a unique creative solution combining both the insulation and the final decorative layers. The cocoon performs a genuinely protective job providing thermal mass to inhibit any fluctuations to the internal temperature – essential for the museum’s treasured specimens. The structure also houses state-of-the-art laboratories for 250 international scientists and an interactive visitor exhibition.ConstructionA sixty-five metre long skeletal structure was built by sprayed concrete specialist Shotcrete – the first above ground sprayed concrete structural element in the world. Expanded metal mesh was fitted to the steel re-bar framework and a 250mm thick layer of concrete was spray applied to create a 3,500 m2 raw concrete surface. Armourcoat then applied a resin modified render to the structure to minimize localized variations to the surface, before the polystyrene insulation layer was fixed. Using Dryvit Genesis adhesive and over 16,000 Hilti insulation fasteners, a 50mm polystyrene layer was fitted to the entire surface of the cocoon then covered with a layer of reinforcing mesh bedded into Dryvit Genesis basecoat. To create the silk threads wrapping the structure, a special cutting machine was devised which could cut an accurate slot and create the individual 340 panels which make up the cocoon surface. A total of 5.6km of edge bead was then fitted before Armourcoat’s unique AntiCrack substrate preparation system was applied. AntiCrack is a polymer and fibre modified gypsum skim-coat plaster which creates a first class substrate, keeping the Armourcoat plaster layer in peak condition. Two layers of Armourcoat keycoat were applied prior to the application of the final finish. The finished effect of a giant silk cocoon was achieved using ivory coloured Armourcoat Armuralia polished plaster - an exquisite, smooth finish with subtle tonal variations.The cocoon is a milestone achievement, a unique design and technical solution befitting the historic and social reference of the Natural History Museum. This also is a stunning example of the type of commercial projects now undertaken by Armourcoat, celebrating twenty-five years of creative excellence in 2009.Client: Natural History MuseumArchitect: C. F. MøllerMain Contractor: HBG Construction

The Edinburgh Centre for Carbon Innovation (ECCI) is a newcentre for world leading research on carbon innovation. Partof Edinburgh University’s estate, the ECCI acts as a social huboffering teaching, support and information on climate relatedchallenges facing society. The ECCI also doubles up as agreen business venue for events and conferences in the heartof the city centre.Originally built in 1777 by Alexander Laing, the refurbishment ofthe Neo Classical Royal High School was the first refurbishedbuilding in the UK to achieve the BREEAM ‘Outstanding’award. Refurbished by Malcolm Fraser Architects, part of theCentre’s unique design includes careful consideration of thebuilding’s fabric, prioritising sustainable and recycled materials.A facet of the building’s refurbishment was to improve itsenvironmental aspects such as waste, pollution, land use,ecology, materials, management and energy.Reaching this iconic benchmark involved sourcing materialsfrom a sustainable background. When Malcolm FraserArchitects detailed the building’s ethos and aim to achievea BREEAM ‘Outstanding’ award. Allgood proposed a FSBironmongery solution that recycles 100% of the water used inthe manufacturing process and 90% of all FSB products canbe recyled at life end. Once presented with our FSB range andenvironmental manufacturing credentials, Edinburgh Universitywere happy to use Allgood’s ironmongery solution.Overall, Allgood supplied a combined ironmongery, sanitaryand access control package that included: hinges, doorclosers, locks, kick plates, signage, grab rails, soap dispensers,paper towel dispenser and concealed electromagnetic locks.Having successfully supplied to other Edinburgh Universityprojects before, Allgood knew how to approach the project,allowing all items to be delivered on time and within the clientsbudget.

The new £100m Heatherwood Hospital in Ascot, Berkshire has been designed by leading architects BDP to put the wellbeing of patients and staff at its heart. The new state of the art building comprises a multitude of resources, from treatment rooms to operating theatres, day and out-patient facilities and specialist x-ray, MRI and radiology services. The overall design of the hospital has been greatly influenced by the woodland that surrounds it, with our aluminium fenestration systems framing the expansive views and maximising the use of natural light.The ’open’ design of the building has been created using our slimline SF52 aluminium curtain wall system, with the ground floor areas benefitting from our robust SFG shop front glazing system and integrated SD commercial doors. To provide safe and secure access, our SPW501 aluminium commercial doors were chosen for the main access points and our thermally efficient SPW600 aluminium windows were used throughout. All our aluminium fenestration products were expertly fabricated and installed by our supply chain partner Soundcraft for main contractor Kier.The use of our energy-efficient aluminium windows, doors and curtain walling complements the new hospital’s other sustainable design features which include photovoltaic solar panels and a green nature roof to manage rainwater absorption. Our technical team and locally based architectural advisor were also on hand to provide specification support and guidance, including help with U-value calculations and Part L compliance.The new-build hospital replaces the older dilapidated building that will be demolished to make way for a new housing development.

Timber Yard consists of two residential buildings made up of a collection of 379 modern apartments in Birmingham’s Southside district. The East Block features stylish one, two and three bedroom apartments, while the West Block includes a mix of studio, one and two bedroom apartments; both buildings surround a private courtyard garden. This development provides leisure facilities such as a gym, concierge services, a club lounge and screening lounge, and parking. The location is pedestrian friendly, with Birmingham New Street and Birmingham Moor Street walkable within 10 minutes.Cellecta HEXATHERM XFLOOR 250 was specified by Claridge Architects on this project for its high resistance to compression and closed cell structure that provides unrivalled resistance to water absorption, making them ideal for residential applications.Galliard Homes and Apsley House Capital were awarded this 7,500m² contract to construct this development.

Clapham ParkBauder Total Green Roof System (BTGRS) with BauderSOLAR G LIGHTSynopsisThe regeneration at Clapham Park involved the demolition of old housing stock to make way for new affordable homes. The 5-storey building with 21 dwellings incorporating the latest rooftop technology which blends a biodiverse green roof and unified solar PV array. This approach met the planning requirements and maximised the limited roof space to generate energy for the residents. The development was certified BREEAM ‘Outstanding’ due to its environmental, economic and social sustainability attributes.Bauder Building BoardProject:Clapham ParkLocation:Clapham Park, Lambeth, LondonRoof Area:500m² green roof layered with 116m² of PVSpecifier:PJMA Architects​Approved Contractor:EJ Roberts Ltd​PV Installer:M & M Electrical LtdThe specification The BauderSOLAR G LIGHT system has National House Building Control (NHBC) approval and meets local authority building control (LABC) requirements. The system was installed on zero falls roof deck, making it a very cost-effective solution.The biodiverse green roof which includes 35 plant species recognised by the RHS as Perfect for Pollinators, covers the totality of the roof area and offers a large variety of vegetation. The building reduces its carbon impact with the highly efficient PIR insulation and generates approximatively 10% of the flats usage with a maximum possible output of 75kWp from the 70 PV modules. The solar PV mounting units are ballasted by the substrate and vegetation, removing the need for any penetrating products in the waterproofing.Products appliedBauder Total Green Roof SystemThis system features a reinforced bituminous waterproofing system offering a service life expectancy in excess of 40 years.BauderSOLAR G LIGHTThe integration of a green roof and photovoltaics into one system drawing the maximum potential from a flat roof.BauderGREEN Flora Seed MixesA blend of 49 British native species seed, to maximise diversity of vegetation on green roofs.Project challengesOne of the major challenges of the project was the roof area, which at only 500m² needed to include a green roof and a renewable energy system to meet the main objectives of sustainability and energy efficiency of the development highlighted by the planning committee. The roof contributed towards requirements under National Planning Policy Framework (NPPF) Chapter 11: Conserving and enhancing the natural environment and The London Plan 2011 Policy 5.2 – Minimising Carbon Dioxide Emissions, Policy 5.3 – Sustainable Design and Construction and Policy 5.7 – Renewable Energy. The green roof is layered with a raised PV array so that the entire roof qualifies as a green roof whilst also providing energy generation.System installedBauder Total Green Roof System (BTGRS)1 BauderPLANT EA torch-applied, root resistant capping sheet. The product features chemically treated bitumen to deliver superior root resistance which has been tested and approved by the FLL. The membrane is reinforced with 250g/m² spunbond polyester fleece to allow the finished product to cope with structural movement without fracture.2 BauderTEC KSA DUOA self-adhesive bitumen underlayer with “DUO” lap technology to ensure thorough sealing of lap joints, even in lower temperatures. 3 BauderPIR FA-TEFlatboard insulation used on the lantern roof area to help meet its U-value of 0.15W/m²K. 4 BauderTEC KSD FBSA self-adhesive SBS elastomeric bitumen air & vapour control layer, with a mica finished upper surface to allow easy bonding of insulation using the specified Bauder insulation adhesive.

Located in Earls Court, London, the Lillie Square development will eventually stretch from Chelsea football ground to Kensington Olympia, and comprises of over 800 multi-million pound luxury dwellings. The development will also contain London’s largest private residents’ club, which boasts a lounge, library, private dining room, cinema, gym, spa facilities and 20 metre swimming pool with jacuzzi.Lillie Square Phase 1 required the formation of a watertight basement to house the luxury private residents club serving the entire property development. A large portion of this luxury clubhouse, including a swimming pool, spa, sauna, steam room, gym and function room, is below ground. The project therefore required robust waterproofing to protect the internal environment.Newton Specialist Contractor Stonehosue were consulted at an early stage to be part of the design team and provide a guaranteed waterproofing solution that would comply with the requirements of both BS 8102:2009 and any third-party warranty providers.The long-term partnership between Newton Waterproofing Systems and experienced Specialist Contractor Stonehouse has seen both companies partner on a vast portfolio of properties across the UK, and Stonehouse brought this experience to the table at Lillie Square.In order to provide the maximum level of protection, Stonehouse combined two Types of waterproofing in order to achieve a completely dry ‘Grade 3’ internal environment as per the recommendations of BS 8102:2009.The first of these products was the Type A, cementitious, liquid-applied waterproofing membrane Newton 107F, which was particularly suitable to this large-scale project due to the fact that it could be quickly spray-applied over large areas.The 107F was supported by the Type C Newton CDM System cavity drain waterproofing, installed throughout the basement area of the clubhouse, with four Titan-Pro sump chambers containing dual NP400 pumps, as well as Newton High Water Alarms, Inverters and Battery Back-Up protection creating a truly failsafe system.By working with Sir Robert McAlpine at the design stage it was possible to consider the lifetime performance of the structure as well as the cost in order to design and install thorough waterproofing protection.

F. Ball products including Styccobond F48 PLUS fibre-reinforced high temperature grade vinyl adhesive, have helped transform a disused agricultural building into a new state-of-the-art distillery and visitor centre at Treggudick Manor, Cornwall.Flooring contractors installed a variety of floorcoverings, including vinyl sheet and tiles, wood and carpet tiles, throughout the 620m2 space at the English Spirit Distillery.The installation began by mechanically grinding the building’s recently installed power floated concrete screed to create a ‘key’ for subsequently applied subfloor preparation products. Stopgap F77 waterproof surface membrane was then applied to create a barrier to prevent excess subfloor moisture attacking adhesives and floorcoverings, potentially leading to floor failure.Following this, contractors primed the surface using Stopgap P141 primer, and once dry Stopgap 300 HD levelling compound was applied in the kitchen that serves the café. Elsewhere, Stopgap 1200 Pro high performance levelling compound was used to create a perfectly smooth base for floorcoverings.Styccobond F48 PLUS was chosen to install Altro Ensemble wood-effect Luxury Vinyl Tiles (LVTs) in the restaurant and shop, each comprising an area of approximately 100m2.In the kitchen, Altro Stronghold ‘Dolphin’ grey vinyl safety flooring was adhered with Styccobond F73 PLUS one-part, moisture-curing heavy-duty adhesive and in the offices, Styccobond F41 carpet tile tackifier created a permanently tacky film to hold Heckmondwike flint grey carpet tiles firmly in place when subject to normal foot traffic but enable them to be lifted and replaced should they become worn or damaged.

THE BRIEFSecure bike parking facilitiesLangley Design worked with WeBlack Ltd on the William Morris Close housing project in Oxford to manufacture and install a number of our timber enclosed sedum cycle shelters.As a leading provider of timber enclosed units, we were pleased to be able to offer our services on this project to provide secure parking facilities for the residents. WHAT WE DIDCarbon footprint offsettingThe green roofs on the cycle shelters help the structure blend into the landscape and offsets some of the carbon footprint created by the site with the roofing system being supported by a robust structure made with structural grade Class 4 timber. THE RESULTCompliment the landscapeWe also provided our Langley benches manufactured in Hardwood Iroko timber with galvanised and powder coated flat legs. The combination of these premium materials were chosen to complement the newly landscaped areas.

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 main kitchen at the Old Deanery, official residence to the Bishop of London, was part of a major refurbishment of this historic home, lying in the shadow of St Paul’s Cathedral.Situated on the first floor, the main kitchen is a very compact room and this presented special challenges to its design. The available space was truly maximised under the design of Caroe Architects and it was then the task of GEC Anderson to measure, supply and install the specialist fabrications as well as the many appliances.Sykes & Son Ltd were awarded the main contact for the the total refurbishment project.

Pantheon expressed their interest in Billi which was followed by a visit to the London office of one of the Billi UK’s existing customers, Fabric Systems. To further confirm Pantheon in their thinking, they received recommendations from both, the architect practice, Perkins + Will, as well as the workplace optimization, office design and fit-out company, Maris Interiors.The selected tap was the Billi Quadra Plus 15, which combines modern, contemporary styling with market leading dispense capacity and all these features from one single under counter unit.

Nearly 600 PVC-U tilt-turn windows in the Profile 22 system were chosen for The Gateway, a £22million student accommodation in Lincoln. The tilt-turn windows were fabricated by Profile 22’s Approved Window Contractor, Polar Windows, using the fully chamfered system, foiled with smooth finish RAL 7016 Anthracite grey as a special order to colour match the aluminium design scheme. The work was carried out in line with strict deadlines, and the project was completed in good time ready for the beginning of the academic year.

We worked alongside Eos Interior Ltd, and our team manufactured and installed 34 Z lockers with bench seating. The Laminate Z lockers were wet specification which is ideal for environments that have humidity. Our Z lockers are an excellent choice as it is a small footprint but with maximized internal space.The measurements of the Z lockers were 1800mm high, 300mm wide, and 450mm deep, along with the seat stands with the measurements of 300mm by 450mm. As we are a manufacturing company we are able to fabricate any bespoke lockers!

Premier Security & Fire Consultants Ltd designed, fabricated and installed these security products for instructing clients, the Wates Group.The project in Tower Hamlets, East London included LPS1175 SR2 Secured by Design security installations including: Fully glazed entrance doors with side screen and control panel; bin store doors, vehicle and pedestrian gates, louvred doors and dry-riser box doors.For more information about Premier, go to our website premier-ssl.com or call us on 0208 559 8295. 

The Erratics Exhibition features an impressive 6.5m by 5.5m sculpture, created by Lubna Chowdhary, who fabricated a stunning giant modular sculpture using ROCKWOOL® RockLap heating and ventilation pipe (H&V) sections.Lubna Chowdary chose ROCKWOOL RockLap sections as it was a material that could be easily formed and constructed into more complex shapes with minimal tools and processes.Traditionally used for heating and ventilation pipes in a range of settings, ROCKWOOL RockLap sections have been proven to deliver thermal insulation performance.

With a new variant, SIEGENIA is expanding the opportunities for the use of its tried and tested TITAN hardware: the TITAN PVC hinge side now enables the achievement of sash weights up to 150 kg for PVC windows. The company is therefore providing a high-performance solution combining high light incidence with state-of-the-art sound and thermal protection requirements, thus enabling a high degree of room comfort. The new hinge side also exhibits additional strengths in production and assembly, where it distinguishes itself by its simple and speedy fabrication.

The GemA full redesign and refurb took place at the ground floor of 111 Piccadilly in the heart of Manchester to accommodate a multifunctional co-working space within an independent coffee and lounge.IQ Projects have created a sculpture-like façade, using triangle structural glass panels in combination with our bespoke made, real oak veneered Technowood panels.Extraordinary design with extraordinary limitationsThey wanted to build a façade that is not only artistic and beautiful from the outside, but it is also practical and part of the interior design as well.All the glass panels are functioning as windows, letting light into the lounge and providing visibility to the outside.The complex structure had to use minimal sections too, so it can achieve the design. IQ has used steel instead of aluminium to build the structure, so it remains slim.The other challenge was the wooden elements. A specialist product was needed. Wooden panels that are strong, large and thin enough to be used.Panels that will stand the weather conditions, and requires minimal maintenance.We were able to supply these open grain oak veneered panels, that is rich in texture.Technowood eliminates the design limits of wooden elementsUsing real wood veneer has been popular for decades, the reason it gained popularity was to achieve better designs while saving on cost.Technowood has leveraged the benefits of this method and created patented solutions that ensures the veneers will last externally on all kinds of materials, such as Aluminium.With Technowood we can create the most unique pieces of real wood finished products. Some of the key benefits of Technowood products:It can be A2 fire ratedMuch lighter than solid timber or even composite materialsUp to 60% quicker on installationNo flitch beams nor unnecessary reinforcingNo visible fixingsWarranted for 20 yearsFSC and Environmental Product DeclarationAnd it looks like timber … because it is wrapped in real timber veneer. We do have in-house designers that offer solutions should you require. You can visit our office and showroom which is based in the Sky House design Centre, Amersham. Easily accessible by public transport (metropolitan line) or by car (M25 J18/M40 J2), please make sure you book an appointment.

The £60.5m education campus project comprises four new education buildings: Winchburgh Academy – a 660 pupil non-denominational secondary school, Sinclair Academy – a 660 pupil denominational secondary school, Holy Family Primary School – a 231 pupil replacement primary school with nursery and a shared community sports block.Delivered by Morrison Construction for West Lothian Council and its development partner, Hub South East Scotland Limited, the project was built in response to a significant new housing expansion in the area. Metal Technology Ltd performed an intrinsic technical role in the collaborative design approach with both Ryder Architecture and JM Architects, supplying its high performance range of architectural glazing systems via approved fabricator Albann Limited. Metal Technology products installed were: System 17 High-Rise Curtain Walling, System 5-35Hi+ Tilt and Turn Window, System 4-35Hi+ Casement Window, System 5-20DHi+ Doors and System 22 Brise Soleil. Two of the buildings have been shortlisted in the Scottish Property Awards taking place in February 2023 – Winchburgh Schools Campus is a finalist for Development of the Year while Winchburgh Sport and Well-Being Hub is a finalist for the Architectural Excellence Award. An impressive scheme to have been involved in, delivering brilliant new educational facilities for the young people of Winchburgh. Well done to everyone who contributed. (Photography – Cadzow Pelosi)

Ponzio and Sherwin-Williams have a long-lasting business relationship through which Ponzio acquired advantages in terms of services, quality and product customisation.With 80 years of history and success, Ponzio is a leader in high-quality aluminium systems for windows, facades and doors. Thanks to the experience and leadership in the sector, Ponzio has developed models, solutions and finishes that can make the best use of the spaces, freeing light and style. The Company is a partner for architects, professionals and window fabricators from all over the world. Ponzio’s products offer sophisticated system technology for buildings of the future with versatility in terms of design and materials that give safety, brightness, beauty and living in harmony with nature. The choice of finishes is wide, performing and emotional: glossy, matte, extra glossy, oxidised, sandblasted, scratchproof. The range also includes two-tone windows to respond: "outside" to the architectural and regulatory needs of the building and, "inside", to total personal freedom of choice and one's desire for interior design.Ponzio is an absolute reality in the design, production and innovation of aluminium systems for architecture with a corporate philosophy oriented towards technological research and innovation. The Company is present throughout Italy with a network of almost 200 highly qualified professional retailers. Also, in the last decade, the international dimension of the company has grown a lot, with the opening of new markets such as Asia, South America, Africa, and North Europe. 

With their proficient knowledge and background in conservation and working with listed buildings, 4 S Architecture (4SA) have completed numerous successful residential and workplace refurbishment projects around London, but this year the rising firm has proficiently completed the renovation of the striking Grade II listed 100 Pall Mall building. The design for new interventions is based on the original construction’s paired back ‘stripped classicism’ style by the renowned 1950’s architectural practice McMorran & Whitby geometry and materiality.  4SA’s approach was one of respect for the historic fabric while simultaneously updating the design to suit today’s modern office occupier.  In Hamson’s words: “Our practice’s design methodology starts with understanding the DNA of a building: what are the forms, materials, patterns and shapes that already exist [...]  Rather than introducing new forms and colours, those already present in the building were used to develop the design of the new interventions.  For instance inspiration for the green reception area wall panelling takes its queues from the prominent green marble arches, while the barrel vaulted ceiling informs the arched seating niches and tenant signage recess.Julia Hamson, founder and Director at 4SA, spoke highly of John Holmes’ attention to detail when it came to developing the bespoke ironmongery package for this project which features a combination of brushed brass and a patinated bronze ironmongery. “John asked us about our architectural concept for the design proposals at our first site meeting, which was a refreshing change when speaking with suppliers. We talked about how the existing barrel-vaulted ceiling and the arched green marble portals in the reception were two of our key design drivers in terms of generating what shape we chose for seating niches and tenant boards in the reception. Hearing this, John suggested that the top of the push plates could be arched to match.  At 4SA we firmly believe that paying attention to the smaller details is just as important as getting the big gestures right,  and it is this meticulous focus which can really distinguish a project. John’s suggestions with the ironmongery package throughout really helped to elevate this project.”Julia worked successfully with John at 3v, thanks to their shared design ethos and understanding of the existing building fabric. They worked closely together to develop a tailored hardware package; including the replacement of all existing stainless steel fittings with patinated bronze ironmongery for more utilitarian functional ironmongery elements such as hinges and push plates on smoked oak doors, and brushed brass for new decorative ironmongery elements.Julia recalls that “we received great feedback from client on the project and they were so happy with the design approach to the refurbished staircase with its new carpet, paint, lighting and ironmongery from the ground to first floors, that they rolled it throughout the rest of the building right up to the seventh floor.”Coordinating ironmongery schedules, when every door has an individual requirement, can be difficult, but according to Hamson, “John made me feel comfortable that nothing was going to get missed; this is what you want as an architect. Ironmongery schedules can be complicated and time consuming, and if there is someone who can do something better than you can in-house, then its best to take advantage of that skill and expertise to get the best result.”Photography: Neil Kenyon

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.

Awel-y-Mor Primary SchoolBauder Thermofol PVC single ply waterproofing systemSynopsis The Awel-y-Mor Primary School site, situated at the heart of the town of Port Talbot in Wales, needed to undergo major redevelopment in preparation for its brand new fit for purpose school to replace the two pre-existing primary schools, which had experienced serious build repair and surplus capacity issues.Bauder Building BoardProject:Awel-y-Mor Primary SchoolLocation:Port TalbotProject type:New buildPV roof area:300m²Investor:Neath Port Talbot County Borough CouncilMain contractor:Dawnus Construction LtdRoofing contractor:Span Roofing Contractors LtdThe specifcationThe Neath Port Talbot County Borough Council wanted the new school to be fitting for the 21st century and bring them to the forefront of modern-day roofing technology. These requirements were met by BauderSOLAR’s innovative photovoltaic system, which delivers significant cost and environmental benefits, as well as providing an eye-catching visual reminder of the importance of sustainability.Roof areas totalling 300m² were fitted with 92 PV modules, which were secured to Bauder’s Thermofol Single Ply waterproofing, enabling the new Awel-y-Mor school to generate at least 25.9 Megawatt Hours of solar power each year. The incredible simplicity of the installation also meant that the entire PV array could be installed in just three days ensuring that there was no disruption to the commencing school term.Products appliedBauder Thermofol PVCSingle Ply System offering a lightweight and cost effective waterproofing solution that is resilient to the natural elements.BauderSOLAR SOLfixxPhotovoltaic system is an innovative renewable energy source that is secured to the roof without any penetration of the waterproofing or roof deck. 92 PV modules were installed with an expected energy generation of 25.9 MWh and with a kWp of 27.14.The resultRoof areas totalling 300m² were fitted with 92 PV modules, which were secured to Bauder’s Thermofol Single Ply waterproofing, enabling the new Awel-y-Mor school to generate at least 25.9 Megawatt Hours of solar power each year. The incredible simplicity of the installation also meant that the entire PV array could be installed in just three days ensuring that there was no disruption to the commencing school term.System installedBauder Thermofol PVC single ply waterproofing system1 Bauder Thermofol U15 FRA 1.5mm thick, reinforced PVC waterproofing membrane. Stated within BBA certificate 06/4354, the Thermofol PVC waterproofing membranes have a service life in excess of 35 years. 2 Bauder PIR MTissue-faced flat board insulation, benefitting from a zero ODP and a Green guide rating of ‘A’.3 BauderTEC KSDA self-adhesive elastomeric bitumen air and vapour control layer with an aluminium foil facing for vapour impermeability AdvocacyJonathan Morris, lead architect for the project, stated:“Our local Bauder representative offered the highest degree of service throughout the project, ensuring our site operation ran smoothly. With the complete roof finish covered by the all-encompassing Bauder guarantee we have peace of mind moving forward with regards to potential future defects.”