"fabric membrane buildings inflatable structures"

Uxbridge's largest ever luxury commercial space is a monumental 324,630 sq ft. Radii AG was approached by dn-a architecture and Bowmer and Kirkland with the task of designing and installing a five-story central atrium with additional fire-solutions. Radii AG offered a streamlined design to ensure a stunning appearance with a time-conscious installation. Linear 27 was used with 40dB Rw toughened laminated glass for the atrium.This helped create the 100-meter long 'street' that ran along the heart of the building. FireStop E30 single-glazed partitioning screens, with FireTec doorsets and automated sliding doors were also installed.

This case study explores the construction process of a soundproof home theatre, designed to provide an immersive audio and visual experience while minimizing sound leakage. By implementing a combination of construction techniques and acoustic materials, the goal was to create an environment that offers optimal sound isolation and absorption, ensuring an exceptional cinematic experience for the homeowners.Building a Wooden Frame on a Concrete Base:To establish a sturdy foundation, a wooden frame was constructed on top of a concrete base. This frame served as the structural support for the subsequent soundproofing components.Installing Acoustic Mineral Wool:Acoustic mineral wool, known for its excellent sound absorption properties, was inserted into all the joists, floors, walls, and ceilings. This step helped to minimize sound transmission through these surfaces, preventing sound leakage and echoes, essential for a soundproof home theatre.Creating Soundproof Speaker Boxes:Soundproof speaker boxes were constructed using acoustic plasterboard and Tecsound viscoelastic membrane. These materials were chosen for their ability to reduce vibration and sound transmission, resulting in clearer and more accurate audio reproduction.Installing MuteClip and Channel Sound Isolation Clips:To further enhance sound isolation, MuteClip and channel sound isolation clips were installed on the walls and ceilings. These clips effectively decoupled the surfaces from the underlying structure, preventing sound vibrations from traveling through the building’s framework.Installing Double Layers of Acoustic Plasterboard:Double layers of acoustic plasterboard were installed, with a layer of viscoelastic membrane sandwiched in between. This construction technique helps to create an additional barrier against sound transmission, improving overall soundproofing performance.Installing Double Layers of Acoustic Plasterboard:After completing the soundproofing components, the necessary audiovisual equipment was installed. This included lights, speakers, a projector, and a screen, strategically positioned to optimize audio and visual immersion within the theatre space.Installing Acoustic Absorption Panels:To achieve optimal sound quality, acoustic absorption panels were installed on the walls. These panels were carefully placed to reduce sound reflections and enhance the soundproof home theatre’s acoustics. To maintain a cohesive aesthetic, the panels were wrapped in black fabric to blend seamlessly with the theatre’s decor.ConclusionThe construction of a soundproof home theatre involves a systematic approach, utilizing various soundproofing materials and techniques. By following the steps outlined in this case study, homeowners can create a dedicated space that delivers exceptional sound isolation, immersive audiovisual experiences, and optimal viewing pleasure, transforming their home into a soundproof home theatre haven.

The Ascent Aluminium fixed ladder system was specified to create a permanent safe access route to the roof for maintenance personnel. As the fixed access ladder was to be installed in a prominent location adjacent the buildings front entrance there was a requirement to ensure that access was restricted with the specification of an anti-climb ladder guard & bottom hoop cover. Hoops were provided throughout for fall protection. The ladder was designed in accordance with BS EN 4211:2005 + A1 2008 and was manufactured in accordance with CE 1090 factory production control procedures.

Nestled in Ireland’s Hidden Heartlands, over-looking the Shannon Blueway and River Shannon, Drumhierny is a unique development of high-end holiday lodges situated in a 100 acre woodland estate. This multi-unit project, consists of sixteen lodges, in four distinct architectural styles, each nestled within their own private area of woodland. The lodges have been designed, manufactured, and constructed to achieve an A-rated Building Energy Rating (BER). To help achieve a thermally efficient building envelope a number of products from Partel have been used.The buildings were constructed using an offsite fabricated Light Gauge Steel (LGS) frame. As part of the frame construction a number of Partel’s low carbon building envelope solutions were used. This included EXOPERM MONO 150, a high performing breather membrane, IZOPERM PLUS, a phA Class Passive House Certified vapour control layer; and CONEXO MULTISEAL, a phA Class Passive House Certified airtight tape.

At a dizzying 160m (525ft) tall, London’s distinctive Walkie Talkie building required an exceptional roofing solution. Designed by architect Rafael Viñoly and costing over £200 million, 20 Fenchurch Street is a 34-storey commercial skyscraper in London, known as the ‘Walkie Talkie’ building due to its top-heavy form. It is designed to have a BREEAM excellence rating. Sarnafil G410-12EL single ply provided the perfect solution to this design criteria, thanks to its excellent flexibility and weldabilty, while offering outstanding resistance to weathering, including permanent UV irradiation.

Yaasa Ltd. has established itself as a leading force in the online sale of ergonomically adjustable office furniture. With the expansion of its headquarters in Lannach, the company is creating not only space for innovation and product development but also new, accessible workplaces for up to 50 employees. The building, which was constructed in a strict economical manner, meets the European targets for a “Nearly Zero Emission Building". Thus, Yaasa demonstrates its commitment to sustainability and, with its own showroom, offers customers the opportunity to experience products firsthand. Lindner played a key role in the sustainable interior fit-out of the new company building: By using raised floors made from recycled wood panels, Lindner demonstrates how resource conservation and sustainability in the construction industry can also be put into practice. The wooden floors have the same physical and technical properties as a new flooring system – without compromising the special quality of the working environment. The texture of the wooden floor contributes to a pleasant atmosphere and completes the overall result of homely workspaces.

Ghent Diamond CHALLENGE The Ghent Diamond is proudly overlooking the Ghent-Sint-Pieters railway station and surrounding neighbourhood. On top of a stonelike base with a pattern inspired by the city of Ghent’s historical architecture, an impressive crystalline edifice rises. The 33m high office building has – as the name indicates – not only the brilliance, but also the shape of a gigantic, polished diamond with numerous facets. The special design makes the building unique, and that is exactly where the difficulty lies: roof surfaces with different inclines, steep and hard-to-reach slopes, kinks in the façade and a serious wind load. On the pitched roof segments connecting the glass facade, an exterior roof finish with Linius RENSON blades is to be installed. Just for aesthetic reasons! Such a finish creates a nice play of light, shadow and reflection. But this can only be achieved if the finish has been executed perfectly! But how to execute the construction so precisely, and at the same time be perfectly watertight? A true challenge for both architect and roofing contractor. SOLUTIONFor the internationally renowned New York-based architects practice Asymptote this monumental Diamond project is just another jewel in the crown. Innovative and visionary, they always pursue extreme and experimental challenges. And yes, this impressive Diamond really was a challenge, especially for the Belgian ROTEAM roof experts. The special shape, the height and the different slopes up to 47° made it a complex, gargantuan waterproofing project. On top of the steel deck structure tongue and groove insulation panels were installed. This guarantees a strong, perfectly fitting and smooth construction. After all this is very important in order to achieve this monumental task. The high wind load and shear forces were decisive for the choice of roofing membrane to be used on this difficult structure. Asymptote architects therefore opted for the mechanically fastened RENOLIT ALKORPLAN F membrane. This PVC-P roofing membrane is specifically suited for such a project, thanks mainly to its flexibility, lightweight and long life.

Radmat has supplied a comprehensive range of systems for 20 Fenchurch Street, AKA the ‘Walkie Talkie’, in the City of London. Radmat’s PermaQuik, ParaFlex and EshaUniversal roofing membranes were installed during the creation of the Sky Garden – one of the highest green roofs in the world, offering breathtaking views over the capital.Designed by world-renowned architect Rafael Vinoly and jointly developed by Land Securities and Canary Wharf Group, 20 Fenchurch Street is constructed with impressive sustainability credentials to achieve an ‘Excellent’ BREEAM rating. The 38 storey tower incorporates a vibrant garden spanning the top three floors which is open to the public and by appointment. Described as the terraced ‘hanging gardens of modern Babylon’, the fifth-of-an-acre garden utilises drought resistant Mediterranean and South African flowers, shrubs and ferns, in soil up to a metre deep. The gardens also provide Rosemary, Thyme and other herbs to three restaurants within the building.Now London’s highest public park, the publicly accessible roof gardens include a viewing area, terrace, café, bar and restaurant. For such a unique space, it was crucial that the roofing system chosen delivered thermal performance, watertightness and long-term reliability for the client – specialisms of Radmat products. Land Securities and Canary Wharf Group awarded the work to Radmat on the basis of the company’s established reputation and expertise in all types of flat roofing.For the pitched green roofs, sectioned into a series of individual 45° slopes, EshaUniversal waterproofing was specified as part of a Radmat roofing system that included insulation and drainage layer. Made from recycled materials and 100% recyclable – EshaUniversal proved ideal to meet the demands at this sustainable development.Offering an efficient and safe installation, EshaUniversal is ideal for green roofs. More durable than elastomeric roofing, the system is also weather proof, UV stable and offers flexibility, durability and high puncture resistance making it ideal for challenging applications.Project Manager, Paul Nelson, said: “We have installed waterproofing systems over the concrete decks from ground up to second floor level then levels 34, 35, 36, 37 and 38. This required our installations teams to make repeated visits to site, using both internal and external hoists for access; with work completed in March 2014.”“The inverted roof arrangement means the waterproofing is covered by insulation and either paving, ballast or planted medium,” he added. “Then there is also the sky garden at an angle of 45 degrees planted with trees and shrubs, which will be accessible to clients using the restaurant there.”For public-access terracing across levels 34-38 – as well as a series of applications on the Ground Floor, second floor and the concrete staircase – over 1,200m² of Radmat PermaQuik PQ6100 was applied. With an independently verified durability ‘for the lifetime of the building’ and a market leading guarantee, the liquid-applied PQ6100 waterproofing system delivers exceptional performance befitting of this unique build.On level 37, where visitors can enjoy 360° views of the capital, additional waterproofing was required following the installation of a glass internal cladding system. With the glass already in place and challenged by high winds and low temperatures, the fast curing, cold applied ParaFlex waterproofing system was specified. Suitable for application at temperatures below zero reliable sealing can even be achieved at -5°C. Utilising collaborative working practices and a responsive and interactive design process, Radmat have created a stunning waterproofing and green roof application of the highest standard. Radmat’s proven range of waterproofing solutions met all the client’s demands and has ensured that visitors from all over the world can enjoy this stunning venue for many years to come.

Project Overview:The iconic Hampton House, located in the heart of London, consists of three striking towers known as "The Corniche." Rising to heights of 85 meters and spanning 15 to 27 storeys, these towers house 253 apartments, office spaces, a restaurant, cafe, bar, gym, pool, and spa area. The towers offer breathtaking views of prominent landmarks such as Westminster Palace, Tate Britain, and the London Eye. The distinctive architectural design with arched structures allows for panoramic views and an abundance of natural light. Guttermaster Limited played a significant role in providing Concealed Rainwater Pipes, Soffits, and Bespoke Fabrications to adapt to the building's unique arched layout, offering custom solutions to meet the project's specific requirements.Project Details:Scope of Works:Concealed Rainwater PipesSoffitsBespoke FabricationsProject Challenges:The primary challenge of the project was to adapt all aluminum profiles to the arched layout of the building. Given the distinctive architectural design of The Corniche, a number of custom solutions had to be developed to ensure that Guttermaster's products were seamlessly integrated with the building's structure.Guttermaster's Approach:Guttermaster Limited embraced the project's unique challenges with a focus on custom design, precision engineering, and innovative solutions:Custom Fabrication Expertise: Guttermaster's team developed a Concealed Rainwater Pipe system, Soffits, and Bespoke Fabrications that could seamlessly conform to the arched layout of the project.Adaptive Engineering: Innovative engineering techniques were employed to ensure the concealed rainwater pipe joints could expand with floor-to-floor concrete movement and also provide efficient rainwater management.Balancing Form and Function: The challenge of maintaining architectural integrity while delivering effective rainwater solutions was met through the creation of custom profiles that were both visually pleasing and functional.Results:The collaborative effort between Guttermaster Limited and the project team resulted in the successful integration of Concealed Rainwater Pipes, Soffits, and Bespoke Fabrications at Hampton House:Architectural Synergy: The custom-designed Guttermaster solutions seamlessly integrated into the arched design of the building, preserving its distinctive form and allowing for an abundance of natural light while efficiently managing rainwater.Enhanced Aesthetics: The project showcased Guttermaster's ability to balance form and function, ensuring that the concealed rainwater pipes, soffits, and bespoke fabrications contributed to the building's exterior aesthetics.Innovative Engineering: The custom solutions demonstrated the innovation and adaptability of Guttermaster's engineering team, creating profiles that met the specific needs of the project.Conclusion:The success of Guttermaster Limited in providing Concealed Rainwater Pipes, Soffits, and Bespoke Fabrications for Hampton House, The Corniche, exemplifies the company's dedication to delivering tailored, aesthetically pleasing, and functional rainwater solutions. This project underscores the value of precision engineering, custom design, and the ability to adapt to unique architectural challenges, resulting in a harmonious and iconic addition to London's skyline that seamlessly integrates aesthetics with rainwater management.

The ChallengeTo fund necessary improvements to the existing school and the build of a new junior school, a school in Saffron Walden decided to commission a development of 76 new homes on part of its site.The site needed to include a range of housing from one-bedroom flats up to five-bedroom detached houses, as well as flats and small houses specifically designed for the over-55 market.The SolutionForterra’s Hampton Rural Blend Ecostock Brick was used throughout the development, reflecting the neighbouring environment while enhancing the intrinsic qualities of the site.The BenefitsThe palette of materials within this development is traditional but the detailing is modern and confident. The development won a RIBA National Award in 2016.

ChallengeThe Building Centre, a central information point for all sectors of the construction industry, recently refurbished its London based headquarters. The second stage has seen Knauf Insulation Acoustic Roll supplied to the Construction Products Association, the UK Green Building Council and Design for Homes offices located on the first floor.In order to maximise all potential space available to the offices, it was essential to select a product that would take up as little space as possible, while satisfying the environmental and acoustic criteria required to achieve the BREEAM ‘excellent’ rating.SolutionTo accomplish this, 50mm Acoustic Roll was specified as it is lightweight, flexible, non-combustible and provides a high level of sound absorption, furthermore, it has been specifically designed for friction fitting between members at 400mm and 600mm centres. Acoustic Roll significantly improves the sound insulation performance of partitions whilst at the same time delivering improved thermal and fire performance. Plus, thanks to ECOSE® Technology, offers outstanding environmental credentials.Knauf Insulation products with ECOSE® Technology are made with a formaldehyde free binder technology derived from rapidly renewable, bio-based materials, which reduces embodied energy and delivers superior environmental sustainability. The insulation doesn’t look or feel like any other insulation. It is naturally brown in colour as there are no artificial colours or dyes added and it produces a ‘super softer’, odourless and easier to handle insulation.Colin Henderson, CEO of the Building Centre comments on how specifying Knauf Insulation was an easy decision to make: "After looking at the requirements and from our existing knowledge of Knauf Insulation, we knew the company would be able to meet all our needs quickly and efficiently."Maria Morgan, Market Manager – Building, Non Residential at Knauf Insulation explains: “Our unique position in having a broad product range, coupled with our expertise within the industry, enabled us to fully advise and install the appropriate insulation solution for the Building Centre.”

With an emphasis on attention to detail, a high quality specification and the objective to make the most of light and space, it is unsurprising that Eclisse pocket door systems were chosen for apartments in the Taper Building. This striking Taper Building in London SE1, comprises of 56 apartments 1, 2 and 3 bedroom apartments. The apartment interiors have been planned by award winning interior designers Stiff + Trevillion. Development: 56 Apartments Product: 37 Single Classic Pocket Door Systems Developer: Shape Real Estate Architect: MCA Marchini Curran Associates. Interior designed by Stiff + Trevillion

The University of Nottingham’s Advanced Manufacturing Building used TECHNAL GEODE MX 52 Visible Grid Curtain Walling, SOLEAL FY 65 Windows and PY 55 Doors. Selected by architects Bond Bryan, the TECHNAL aluminium systems offered a cost-effective, thermally efficient solution that was backed by outstanding technical support both prior and during construction. The state-of-the-art training and research facility, located at the entrance to the Jubilee Campus, has enhanced the University of Nottingham’s Faculty of Engineering. The building features teaching facilities, laboratories and workshops, and houses the Rolls-Royce University Technology Centre in Manufacturing Technology.

The ChallengeThe redevelopment of Clyde Campus is part of the fifth stage of a larger programme initiated by Glasgow City Council to re-build and modernise its pre-12 and special education estate. At the heart of the project is the Council’s desire to create an effective educational environment which takes a holistic approach to the design process by combining social, economic and environmental goals, resulting in a sustainable architecture, culture and landscape.The SolutionThe architectural response to the site has a central assembly hall and four radiating wings. This radial plan divides the site and avoids large elevations to the street edge, which is surrounded by low-density, two-storey housing. The design aims to create a new, accessible, attractive, welcoming and sustainable campus with shared community amenities with clear public frontage to the building.The facades have been composed to reflect the differing functions in each wing through choice of material and scale.The majority of the building is clad in a bespoke blend of Forterra’s Dark Tame Valley and County Multi Dragfaced Blend bricks, which evokes a sense of solidity and robustness. Lightweight metal cladding breaks up the brick expanse, helping to identify the campus’s different functions.The BenefitsThe new campus has successfully brought together nursery and primary age schooling under one roof with a range of enhanced facilities for pupils and for the wider community. The choice of building materials is an integral part of defining the different areas on site, from gym halls, to Early Years and classroom blocks.

The ChallengeA former industrial area along the south bank of the Union Canal in Merchiston, Edinburgh required transformation with the expected outcome of becoming one of the places to live in the city centre. A housing development was to provide a stylish addition to the already thriving growing community.The development consists of 11 stylish, one, two and three-bedroom apartments. The apartments feature high quality engineered flooring, bespoke kitchens, designer bathrooms and fitted wardrobes, and each has a terrace or balcony enjoying open views over the canal.It was important that the building materials used were sympathetic to the local sandstone buildings.The SolutionThe original intention had been to use extruded bricks for the project, however, it was decided instead to use Forterra’s buff, stock thrown, Belgravia Gault Blend from its Ecostock range. A total of 55,000 bricks were used in the construction of Horne Terrace.The BenefitsBelgravia Gault Blend complemented beautifully the sandstone aesthetic of the buildings in the locality, while at the same time delivering great technical specification of low water absorption and low embodied carbon.

A lightweight solution... CHALLENGE A lightweight solution was required for the mounting of the PV installation on a production hall from Opel in Rüsselheim. For some years there existed no smart solutions for PV installations on roofs. Today we start to see the downside of PV roof installations that are not coping well with the weather conditions on top of roof constructions. Common mistakes made on PV roofs: • PV panels flying off the roof due to high winds where the attachments have not been strong enough and not fully tested. • Water leaks due to structural damage from the PV installation itself. Mainly due to the minute movement of the metallic/ aluminium PV-mounting on the roofing membrane. • Water leaks due to perforations through the roofing membrane when fixing the PV installation to the roof. • Roofs collapsing due to an excess of ballast of the ballasted PV installations. • Accelerated ageing of roofing membranes due to the use of incompatible materials on the roofing surface. SOLUTION RENOLIT ALKORSOLAR PV fixing system. This lightweight PV fixing system does not require extra ballast nor perforates the roofing membrane. The main parts of the system are PVC or EVA profiles that are heat welded onto the synthetic roofing membranes. This system is the only system that is fully tested for wind loads up to 200 km/h, has an Avis technique (France) and a DIBT approval (Germany).

The ChallengeA derelict area of West Timperley, Altrincham, which had been subject to numerous acts of vandalism and had become a local eyesore, was to be demolished and replaced by 62 new, residential dwellings comprising 33 family homes – 20 three-bed, 11 four-bed and two five-bed houses – and a further 12 one-bed and 17 two-bed apartments.The SolutionForterra’s Carsington Cream brick was selected to meet the requirements of the design and to add a sense of quality and solidity to the area.The BenefitsThe new development creates a high-quality environment, which builds on the character of the surrounding neighbourhood. It has proven a welcome addition to the area and has helped to attract further investment.

An impressive basement extension, housing a swimming pool and sauna, required a robust waterproofing solution at this large country home.Newton Specialist Contractor Stonehouse were brought onto this large residential project to waterproof an underground extension including a swimming pool and sauna. Set in a small village in Berkshire, the impressive countryside home was designed by architects Spratley and Partners.For the new below-ground structure, Stonehouse were required to install a failsafe and maintainable waterproofing system that would completely protect the luxurious basement from unwanted water ingress.Ensuring that the project was fully compliant with BS 8102:2009, Stonehouse recommended a combined waterproofing solution using a Type B reinforced and water-resistant concrete structure designed to BS EN 1992, combined with a full Type C internal cavity drain membrane system.As the most reliable and completely maintainable Type C waterproofing solution, the Newton CDM System was the ideal choice for this structure. Firstly, Newton 508 membrane was securely fixed to the internal walls of the basement using Newton's specialist MultiPlug fixings.Any water that is captured by the membrane is then drained away with Newton Basedrain channels, and pumped out of the property using a Titan-Pro sump chamber fitted with two NP400 pumps and supported by a failsafe battery back-up system.As an extremely experienced waterproofing contractor, Stonehouse were able to confidently recommend, design and install a comprehensive and truly failsafe waterproofing system that will protect the property from unwanted water ingress for many years to come. Stonehouse also provided complete peace of mind by offering a 10-year guarantee on the installation.

Project type: RestaurantLocation: Rutland Street, Ilkeston, DerbyshireProduct: Shadex 100 Brise Soleil Horizontal Support method: First Fix Brackets: Through CladdingFirst Fix Brackets: Curtain-walling MullionsFirst Fix Brackets: Blockwork, Before RenderFinish: Syntha Pulvin RAL 5012 Matt Light BlueFire rating: A2 s1, d0 Non-combustible (Reaction to Fire EN BS 13501-1:2018)Architect: Peart Bradley ArchitectsContractor: Coxmoor Projects LtdSub Contractor: R. & J. Projects Ltd

Location: Netherfield, NottinghamshireProject Type: EducationalProduct: Aluminium Plain FasciaKwikfix Soffit Planks (Perpendicular)​Finish: Syntha Pulvin RAL 7015 Gloss Slate GreyFire rating: A2 s1, d0 Non-combustible (Reaction to Fire EN BS 13501-1:2018)Client: Nottinghamshire County CouncilArchitect: Nottinghamshire County CouncilSub Contractor: Cladceil Ltd

Location: Green Park, Reading, BerkshireProject Type: HousingProduct: Raking Fascia with Secret Fix Panel SoffitFinish: Syntha Pulvin RAL 7015 Matt Slate GreyProduct: Meridian CopingsFinish: Syntha Pulvin RAL 9003 Matt Signal WhiteFire rating: A2 s1, d0 Non-combustible (Reaction to Fire EN BS 13501-1:2018)Client: Berkeley HomesArchitects: Broadway MalyanMain Contractor: St Edwards Homes Ltd

Location: Gallions Place, Royal Albert Wharf, London E16 2FEProject type: Mixed useProducts: Weatherstruck copingSquare Contemporary Rainwater pipesFascia Soffit systemFinish: PPC RAL 9011 MattFire Rating: A2 s1, d0 Non-combustible (Reaction to Fire EN BS 13501-1:2018)Architects: P.R.P ArchitectsContractor: Vistry PartnershipsSub Contractor: Roweaver Developments Ltd Photography: Robert Greshoff

Location: Southampton City Centre, HampshireProject Type: HousingProduct: Meridian Wall CopingsFinish: Syntha Pulvin RAL 7016 Matt Anthracite Grey: Marine SpecificationFire rating: A2 s1, d0 Non-combustible (Reaction to Fire EN BS 13501-1:2018)Main Contractor: Bouygues UK

Location: Catford, LondonProject Type: HousingDevelopment Cost: £8.95mProduct: Self-Draining Balcony Soffit Cladding with Integral Gutter​Finish: Syntha Pulvin RAL 7006 Matt Beige GreyFire rating: A2 s1, d0 Non-combustible (Reaction to Fire EN BS 13501-1:2018)Client: Barratt Developments PlcArchitects: ATP Group PartnershipMain Contractor: Barratt Developments PlcSub Contractor: Balguard Engineering Ltd

Location: Barnet, LondonProject Type: HousingDevelopment Cost: £26mProduct: Balcony Cladding with THX Soffit PanelsFinish: Syntha Pulvin RAL 7022 Matt Umbra GreyFire rating: A2 s1, d0 Non-combustible (Reaction to Fire EN BS 13501-1:2018)Client: Redrow HomesArchitect: Fourpoints ArchitectsMain Contractor: Barratt Developments PlcSub Contractor: Balguard Engineering Ltd

Location: Bracknell, BerksProject Type: ResidentialDevelopment Cost: £33mProduct: 600m Bullnose FasciaRaking Secret-Fix Panel Soffit320m Meridian Coping250m Balcony FasciasFinish: Syntha Pulvin RAL 7005 Satin Mouse GreyFire rating: A2 s1, d0 Non-combustible (Reaction to Fire EN BS 13501-1:2018)Client: Redrow Homes LtdArchitect: Vista ArchitectureMain Contractor: Redrow Homes LtdSub Contractor: Stafford Rainwater Systems Ltd

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

Location: Twickenham, LondonProject Type: Community & LeisureDevelopment cost: £5mProduct: Shadex 150 Solar Shade Horizontal (First Fix Brackets)Finish: Syntha Pulvin RAL 7009 Gloss Green GreyFire rating: A2 s1, d0 Non-combustible (Reaction to Fire EN BS 13501-1:2018)Client: Berkeley Homes for LB of RichmondArchitect: Buller Welsh Chartered ArchitectsMain Contractor: Berkeley HomesSub Contractor: AJE Facades Ltd

The Analog Devices Building at the University of Limerick was constructed as part of the ground-breaking Bernal Project and was since awarded the Irish Building Project of the Year at the Irish Building and Design Awards 2016 in Dublin. Irish architect, Brady Shipman Martin, was appointed to design the external landscape and Tobermore helped make their job easier with the provision of an attractive paving solution that complemented the distinctive new building whilst providing continuity with the other areas on campus.

Challenge: Many elements of the iconic skyscraper were facing embedded steel corrosion, including the structural steel lattice columns within the colossal terracotta enclosures. The expansion of the steel caused by the corrosion was severely damaging the masonry cladding and cracking the six-foot-tall terracotta bison heads.Strategy: Installation of an impressed current cathodic protection (ICCP) system at the steel sections with the colonnades on 29th to 32nd floors. The system consisted of LoCem® +point® anode mortar was applied within the bed joints and drilled in to provide 360° protection of the steel surfaces. The bison heads were deconstructed, steel cleaned-up and masonry reconstructed. LoCem® is a low carbon cement alternative (AACM), which can also act as a cathodic protection anode for controlling steel frame corrosion.Outcome: The ICCP system resulted in long-term performance and control for the whole life preservation of our clients’ assets. Using AchillesICP for control over corrosion rate, and AiMS to collect the data, the client had full transparency over structural health and the power to make predictive maintenance decisions.

Project BriefThe James Dyson Building and the Dyson Centre for Engineering Design at the University of Cambridge officially opened in May 2016.The technology hub was designed by Nicholas Hare Architects and funded in part by a £8m donation from the James Dyson Foundation, and will give some of the world's brightest young engineering students access to advanced laboratories.The Department’s priorities were for a low-energy building (targeting 100kWh/m2/annum total) that would showcase the state-of-the-art work of the Department and be sustainable.The ProjectThe James Dyson Building is located within the Cambridge Central Conservation Area and is also adjacent to the Grade II listed Royal Cambridge Hotel. Care was taken with both the scale and materiality of the building which was closely scrutinized by the Cambridge Design and Conservation Panel.The James Dyson Building provides flexible and highly energy-efficient research, seminar and meeting spaces for post-graduate students at the University of Cambridge’s Department of Engineering.Linked by an atrium to the existing Department buildings, the new facility is located on a prominent and sensitive site within a conservation area and at a major gateway into Cambridge.Much of the concrete frame of the building is exposed internally to assist in maintaining thermal stability and natural ventilation is encouraged using a series of chimneys running through the building.Research groups worked with the contractor to incorporate active stress sensing of the concrete frame and low-carbon, magnesium blocks were also used in the build.A large proportion of the construction cost was met through a generous donation by The Dyson Foundation.Help from Tarmac - Limelite Heritage Lime MortarWe supplied Limelite Heritage Hydraulic Lime Mortar in bulk bags & 25kg bags to the new James Dyson Building in Cambridge. The product was a pure hydraulic lime bedding masonry mortar M2.5 but due to its versatility, durability and sustainability met all the requirements of the architects. This lime mortar is ideal for projects such as this one because it is a cement-free product and so recreates an appearance in keeping with the history of the adjacent buildings with a modern aspectOutcomesThe James Dyson Building for Engineering will support world leading research in areas including advanced materials, smart infrastructure and electric vehicles. Fibre-optic sensors in the foundation, piles, columns and floor feed back live data, about temperature and strain – providing a picture of how the building is behaving. The result is a building that’s more of a living creature than a passive block of material: we can ask the building how it’s feeling, and the building can reply.The Dyson Centre for Engineering Design will teach students about the design process – and provide space for over 1,200 undergraduate engineers to conduct their research."This new space for Britain’s best engineers at the University of Cambridge will catalyse great technological breakthroughs that transform how we live."Sir James DysonAWARDSRegional Finalist: Civic Trust AwardShortlisted: RIBA East AwardShortlisted: RICS Award - Design Through Innovation

Dedicated to the memory of John F. Kennedy, whose great-grandfather, Patrick, was born in the nearby village of Dunganstown, this arboretum near New Ross, County Wexford, contains a plant collection of presidential proportions. The Arboretum was established in 1968, following a visit by Kennedy whilst President to the area in 1963, and it covers 252 hectares and contains over 4,500 types of trees and shrubs from all temperate regions of the world. A visitor centre houses engaging exhibitions on JFK and on the Arboretum itself. The original structure at the heart of the Arboretum is a masterclass in timber post and beam construction, although the exposure to weather in the south of Ireland provoked some deterioration in the building fabric and to the original roof. PAC DESIGN STUDIO, Dublin, were appointed by the Office of Public Works to survey and establish a contract for fabric replacement and repairs to this beautiful structure, which were completed in 2021. The original roof was replaced and the new roof now features PREFA PREFALZ P.10 Dark Grey Standing Seam. A & A Quinn Roofing Solutions Ltd, Wexford, carried out the installation of the PREFA PREFALZ to the new roof.

First built in 1992, the ARK office building landmark in London was refurbished by Gensler and BW to align with the demands of today’s workforce who desire spaces, facilities, and amenities that are conducive to a healthy work-life balance.

JORDAHL® cast-in channel provided the versatility of fixing, whilst J&P provided the quality of support for this prestigious project. Loveld Concrete provided the high-quality precast panels used on both end gable elevations. Unitised glazing was fixed into each panel using JORDAHL® JTA K channel. Each panel was then subsequently fixed back to the concrete structure also using JORDAHL® JTA W 72/48 high-load channel. The pods were fixed using JORDAHL® JTA 53/34 channel, which accommodated the greater loads required.

Berry Systems completed works on behalf of our client, Bowmer & Kirkland, to deliver effective bespoke edge protection. We also installed rubber column protection and specialised bridge walkway pedestrian barrier to meet their specification requirements.The Porter Building houses 110, 625 square feet of office space for companies to utilise. It is conveniently situated in Slough with excellent transport links to key areas in London and the surrounding cities. The building itself has 100 car parking spaces and 100 bicycle parking spaces for employees and visitors to use. We were tasked with installing edge protection and vehicle restraint systems in the building to ensure both vehicle and pedestrian safety.The system installed was a perforated aluminium edge protection combined with buffer baseplates and mullion attached. This was designed in house by our design team to combine the two products delivering a compliant system meeting BS EN 1991-1-1 standards. Our team also designed the specialised bridge walkway pedestrian barrier to increase pedestrian safety on site. This particular project demonstrates our ability to design VRS solutions bespoke and being able to accommodate additional client requirements. In all of our projects, we work with our client to ensure that safety is the ultimate priority and the necessary industry standards are met.

Fixfast’s complete engineered rainscreen support system has been used to securely fix the decorative rainscreen façade for the new WorldPay offices.The rainscreen features decorative polyester powder-coated cassette panels in soft champagne, soft silver, and anodic ice, with Kingspan composite panels - complemented with anodised column casings adjacent to the main entrance.Thanks to Fixfast's easy to install rainscreen support system, building 270 boasts a high performance rainscreen façade with stunning aesthetics fit for a growing technology company."We were very impressed with the system itself. In all honesty, I'd say the Fixfast Rainscreen Support system is like using a Meccano set - you know you're going to get all the components you need, and they'll all fit together precisely as designed. It just works"Gary Webb - Director at TR Freeman