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The Solar Campus development will see both the first team and academy training at the same venue for the first time. It has a total of eight football pitches. Anthony Roberts, Product Manager for Gradus, commented: “The Tranmere Rovers facility required a package of products designed to withstand a large amount of footfall and provide safe access in a building where flooring contamination is common. The products specified work in conjunction with each other to help prevent dirt and debris being tracked around the building and ensure slip accidents are reduced.”

ASXT11 stair edgings from Gradus were specified for the project to ensure the safety of the staircase Gabija Bingelyte, Project Manager for the London School of Economics refurbishment said: “Thousands of people pass through the campus each year and, as such, the university needs to ensure a safe and inclusive environment for students, staff and visitors. “As the market leader with 50 years’ experience in the industry, it was an easy choice to specify Gradus for the project."

An independent arts and entertainment venue, The Met hosts a mixture of theatre, music and comedy. Since closing in March 2016, the Grade II listed building has undergone a significant refurbishment to create a new and improved performance space and facilities. We supplied our specialist LED step lighting system. Fran Healy, Project Manager for The Met refurbishment, commented: “The LED lighting system has helped to create a safe and inclusive environment for all building users. Gradus were able to offer a full project management service based on our specification needs and we’re very pleased with the end result.”

BMI The Somerfield Hospital is part of BMI Healthcare, a leading provider of independent healthcare with a nationwide network of hospitals. Gradus SureProtect Pure hygienic wall protection in White was specified for use in the anaesthetic and sluice rooms, specifically designed for areas of a hospital where cleanliness is a priority, the hygienic wall cladding creates an impermeable barrier to moisture and bacteria and has a smooth, easy to clean surface. It offers a tough and durable finish helping to protect against impact and abrasion from passing equipment, trolleys and beds, thus reducing any ongoing repair and maintenance costs.

Gradus has supplied and installed a range of bespoke wall protection solutions throughout the new Same Day Emergency Care building at the Countess of Chester Hospital. Fitted by the Gradus Contracts Team, the system includes wall guards, corner guards and combination handrails.

A complete wall protection package from Gradus has been installed at the 3Ts development (Trauma, Teaching and Tertiary care) for the Royal Sussex County Hospital. The project, planned in three stages, comprises of the replacement of the buildings to the front half of the Royal Sussex County Hospital. In their place will be two brand new clinical buildings and a much-needed service and logistics yard.

Whitby Hospital is a Community Hospital providing inpatient, outpatient and community services. Humber Teaching NHS Foundation Trust provides community and out of hours services to Whitby and surrounding areas, and currently has a population of approximately 14,000 residents. A selection of Gradus Wall Protection systems alongside Gerflor flooring was specified for this critical ProCure 22 project.

Gradus Wall Protection products have been fitted throughout the £350m Grange University Hospital, the first major hospital to be built in Wales in more than two decades. Hannah Capel, Senior Programme Manager at The Grange University Hospital, commented: "It is now widely accepted that creating a positive environment in healthcare settings has a significant impact on patients’ wellbeing.The wall protection installed by Gradus provides a hygienic solution and the wonderful designs create a less institutional and more relaxing environment for our patients, which benefits them considerably."

Gradus has supplied a variety of wall protection systems as part of a refurbishment project at the University of Liverpool’s Small Animal Teaching Hospital based at the Leahurst Campus in the Wirral. The Small Animal Teaching Hospital is part of the University of Liverpool’s Institute of Veterinary Science and employs over 350 staff, including over 100 veterinary surgeons and 280 students. The facility is one of the largest and most innovative veterinary hospitals in Europe, teaching students the very latest theory and techniques.

We supplied a range of Flooring Accessories and Barrier Matting Systems to Colindale Gardens, an ongoing development of luxury townhouses and apartments in north-west London. James Holmear, Sales and Marketing Director at Redrow’s Greater London region, commented: "We wanted to create interior solutions that would reflect the luxury nature that Colindale Gardens offers and would also be hard-wearing and long-lasting for our customers. The solutions provided by Gradus not only fit with the premium feel of the development, but also provide a high level of safety for our residents and visitors."

A complete wall protection system from Gradus has been installed at the newly refurbished Lysholm Department of Neuroradiology at the National Hospital for Neurology and Neurosurgery (NHNN). Supplied and fitted by the Gradus Contracts Team, the system includes wall guards, corner guards, kickplates and bollards from the stainless steel range, plus handrails from the 450 timber range, which is designed to meet guidelines in Approved Document M, BS8300:2009+A1:2010 and HBN00-04.

The Christie was seeking a solution that would provide it with all the benefits of wall protection in terms of reducing lifecycle costs, while being as invisible as possible, creating a less institutional and more relaxing environment for its patients. To make this vision a reality, Gradus worked closely with the hospital throughout the process. Having worked with The Christie before, we were thrilled to continue our relationship on this prestigious and rigorous ProCure 21+ project. The project was an excellent example of our supply-and-fit service, highlighting how we work closely with clients and supply chain partners to deliver the project on time and exactly to specification

We supplied and fitted a combination of Wall Protection solutions at St Ninian’s High School in East Renfrewshire, reducing the impact of scuffs and scrapes in the school’s corridors, improving its internal appearance and enhancing the environment. “We were looking for a way to deal with wear and tear and how to keep the school in pristine condition, particularly after the refurbishment of certain areas,” explains Anne O’Neill, Business Support Manager at St Ninian’s. “It was clear that a new approach was needed, so we contacted Gradus about their wall protection solutions.”

The I-House System, incorporating Celcon Vertical Wall Panels, has been specified for use on 164 units of the Norton Farm site in Bromsgrove. The I-House system, a collaboration between Roofspace (formerly SIG) and H+H UK provides the speed of offsite construction with the familiarity of a traditional build.

When regional housebuilder, Galion Ltd was looking for a way to speed up the construction process without compromising on using traditional masonry materials for its Jarmany Hill site, it turned to H+H’s Celcon Vertical Wall Panels.Celcon Vertical Wall Panels are storey-high panels of aircrete that are craned into place for a fast build with the reassuring characteristics of a high-performance, durable, masonry structure.Galion Ltd is building five large, detached houses with uninterrupted views over the Somerset countryside towards Glastonbury Tor. With a reputation for building individual properties to a high specification, the quality of the build is a strong focus for the company.Tim Barnes, Managing Director of Galion Ltd explains why H+H Vertical Wall Panels were chosen for the site: “One of the unique features of our houses is that we use local, natural stone walling for the external envelope of the properties. These are slow to build, especially when we’re using a traditional masonry build method as we are restricted to a maximum of six courses before laying the masonry to the same height.“With the traditional method it was taking 8 to 12 weeks to get to the point where we could put the roof on a house. The joy of using H+H Vertical Wall Panels is that we can get the roof on in around 8 days – it’s a huge advantage for us.”Constructing the watertight external shell of a house so quickly allows the internal trades to start work much earlier, reducing the build schedule significantly. When building large homes like the 2,800 square foot houses on the Jarmany Hill site, this time saving is particularly pertinent.Galion Ltd is working with Acorn Innovation Build Ltd whose carpenters were trained by H+H to install the Vertical Wall Panels. It was a fairly straightforward transition for them as they already use a crane to install timber floor cassettes and roof joists.Matt Shuttleworth, Director, Acorn Innovation Build commented: “H+H Celcon Vertical Wall Panels is a new system for us but as a company we are always interested in different methods of construction. I have to say, so far we are very impressed with this one.”Tim Barnes is equally impressed, saying: “I’m struggling to see a downside to the system. Everyone who has seen it has been impressed and I think once other companies see contractors building with it they’ll wonder why they’re not using it too. We’re already planning to use the system at another site that will be breaking ground soon.”

A prestigious development of five luxury apartments constructed toPassivhaus principles using the H+H Thin-Joint System.Masonry Frame Systems specified H+H Jumbo Bloks primarily because it is what was needed to meet the demands of this Passivhaus construction. H+H Jumbo Bloks offer an advanced thermal performance which adheres to Passivhaus standards.The Thin-Joint system was chosen in particular for its speed of construction, which allowed follow-on trades to start work sooner in a weatherproof environment, whilst retaining the flexibilityof on-site construction.

Charlotte and her family have always enjoyed living in their Edwardian terraced home in Wimbledon, although after spending lockdown with their two young daughters, they realised they needed more indoor space. The couple decided to complete a rear extension to create more space. Built using H+H Celcon Blocks the extension has made the house noticeably warmer and improved the sound insulation.The finished extension houses the kitchen and dining area, as well as a large corner sofa. Charlotte notes, “I’m actually pursuing a career in interior design, so I worked closely with Westminster Building Company to ensure the space is both warm and inviting. My partner and I love cooking and dining in there now, and our kids certainly enjoy the extra space.”“H+H is a big name, so I didn’t give it a second thought when using their Celcon Blocks. I knew I was buying good quality building materials that are light to handle and easy to use.” “Technically speaking this was a job that required some forethought, as the homeowner wanted the extension to be future proofed for building up a storey. Also, one of the next door neighbours was planning for a rear extension to their home. “This meant that we built a 300mm wall with two layers of 100mm Celcon Standard Blocks (3.6N/MM2) with a 100mm cavity wall insulation and used Celcon Block High Strength Grade (7.3N/mm2) on the inner skin. This was both to facilitate future upward building and to ensure that the neighbours plans weren’t mitigated.” Will Clark, Director, Westminster Building Company.The floor to the extension was created using an Insulated Beam & Block construction, using Celcon Block Standard Grade 100mm blocks. 

The full I-House system package was used for each unit, comprising the structural inner skin, insulation, floor cassettes, roof cassettes, soffits and facias. The I-House system is manufactured offsite by Roofspace Solutions who also supply a 3-person team and crane operator to create each structure. 

Bottle Lane is a private custom build home designed and constructed by Revolution Homes. The four-bedroom, detached house stands on the site of the client’s old property which was demolished to make way for a new more acoustically and thermally efficient build. As the client was overseas for the duration of the build, they wanted a company that could offer a full system build package from conceptual design to a finished product. Specialists in the custom-build market, Revolution Homes was able to supply this by employing the H+H Rå Build method of thin-joint aircrete construction.

Client: Bristol City Council Consultants: Chapman Taylor Architects & Arup Design Main Contractor: Bouygues UK Specialist Contractor: Optimum Dry Wall Systems Main Products Used: Emshield DFR-2 SystemOn the site of the former ambulance station adjacent to Castle Park, the largest urban green space in Bristol, this development is designed to provide 375 new homes, with a mixture of build-to-rent and affordable housing units. This comprises a new 26-storey tower, which will be the tallest building in Bristol, together with a 10-storey block, plus a third central building connecting the two, and providing a business centre and leisure facilities for the residents, as well as direct access to the park. The architects designed wide structural expansion joints to accommodate the anticipated levels of movement between the different building structures, as well as in and between the main reinforced concrete floor slabs and the structural frame of the building. They also wanted to reduce any noise transmission through the joints and to ensure that the designated levels of fire protection were maintained, which meant that the joints had to be treated to provide 2-hours fire resistance. To meet all these demands, the answer was a single solution using Emshield DFR-2 (horizontal floor joints) / WFR-2 (for vertical wall joints) systems. These produce a watertight joint, that can accommodate high movement up to 100% (+/- 50%), greatly reduce sound transmission (STC 62; OITC 52), and which are CE Marked to EN-1366-4 for up to 4 hrs fire resistance. 

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

Durability, sustainability and innovation underpin the design of the Aspen Art Museum, located in the state of Colorado, USA. The building’s most striking feature is its exterior facade made of NATURCLAD-W panels, which provides it with protection against Aspen’s cold weather. PARKLEX PRODEMA worked closely with the architectural team to produce a mock-up of the facade prior to construction.The woven NATURCLAD-W exterior and timber support frame for the roof diffuse the light that enters through the glass walls and skylight. This innovative concept maximises the natural light of the interior whilst minimising its exposure to direct sunlight.The design concept of the building mimics the ‘thermos’ principle, whereby interior rooms are kept at a constant temperature by protective exterior spaces. These so-called ‘wrapper’ spaces support air circulation and serve as a visual connection to the outdoors.

Client: Solomon R. Guggenheim Foundation Architects & Engineers: Thelwell Gwathmey Siegal Kaufman (concept by Wright in 1951) Main Emseal Products Used: Emseal Colorseal is on Permanent Exhibition at this Landmark Museum following a hugely successful 24- year ‘run’ at the Guggenheim in New York City. Twenty-four years ago Emseal Colorseal system was installed between a neighbouring building and the 10-story Guggenheim museum office extension completed in 1992; it is clearly still as resilient and watertight as the day it was put in. Where’s the Emseal Colorseal? - The joint is between the limestone-faced building extension on the left of Frank Lloyd Wright’s iconic original and the darker neighbouring brick building to its left. For most designers expansion joints are a necessary evil – and ‘Evil’ for their disruption of design aesthetics – although when cleverly positioned, as in this case returned and rebated slightly back from the building face, the joint becomes a part of the shadow line. From just 2-3m away the joint remains essentially an insignificant 'shadow-line', and back in 1992 it was colour matched with the limestone façade as seen when viewed close-up. Today in 2022, the Emseal Colorseal joints are still fully intact and securely non-invasively bonded in position on both sides of the joint. The material is resilient and responsive, the stored energy of pre-compression remains very evident and there are no signs at all that the material is starting to degrade in the joints, even after this length of service in the exposed environment of NYC in Manhattan.

Client: Whitelink Ltd Contractor: Floor & Wall Ltd Main Products Used: Emseal SJS SystemWhitelink is the leading ferry operator across the Solent from the mainland to the Isle of Wight and carries more than 5 million passengers a year. Their Portsmouth car ferry terminal in Gun Wharf has benefited from White-link’s £45m investment programme to upgrade the facilities, with new double deck parking and boarding ramps. The wide deck and ramp joints needed to be designed to safely accommodate high levels of movement from the combination of thermal and direct frequent traffic loadings, with simultaneous exposure to the marine environment, as well as maintaining watertightness to protect the structure. The engineers knew that selecting the right expansion joint system was going to be critical to the success of the project and their evaluation showed the Emseal SJS System was the best solution. Unlike most trafficable expansion joint systems, the Emseal SJS solution was extremely cost effective, required no potentially damaging mechanical fixings and with installation from the top side only, therefore the works could continue with minimal disruption to ongoing ferry services and the normal White-link customer experience.

Client: Northacre Consultant: Vinci Technology Centre Main Contractor: Multiplex Main Product Used: Emseal ColorsealThe development of The Broadway creates six buildings on a plan designed to frame views of the Grade-1 listed 55 Broadway across from Victoria Street in Westminster, providing residential, office and retail workspace and a new public space linking Victoria Street with Broadway and Dacre Street. The new building elevations were specifically designed “to reference the local vernacular in the rhythm of facades”, using materials sympathetic to the traditional sandstone and brick of the adjacent historic Conservation Area. The façades and their constituent precast panels were therefore a critical element in the design and construction process, as was ensuring that the joints between them could safely accommodate the anticipated thermal and any other structural movements, whilst always maintaining a watertight seal. This was further complicated by the façade design and necessary construction tolerances, meaning that the joints varied in width, resulting in high joint movement capability demands. A test programme was established with Vinci Testing Houses to determine the most suitable joint solution available to meet these challenges in detail - and the clear winner was Emseal Colorseal. This is a unique, preformed, double-sided, silicone-faced movement joint sealing system, that is bonded in position without invasive metal anchoring. Colorseal is CE-marked and ETA-certified to provide a watertight seal with 100% joint movement capability, thermal insulation, UV stability, and colour coordination with vertical or horizontal substrates.  

Project OverviewBuildtec Acoustics is proud to have been a part of the Stage mixed-use development in London. This prestigious project comprises four buildings offering over 400,000 sq. ft. of modern residential, commercial, and retail space. The development boasts 412 private residential apartments, some reaching an impressive 37 storeys high.ChallengeEnsuring optimal soundproofing within a large-scale mixed-use development is crucial for resident comfort and overall livability. Buildtec Acoustics needed to provide an effective acoustic underlay solution that met the specific requirements of the Stage development.SolutionBuildtec Acoustics supplied Isolgomma Basewood, a high-performance loose-laid underlay specifically designed for superior acoustic insulation over screed floors. A total of 23,000 square meters of Basewood was installed throughout the development.BenefitsEnhanced Soundproofing: Basewood's unique composition effectively reduces impact sound transmission and airborne noise, creating a quieter and more peaceful living environment for residents.Improved Floor Performance: Basewood provides a stable and level subfloor, improving the overall performance and longevity of the finished flooring.Efficient Installation: The loose-laid format of Basewood allows for a quick and efficient installation process, minimizing disruption to the project timeline.Project TeamArchitect: Perkins & WillMain Contractor: C.J. O’SheaFlooring Contractor: TCSConclusionThe Stage mixed-use development is a testament to Buildtec Acoustics' commitment to delivering exceptional acoustic solutions for large-scale projects. By utilizing Isolgomma Basewood, the project achieved superior soundproofing, improved floor performance, and efficient installation, contributing to the overall success of the development.We are confident that our expertise and proven solutions can benefit your next project. Contact Buildtec Acoustics today to discuss your specific acoustic requirements.

Year: 2022Location: Austin, TXProduct: SoffitFinish: RustikArchitectural solutions: Interior and exterior soffit panelsProject type: SportsPhotography: Chase Daniel

In our first in a series of case studies, we’ve invited FireDNA Alliance Partner, Steve Neilson to share his experiences using the FireDNA system to inspect and catalogue 9422 fire doors in three months, on behalf of Mitie, for the Scottish Fire and Rescue Service.The Scottish Fire & Rescue Service is the fourth largest in the world and ensures the safety and wellbeing of the people in Scotland. Operating out of 547 buildings across 357 sites, these centres are managed by the UK’s largest ‘Facilities Management’ provider Mitie.Following several months of discussion between Mitie and the Scottish Fire & Rescue Service regarding the status of the fire doors across their property portfolio, a tender was issued for an extensive fire door inspection and evaluation programme to be undertaken.Having secured the works through competitive tender, we further engaged with Mitie and the Scottish Fire & Rescue Service team. Working through their property asset registers in detail we gained a full understanding of the scope and requirements of the project.Following weeks of detailed project planning and final agreement on the timeline, it was evident that we had just over 3 months to inspect and report our findings on 9422 fire doors across the 357 site locations, and this all had to be done during the winter months of late 2021 and early 2022.In order to deliver on such a tight timescale, absolute dedication and collaboration was required from all parties…the project managers, admin staff and fire inspectors as well as the teams at Mitie and Scottish Fire & Rescue Service. To support this challenging task we armed our resources with a new cloud based system called ‘FireDNA’.We had been approached by FireDNA a couple of years earlier to see if we would be interested in helping to beta test their new ‘Fire Door Inspection and Monitoring Software’, to which we agreed, little did we know at the time that this software would prove invaluable to us further down the line!Deploying teams of up to 10 Fire Inspectors at a time, armed with the new and now completed FireDNA Inspection and Monitoring App, we set about working through the phased inspection schedule.Having been involved in the development testing of the FireDNA software, we had no doubt this system would, increase the speed in which the surveys were carried out, and dramatically reduce the time and effort in reporting the findings. Working closely with the FireDNA software support team, who assisted us in the initial software training, our Fire Inspectors were able to work efficiently and effectively ‘at pace’ through the challenge. The FireDNA App also has ‘LiveChat’ built in so any questions or queries by our operatives in the field were easily and quickly dealt with by the FireDNA team, which meant there was very little downtime during the inspection process.One of the great benefits of using the FireDNA App is that everything is ‘real-time’ so our office-based project managers could immediately see how the inspections were progressing. Once the inspection data and supporting photography was in the system report generation was largely automated and nicely formatted into MS Word and Excel documents.These reports could then be initially shared internally with our remedial work/replacement estimators for accurate cost estimates, who in turn could then produce accurate cost estimates and quotes for the works required as each buildings inspection was completed. This created a very fast, efficient and accessible workflow process for the whole team.FireDNA is not only a fantastic fire inspection and reporting tool, but also initiates the ‘golden thread’ of information, allowing building owners and managers like the Scottish Fire & Rescue Service and Mitie to take ownership of the ‘live data’ in the system, which can easily be updated and shared as each fire door asset is inspected, monitored and maintained year-on-year, which will soon become the minimum legal requirement.FireDNA also enables building owners and facility managers to create status reports for O&M compliance, which can be shared with insurers and the like, as well as appointing contractors and maintenance teams to carry out and catalogue remedial works and new installations, which are all date-stamped and locked into the system.In our view, anyone involved in fire inspections, installations, planned preventative maintenance and asset recording of passive fire products, such as fire doors, doorsets and fire screens should be using the FireDNA system. For duty holders such as building owners, facility managers, landlords and surveyors to make sure the assets they are responsible for are safe and compliant and the data unambiguous and accessible by all that need it, including residents.We believe FireDNA is the best system on the market and anyone who uses it will appreciate not only the time and money savings but importantly how this centralised system improves work standards across the full lifecycle of passive fire products. Steve Neilson – FireDNA Alliance Partner – Scotland

Client: Bruntwood Estates Specialist Contractor: Grade-2 Structural Repairs Main Products Used: Emseal SJS SystemThis busy, multi-storey, prime location, car park is located between Manchester United’s Old Trafford Football Stadium, Lancashire’s Old Trafford Cricket Ground and Trafford House, a 12-Storey commercial development. The businesses use the car park during the week and then it is reserved for MUFC fans on matchdays and weekends. The car park was undergoing scheduled structural inspection, when it was discovered that the traditional compression joints were failing in the wide structural movement joints on the access ramps. This meant they were now leaking and allowing water ingress, which could lead to damaging salt deposits on expensive vehicles, as well as potential corrosion and damage to the reinforced concrete decks and the structural frame itself. These joints needed to be made watertight and accommodate significant horizontal and vertical movement, as well as traffic impact and weathering. The engineers looked for a solution that could safely repair and seal the joints, but with only minimal ramp closure or downtime, and the Emseal SJS System was selected as the ideal solution, as it could be installed in just two short, phased closures at weekends, when there were no home games. In the first weekend, with only one lane closed, the failed compression joint was removed and the joint arrisses made good with fast setting resin, then on the next weekend closure, the bespoke lengths of Emseal SJS were installed with access only required from above.  

Client: Highways Agency, England, with Northampton CC Main Contractor: Balfour Beatty Main Products Used: Emseal BEJSEmseal BEJS used to seal Parapet & Wing wall joints on the new A45 Dodsmoor Bridge in Northamptonshire:This new bridge forms part of the A45 Daventry Link Road at Dodmoor in Northampton, where the wing-wall joints and the parapet joints with the precast elements provided a challenge for the engineers. These joints had to be able to accommodate the anticipated high levels of movement, but the site measured widths of the joints varied from around 25-30mm up to around 100mm. The potential movement, including movement in different planes, their variable form and dimensions, were too much for any ‘normal’ preformed joints, or extruded, gun-applied, so-called ‘mastic’ joint sealants to be used. This is clearly evidenced in the inset picture, where the specified extruded sealant was already seen to be failing under this loading. Additionally, the wing-wall joints were to be back-filled with a watertight seal. Following previous experience with difficult and complex movement jointing requirements, the Balfour Beatty engineers discussed the situation with NCC and the Emseal BEJS System was identified as an ideal solution. Emseal BEJS is available in different widths that can also be precompressed further for ease of installation, it is fast and easy to install, plus importantly requires no invasive mechanical fixings.

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.

Architects: IDOMLocation: Donostia, SpainPhotography: Iñaki BergeraMaterial: NATURSIDING-WFinish: RustikThe Aldapeta María Ikastetxea School is the interpretation of modernity, sustainability, and innovation poured into architecture. With the original building demolished, which dated back to the 19th Century, the new school building accompanies the view of education into the future, leveraging new technologies.Efficiency has been key to this project through the use of geothermal energy and natural light used as a shaping tool of space. Our durable rain-screen system wood panels embrace the refinement and warmth typically of wood into the structure in juxtaposition with other materials such as concrete and metal resembling Japanese architecture, with its pure lines, rhythm, dynamism, and sobriety.To accentuate the rhythm and promote harmony between concrete and wood, we have opted for the vertical placement of the slats that evokes the patterns of the wood framework. Achieving such effect is possible given the aesthetics enhanced by the small piece that attains a harmonious relationship between wood and concrete. With an innovative setup in the architectural sphere composed of a hidden system with no visible screws or rivets, the slatted cladding can be placed vertically even in large buildings, and in an easy way that provides a sense of strength and uniformity to the whole. The PARKLEX PRODEMA panels new setup system allows achieving distinctive finishes with the warmth of the wood, longevity, durability, and limited to no maintenance requirements.

Client: Tottenham Hotspur Football Club Design: Populous Main Contractor: Mace Main Products Used: Emshield DFR2 and Emseal Security Seal SSW2Tottenham Hotspur Football Club has moved into its new home which also has a partnership with the American NFL that will see at least two major American football games played at the stadium each season. This was made possible by the innovation of a retractable natural grass pitch, which will be used for Spurs home fixtures and an artificial multi-use surface underneath for the NFL matches, plus concerts and other events. With a seating capacity of 62,000, the Tottenham stadium is designed to ensure that the spectators are closer to the pitch than at any other comparable ground in the UK. It also includes the UK’s largest single tier stand, which will hold up to 17,000 fans in the Spurs home-end. As is typical for modern stadium design, there was a critical requirement for wide and high movement joint sealing systems in several important areas. These included joints in the plant service areas and walkways over prestige VIP and hospitality suites that also had to provide fire resistance, plus the important and often difficult heads-of-doors joints. These requirements were all safely and securely met using Emseal DFR-2 and Emseal SecuritySeal SSW2 respectively

Just a stone's throw from London, a private villa is coloured with traditional Mediterranean style thanks to Atlas Concorde's concrete-effect porcelain tiles. Explore the project.A white wall, a blue sky bursting with the sun's rays, the scent of wild flowers, and the gentle sound of unspoiled nature. It’s a view that immediately recalls the Mediterranean landscapes typical of the coastal countries of Italy, Spain, and Morocco. And that’s exactly the feeling inside a private villa in Bromley thanks to the creation of a space thatconveys the understated allure of maritime residences. In this setting suspended somewhere between Mediterranean charm and the calm of English city life, Atlas Concorde's concrete-effect porcelain tiles were selected to adorn the villa's outdoor spaces.Thanks to the outdoor tiles of Atlas Concorde, the patio and pool area blend the nature, elegance, and freshness typical of the architectural style of southern Europe. White, the tone used for the floors, is also a clear reference to traditional Mediterranean houses where the delicacy of the sea breeze can be enjoyed.The expressiveness of the concrete look clads the outdoor areas of the home with sophisticated elegance by combining technical performance and aesthetic sophistication. The concrete effect is stripped of its typically industrial look to decorate the space with a unique material capable of being the perfect extension of the indoor spaces.The versatility of the concrete-effect tiles, thanks in part to their 20 mm thickness specifically intended for outdoor use, guarantees a product that is safe, weather-resistant, and easy to clean. In some specific settings such as the outdoors, the tiles must not only be beautiful but they also must have technical and application characteristics that limit the risks of falls and slips. Precisely for this reason, non-slip Atlas Concorde floor tiles have proved critical and made it possible to create continuity between spaces that have different purposes and characteristics.The end result is a space marked by an understated, elegant, and bright style where an absolute sense of lightness prevails. An inspiration that offers relaxation and wellbeing for an extremely refined style in perfect harmony with nature.

BackgroundThe University of Brighton’s history goes back to when the Brighton School of Art was opened in the Royal Pavilion in 1858. However, it is since it achieved University status in 1992, that the institution has really began to grow to quickly become one of the most popular destinations for students in the South East.  The influx of students over the past three decades has meant a growing demand for accommodation that for many years the city hasn’t been geared up for and this has been an issue particularly in the suburb of Moulsecoomb, a neighbourhood housing the biggest of the four campuses and that has seen itself forced to transform onto a growing number of HMOs that aren’t quite suited for student living and that are struggling to coexist with local residents. Brighton’s architecture is mostly famous for ‘The Laines’ and the iconic Royal Pavilion however the city developed during the Regency, Victorian and Edwardian periods and was also greatly influenced by the Art Deco, Modernist and postmodernist movements resulting in an architecturally rich and diverse townscape that today has over 1200 listed structures with special architectural or historical interest.  The distinctive low rise character of the city is also a consequence of its position between the sea and the downs and although modern living and the scarcity of land available and apt for building put on the table the need for tall construction, the local planning committees are often strict when it comes to high rise and not only expect this type of new construction to demonstrate a high standard of design and to make a positive contribution to the visual quality of the environment but they also require that they live up to the city’s exceptionally fine historic environment context, and its cultural identity.The projectHassell Studio and Design South East were given the gruelling task of heading the regeneration of the Moulsecoomb campus to house the School of Business and Law, the School of Architecture, Technology and Engineering, the School of Applied Sciences, part of the School of Art and Media, state of the art student accommodation for over 800 students and leisure facilities. A project that would be delivered by construction giants Bouygues. The design concept was a cluster of buildings with 5 student halls built on the site of the old Preston Barracks, Watts House and Mithras House and where Goldstone hall was the tallest building of the development. With 18 floors, Goldstone hall not only became the focal point of the development but also the tallest tower to be built in Brighton in the 50 years prior to its construction.  Julian Gitsham, Principal and Education and Science Leader, who headed the project at Hassell, recalls how aware he and his team were of not only the architectural impact but also of the socio-economic significance of the development for the local area and how these aspects led to a meticulous study of all aspects of the project, it made the quality of the scheme non-negotiable and locked the material specification.  There was no doubt that the Goldstone hall would be the heart of the development and as such, that it had to have distinctive features. Julian and his team sought a natural and robust material that would make the building stand out from the lower brick architecture characteristic of the local area however they also wanted to portray the dynamic nature of the future of the building and they were able to achieve that through the use of glazed terracotta panels that reflected the sun light and changed in appearance with the weather, displaying the perception of a different façade every time. Julian comments ‘it is fascinating to see how on darker, foggy days, the building seems to disappear into the sky’. In the spirit of great architectural wit, despite of the contrast in materiality, the architects sought to reflect the neighbouring architecture in the body of the tower and for that they selected 20 different colours found across the local townscape and using a purposedly designed algorithm, these were randomly set out across the facades of the building showcasing the tonalities of the local architecture and the shades of the Brighton sky, gradually from the lower to the upper floors. A challenging task that skilled cladding contractors M Price delivered impeccably. Some of the chosen colours also paid homage to those found on the façade of the now gone The Lectern, which was the local go to pub for the students of the campus.Call-to-ActionTerracotta is one of the cladding resources of choice in the market because it is a natural and versatile material that gives architects freedom of expression whilst it gives cladding and envelope contractors the advantages of a quick and easy installation process.  The Argeton system is one of the principal terracotta systems used Worldwide not only because it is a natural and versatile material but also because it offers a technical and cost effective solution for the residential, commercial and health and education sectors. Argeton is CE and UKCA market and also one of the most tested systems in the market including a BBA and an EPD. NHBC approved and not subject to any restrictions on building height or proximity to boundaries thanks to its Euro-class A1 Fire certification, it is no surprise Argeton is one of the materials of choice not only in new builds but also for refurbishment or re-clad. Durable and fully recyclable, ISO 14025 and EN 15804 (European BREEAM equivalent) certified, sustainability is at the heart of Argeton’s values.' Argeton terracotta is available in a range off the shelf and bespoke profiles, in lengths to suit and in natural, glazes and engobed finishes. https://tellingrainscreens.co.uk/profile-and-finishes/

Following the devastating effects of the Grenfell Tower tragedy, Hatfield Close & Gerrard House fell into the category of social housing buildings that needed to be reclad to meet safety standards and Terracotta cladding offered a solution that satisfied the required standards and ticked all the boxes. BackgroundOn the 14 June 2017, a disaster that shook the nation taking away the lives of 72 people, injuring many others and devastating families and a whole community became the core of public unrest and resulted in a mass scale enquiry that identified around 2,000 buildings over 18m tall clad in dangerous combustible materials in England alone. The cladding crisis exposed that not only did the buildings pose an immediate fire risk to residents but also saw flat owners facing building insurance premiums, extensive and costly remedial work and mortgage lenders deeming the properties unsafe and ceasing to lend money against them. The Grenfell tower tragedy resulted in the review of the building regulations nationally and internationally in countries including Australia, Malta and The United Arab Emirates and in a government pledge of over £5bn towards the remediation of fire safety problems in high rise buildings. The three Hatfield Close & Gerrard House blocks were identified as being clad with ACM, the cladding material used at Grenfell. The projectAlthough originally constructed as a concrete frame with brick infill sections, the Hatfield Close & Gerrard House buildings experienced weather penetration issues during the 1980s and the 1990s that led to a programme of improvements which included the introduction of an ACM rainscreen system in the 2000s which during the post Grenfell tall buildings cladding mass review was found unsafe. Only weeks later emergency works to strip the hazardous cladding began.  Although the primary objective of the project was to improve the fire safety performance of the three blocks, the project team took the opportunity to redevelop the buildings to also improve their aesthetic and structural and thermal properties. The nature of the project called for a holistic approach led by a multidisciplinary team which included Michael Dyson Associates Ltd, a housing consultancy firm that specialises in the social housing sector, social housing main contractor United Living, a Lewisham Homes & Fire risk manager, independent consultants and resident representatives. The team, with guidance from the planners selected terracotta cladding as the material of choice due to its non-combustible A1 fire rating and robustness. In addition to its essential non-combustible fire classification, terracotta offered a large range of tile colours, shapes, profiles and textures that gave the team design freedom and opened the possibility to improve the aesthetic appearance of the blocks at the same time as offering durability due to being a natural product with no synthetic dyes and a life expectancy of 60 years +. The terracotta cladding system offered the façade contractor Novo Facades a simple method that allowed them to deliver a clean and non intrusive installation process which was key as the residents were living in the buildings all along. The project became a construction referent of inclusion and savoir faire. It was a winner in the Inside Housing 2020 Resident Safety Campaign Awards, it was shortlisted for ‘Best Community Engagement’ and Won ‘Project of the Year £10 million to £25 million’ awards at the 2021 National Building & Construction Awards. SolutionTerracotta facade panels are one of the cladding resources of choice in the market because it is a natural and versatile material that gives architects freedom of expression whilst it gives cladding and envelope contractors the advantages of a quick and easy installation process. The Argeton system is one of the principal terracotta systems used worldwide not only because it is a natural and versatile material but also because it offers a technical and cost-effective solution for the residential, commercial and health and education sectors. Argeton is CE and UKCA marked and one of the most tested systems in the market including a BBA and an EPD. NHBC approved and not subject to any restrictions on building height or proximity to boundaries thanks to its Euro-class A1 Fire certification, it is no surprise Argeton is one of the materials of choice not only in new builds but also for refurbishment or re-clad. Durable and fully recyclable, ISO 14025 and EN 15804 (European BREEAM equivalent) certified, sustainability is at the heart of Argeton’s values. Argeton terracotta cladding systems are available in a range off the shelf and bespoke profiles, in lengths to suit and in natural, glazes, digital print and engobed finishes. https://tellingrainscreens.co.uk/profile-and-finishes/