"pipes including cladding lagging"

The Creative Centre at York St John University represents an evolutionary step in educational architecture, mirroring the institution’s commitment to fostering innovation, creativity, and community engagement.By integrating cutting-edge sustainable technologies and materials, the centre not only minimizes its environmental impact but also serves as an inspiring example of how modern design can contribute to the well-being of both the planet and its inhabitants.The facility’s versatile spaces encourage interdisciplinary collaboration, enabling students and faculty to explore new frontiers in arts and education. This architectural gem not only enhances the university’s landscape but also strengthens its ties with the local community, inviting public participation in a range of cultural and educational events.As a symbol of York St John University’s forward-thinking ethos, the Creative Centre is poised to shape the future of creative education, making it a cornerstone of both the university and the wider society.Three main concepts formed the foundation of the design approach. First, it is a genuinely sustainable building, both in operational and embodied carbon terms, with a substantial timber frame and simple climate control. Second, the main atrium space unites all the building elements together, reflecting the latest thinking in higher education to create ‘third spaces’ for cross-disciplinary collaboration.Finally, the Centre makes the most of its proximity to York Minster connecting the University to the heritage of the surrounding city. Throughout the atrium, recital hall and critical listening room, views to the Minster are carefully framed, reinforcing this picturesque view across the stunning historic site.Low embodied carbon materials, such as glulam and CLT and SIPS were used for the construction of the Centre, as part of a ‘fabric-first’ approach using Passivhaus principles to achieve a BREEAM Excellent rating.Working alongside environmental design consultant Atelier Ten, the project’s eco credentials were achieved by using triple-glazing, making the building air tight, providing simple operation systems – such as openable windows – and a mixed mode ventilation system with both mechanical and natural ventilation in teaching rooms.The building is extremely functional and flexible, for example the 2,000m2 of teaching space are column-free internally with modular servicing to allow easy re-configuration in the future should the university’s requirements change. The 180 capacity auditorium was designed with SSV Theatre Consultants to facilitate teaching as well as performances, with a level access technical level. And the building connects to the natural environment through its use of natural materials and integration with a campus wide landscape masterplan.

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.

Project OverviewGuttermaster Limited played a pivotal role in the renovation of the Morrisons store in York by supplying Moulded No.46 Gutter and Square Retro Rainwater Pipe systems. This case study highlights the successful collaboration between Guttermaster and the Morrisons project team, resulting in an efficient and visually appealing rainwater management solution for the store.Project DetailsScope of Works:Supply of Moulded No.46 GutterSupply of Square Retro Rainwater PipeClient's RequirementsMorrisons sought an upgraded rainwater management system for their store in York. The primary project objectives were as follows:Efficient Rainwater Management: Morrisons required a modern and efficient rainwater management system to replace the existing one.Aesthetic Enhancement: The new system needed to enhance the visual appeal of the store's exterior, aligning with Morrisons' commitment to a pleasing shopping environment.Guttermaster's ApproachGuttermaster Limited approached the project with a focus on efficient and aesthetically pleasing rainwater solutions:Moulded No.46 Gutter Selection: Guttermaster recommended the Moulded No.46 Gutter system due to its efficiency and capacity for rainwater management, which was well-suited for the store's needs.Square Retro Rainwater Pipe Selection: The Square Retro Rainwater Pipe was chosen for its clean lines and modern aesthetic, contributing to the store's exterior enhancement.Precise Supply: Guttermaster ensured the accurate supply of both systems, meeting the project's requirements.ResultsThe collaboration between Guttermaster Limited and Morrisons led to a successful project:Efficient Rainwater Management: The supplied Moulded No.46 Gutter system significantly improved rainwater management, reducing the risk of flooding and water damage to the store.Enhanced Aesthetics: The supplied Square Retro Rainwater Pipe provided a clean, modern look that enhanced the store's visual appeal, aligning with Morrisons' commitment to a pleasing shopping environment.Reliable Rainwater Solution: Guttermaster's supply ensured that the systems could perform reliably and efficiently for the long term, contributing to Morrisons' operational efficiency.ConclusionThe successful supply of Guttermaster's Moulded No.46 Gutter and Square Retro Rainwater Pipe systems to Morrisons, York, exemplifies the company's dedication to delivering efficient and visually appealing rainwater management solutions. This project showcases the power of collaboration in achieving effective rainwater management and enhancing a store's exterior appearance to create a more pleasing shopping environment for customers.

Walraven's Pacifyre MKII fire sleeve was specified throughout the risers in The Shard due to its ability to allow pipe movement and still remain effective.

M&E contractor ‘The All Group’ designed 2.5km RAYCHEM of HWAT-M self-regulating cables in a single pipe hot water system throughout the hotel. Controlled by RAYCHEM HWAT-ECO smart controllers, the system provided the benefits of energy efficiency plus savings in material costs, labour and space. Pipe freeze protection was delivered using 5.5 km of RAYCHEM WinterGard, controlled with RAYCHEM RAYSTAT-ECO-10. Underfloor heating was installed in the bedrooms, using RAYCHEM T2Red with T2Reflecta. In addition, RAYCHEM T2Quicknet 160 was installed in the en-suite bathrooms and the hotel’s luxurious spa.

Project Overview:Guttermaster Limited played a pivotal role in the development of the Quintana Gate project, a modern residential new build. This case study outlines Guttermaster's key contributions in providing tailored rainwater management solutions that seamlessly blend functional efficiency with contemporary aesthetics.Project Details:Scope of Works:Supply of Flush Joint Pipe, SnapLok Capping, and aluminium rainwater hoppersProject Goals:The Quintana Gate project aimed to achieve both functional efficiency and contemporary aesthetics in rainwater management for a modern residential development. The key project goals included:Functional Efficiency: Efficient rainwater conveyance and collection tailored to the needs of a modern residential building.Contemporary Aesthetics: Sleek, modern design elements that enhance the overall visual appeal of the residential development.Guttermaster's Approach:Guttermaster Limited approached the Quintana Gate project with a focus on providing advanced rainwater management solutions that marry functionality with contemporary design:Tailored Rainwater Solutions: Guttermaster supplied Flush Joint Pipe, chosen for its streamlined design and efficient water conveyance, meeting the specific needs of a modern residential development.SnapLok Capping for Parapet Wall Finishing: The inclusion of SnapLok Capping provided a clean and polished look to the building’s exterior, showcasing Guttermaster’s commitment to contemporary design and adding a touch of sophistication.Aluminium Rainwater Hoppers: Guttermaster supplied aluminium rainwater hoppers, emphasizing the company’s dedication to delivering comprehensive rainwater management solutions. These hoppers ensured efficient water collection and added a visually appealing element to the building’s exterior.Results:The collaboration between Guttermaster Limited and the Quintana Gate project managers resulted in the successful implementation of advanced rainwater management systems:Functional Efficiency: The Flush Joint Pipe, with its streamlined design, contributed to the overall functionality of the project, efficiently conveying rainwater in line with modern residential needs.Contemporary Aesthetics: The inclusion of SnapLok Capping added a touch of sophistication to the building’s exterior, enhancing the modern aesthetic appeal of the residential development.Visual Appeal: Aluminium rainwater hoppers not only ensured efficient water collection but also added a visually appealing element, contributing to the overall aesthetic success of Quintana Gate.Conclusion:The supply of Flush Joint Pipe, SnapLok Capping, and aluminium rainwater hoppers by Guttermaster contributed to the overall success of the Quintana Gate project. This case study highlights the importance of collaboration between industry experts and showcases Guttermaster’s ability to provide advanced and visually appealing rainwater management solutions for modern residential developments. The project exemplifies the synergy between functionality and contemporary design in the realm of new construction.

Contour recently completed an extensive project for a care home in Southern England, entailing the surveying, supplying, manufacturing, and installation of 47 LST radiator covers and 100 meters of pipe boxing. The new installations not only brought the care home up to safer surface heating standards but also ensured accessibility for cleaning and maintenance, crucial for infection control.Prior to the upgrade, the care home faced various challenges, including poor access for cleaning and maintenance, exposed pipework posing a burn risk, and aesthetically displeasing rusty covers. Dust build-up, a known health hazard, was a significant concern due to its potential to cause respiratory issues and spread infections among vulnerable residents.Contour addressed these challenges by installing DeepClean LST radiator guards with patented quick-release hinged doors for easy cleaning. These guards also featured BioCote® protection to combat bacteria and open-ended shoulders to minimise dust traps. Additionally, pipe boxing was fitted to conceal exposed pipework, reducing the risk of scalding.The results were transformative, providing the care home with a safer heating solution while significantly reducing infection risks and dust-related issues. With improved access for cleaning and maintenance, the care home can now better manage infection rates and maintain a hygienic environment for its residents. Moreover, the disposal of previous radiators was carried out responsibly, ensuring a complete and sustainable upgrade process.

The Access Panel Company's Hinged Tile Door is a discreet storage solution designed to meet the specific needs of a client's bathroom. The client required a storage unit that could also provide access to the plumbing pipes behind the toilet. The Hinged Tile Door is a perfect solution for this need as it allows for easy access to the pipes while maintaining a sleek and stylish look.The Hinged Tile Door is designed to blend seamlessly into the wall, with the gap of the door matching the gap of the grout between the tiles. This design ensures that the door is virtually invisible and does not detract from the overall aesthetic of the bathroom. To further reduce the visibility of the door, a push-to-open touch catch mechanism was included, eliminating the need for a keyhole or escutcheon on the face of the door.The Hinged Tile Door is made from carbon steel and powder coated RAL 9010 as standard, ensuring that it will last for years to come. It is easy to install and provides a secure and reliable storage solution that meets the specific requirements of the client.The Hinged Tile Door is a great example of how The Access Panel Company can provide bespoke solutions to meet the unique needs of our clients. By working closely with the client, The Access Panel Company was able to design and manufacture a product that met all our requirements while maintaining a sleek and modern look. The Hinged Tile Door is an excellent case study of how The Access Panel Company can provide tailored solutions to meet the specific needs of our clients.

Penetration sealing though walls using the following FSi Stopseal® Batts, Pyrocoustic® Sealant, Pyropro® HPE Sealant and PipeBloc® PCP Pipe Collar

Location: Maidstone, KentProject Type: HotelProduct: Dales Dove Gutter75mm Square Contemporary Rainwater PipeArchitect: D.L.A. ArchitectureSub Contractor: Hills Electrical & Mechanical

Project: Greenlaw Business CentreDate: 2018 Background:·        APL were involved from an early stage with the architects, providing design and costing advice throughout the tendering process·        APL’s strong supplier relationships ensured that long-lead items were all delivered to the project timeframes·        APL’s design expertise enabled a bespoke profile to be created to meet the architects vision and inhouse fabrication capability upto 6m in length resulted in single-length profiles and flashings Systems:·        1,000m² of Newton-range custom bespoke in aluminium with an anodised-bronze coating·        850m² of AP6ZS factory-produced standing-seam built-up system·        APL Tritherm™ GALV support system onto SFS·        LB4 live louvre system·        All flashings, fixings and accessories  Building Location:·        Glasgow

Durability, safety and aesthetics needed to work together for the Viking House project. With the refurbishment nestled among conventionally built brick buildings there was a need for a contemporary look that mirrored the local vernacular. Viking House, a managed student accommodation at the University of Lincoln made up of three five-storey buildings and standing 20m tall, was designed to reflect the university’s continuing progress. Mechslip was chosen along with Ibstock’s Leicester Red facing bricks, due to its A1 rated non-combustible to EN13501-1 standards making it the ideal choice for a modern high-rise structure.

In 2015, Quinn London Ltd started the refurbishment of The Market Building, in Brentford which involved the conversion of Offices to residential dwellings as a ‘Material Change of Use’ project. Soundis provided acoustic solution options for this project, in order to ensure a cost effective Value Engineering Exercise, on behalf of the Main Contractor.As the 1st floor required a deep void system due to new soil pipes and waste pipes having to be installed along the corridor within the building for kitchens and bathrooms, it was agreed to utilise Soundis Cradle & Batten System. This provided a service void for the pipes of 300mm whilst the other areas of the floor were treated with the system at 80mm FFH. The Soundis cradle & batten acoustic floor was then overlaid with a Soundis a high quality, interlocking dry screed system gypsum fibreboard.The Soundis cradle & batten floor system has been installed on the existing concrete and existing timber structural floors to provide a level floor over the un-even sub-deck. The service void provided by Soundis cradle & batten system can be used for other flooring applications, such as underfloor heating.Our Cradle and Risers are manufactured from 100% recycled materials assisting to the sustainability targets of projects.

Viega has supplied its cold applied Profipress and Sanpress Inox press connection systems to the latest refurbishment of the 17th century Queen’s House in Greenwich.Queen’s House, a Grade I listed building and scheduled ancient monument, was originally built between 1616 and 1635 and is the last surviving section of the palace of Greenwich. Queen’s House is now part of the Royal Museums Greenwich and is home to a large collection of important paintings, drawings and sculptures. Over the last few years the 400-year-old building has undergone a program of vital maintenance.The scheduled ancient monument protection is granted to sites of national architectural importance and makes it a criminal offence to damage the monument in question. The importance of the building meant that during the maintenance work the materials and methods used had to be carefully considered. For example, no hot works of any kind were permitted on-site so traditional soldering or brazing of pipework was not an option.Mechanical and electrical maintenance specialist Red100 was selected to carry out the work as the latest in a number of contracts to work on the building. The renewal of the pipework systems included the heating and chilled water systems, for both of which the supply comes off a header pipe from a plant room located in another building. The contract also included work on the greywater system.As a result of the restrictions on hot works, press connection technology was the chosen methodology for the pipe installation. Viega’s Profipress system was selected for use on the copper heating and water pipework while the stainless steel greywater pipe was connected with Sanpress Inox fittings.Stephen Phillips, Director at Red100 said: “We were familiar with press connection technology, having employed it on a number of similar projects. We had been recommended the Viega systems and were impressed by what we saw when we visited Viega’s production facilities in Germany.”Paul Burkett, Technical Sales Manager at Viega commented: “After discussing the requirements with Stephen at Red100 we were confident that the Viega products fitted their needs exactly. Also the range of different press connection options offered by Viega meant that there were suitable products available as the scope of the work expanded.”Due to the historical significance and protected status of the building as well as the priceless nature of the artwork housed within the Queen’s House, the security of the connections was paramount. Any water leaking from incomplete or inadvertently unpressed joints had to be avoided due to damage it would cause. The SC-Contur feature designed into products from across the Viega range, including Profipress and Sanpress Inox, ensure that any missed connections are reliably identified during testing. This avoids expensive and potentially damaging failures once the project is complete.Stephen Phillips concluded: “We were delighted with the performance of the products. The installation on Queen’s House went very smoothly and as a result we have subsequently used the Viega systems on other projects."

Haydn Avenue is a block of 8 purpose-built flats consisting of seven one beds, and one two beds arranged in two interlinked blocks. The front block includes six flats over three floors with two further flats to the rear block over two. This development is located within walking distance of Haydons Road station and offers regular links into central London.Cellecta’s Mojave S2-8 was specified by Papa Architects as it offers a dry and robust floor build up from one source. Mojave S2-8 is a high-performance underfloor heating system which performs at a low flow temperature. XFLO FF boards are manufactured to suit the pipe diameter and spacing required to achieve the desired thermal output.Caldera Construction was awarded this 100m² contract for this development in Wimbledon.

Project:Surespan designed and manufactured several floor access covers for the £6.5m Liffey Service Tunnel Project in Dublin Ireland.The service tunnel is one of the crucial links for the rejuvenation of the docklands, it will carry water mains to the docklands and transfer wastewater to the treatment plant at Ringsend. The 260m tunnel will also carry district heating pipes, gas mains, and electrical and telecommunication cables.Products:Surespan designed and manufactured several floor access covers including SAC Flush floor access covers and HIAC Recessed floor covers.All the access covers were supplied with either a gas spring-assisted opening, hydraulic or electric with a retractable safety grid and pedestrian (FACTA Class ‘A’) Loading. A hydraulic HIAC was also supplied with a FACTA Class ‘D’ Loading which is the equivalent of an 11-tonne wheel load.

Project: GTIMC, University of SheffieldDate: 2022 Background:·        APL were engaged with the architect to provide a solution using APL StrongBak™, having worked with APL on numerous projects before·        APL’s ability to powder-coat its roll-formed profiles provided the client with a large range of anodised-look finishes ·        APL provided all structural, thermal and acoustic calculations Systems:·        2,400m² of APL StrongBak™ long-span structural wall panel system with external profiles being sinusoidal AP18HR and AP45HR with an anodised-look PPC finish·        150² of APL perforated Slimwall™ flat panels with an anodised-look PPC finish·        APL Tritherm™ GALV sub-framing ·        All flashings, fixings and accessories  Building Location:·        Sheffield

On the Grand Union Canal in Hemel Hempstead, the Nash Mills Wharf housing development features a range of stylish new build 1-4 bedroom houses and luxury apartments offering high quality waterside living in this Hertfordshire town.With a waterproofing system required to protect the concrete podium above the ground floor car park, a selection of hot and cold applied products were provided by Proteus Waterproofing that met the requirements of the client Linden Homes. The licensed roofing contractor worked with Proteus Waterproofing on a dual system specification which included the fast and economical Proteus Hot-Melt waterproofing system, and for the intricate detailing around upstands and to avoid hot works around the plastic soil and vent pipes, the Cold Melt® waterproofing system was the ideal solution.Fast, hassle-free applicationWith the podium deck covering 3000m2, the Proteus Hot Melt® system was the optimum waterproofing solution for a robust, cost effective, seamless and fast application. This solution worked exceptionally well for the Licensed Contractor and is compatible with the fast applied Cold Melt® solution which was used for high detail items including plastic soil and vent pipes and upstands. There was also the added challenge of wet brickwork and an exacting building program to keep to. To overcome this problem, Proteus isolated the wet substrate with Pro-DPM Primer (Damp Proof Primer) which can be applied to green concrete 3 days old and then followed immediately by the Proteus waterproofing system. This enabled the Cold Melt® to be installed on to the vertical elevations will no loss of time.Quality controlProteus Waterproofing worked in close partnership with its Licensed Contractor to successfully deliver the project to a very high standard within the required timeframe.Long term performanceIncorporating recycled rubber-crumb and other organically grown products, Cold Melt® creates an elastomeric, seamless, cold applied membrane and can outlast the lifetime of the substrate on which it is installed.

This spring the new Dyson Cancer Centre at Royal United Hospitals, Bath will be opening its doors. A great deal of the building-works have been carried out including works on the building façade by specialists, Regency Facades.Our VitraFix® VF1 rainscreen subframe systems has been installed onto the building for both the vertical wall and soffit areas (carrier rails, brackets and all fixings) which will provide the support for the cladding panels.Two panel types from our rainscreen cladding range have been used on the buildings facade: VitraDual®, which is a cladding panel made from aluminium and our natural-looking fibre cement cladding panel, Ceramapanel® – both products achieve A1 fire rating to BS EN 13501-1.It’s been fantastic to have been involved in a project where there’s more than one panel type being used which adds extra detail and boosts the appearance of the façade. All of our products are non-combustible making them the obvious choice in any building project especially when safety is paramount to the hospital, patients and visitors.The Dyson Centre is a world-class facility that will provide cutting-edge treatment for patients from across the region and will bring together the majority of the RUH's cancer services, including research, under one roof. The new building will support staff to deliver the very best care, in the best environment. It’s been a privilege to have been involved and congratulations to everyone involved in the construction and for delivering such a fantastic end result including Kier Group, IBI Group and SBS Cladding Ltd.

Morriston Hospital had sustainability at the heart of the building's design and specification. ROCKWOOL insulation has played a significant role in the project which has achieved its target of a BREEAM Excellent rating. A combination of ROCKWOOL products was used to meet Morriston Hospital's pipe and ductwork insulation requirements.

Michael Laird Architects have been working closely with Scottish Canals for many years on redevelopment of the former Rosebank Distillery Buildings and this include ANTHRA-ZINC rainscreen and standing seam roofing and cladding.

Project: Birmingham Energy Innovation CentreDate: 2020 Background:·        APL were engaged to provide a non-combustible construction solution to meet challenging acoustic and thermal performance requirements for the roof and walls·        APL were able to meet the clients requirement for matching solid and perforated profiles·        APL provided all structural, thermal and acoustic calculations Systems:·        2,000m² of APL built-up pre-coated aluminium roof system, using the sinusoidal AP18HR and trapezoidal AP31/1000RR profiles·        1,300m² of APL built-up aluminium wall system, using the sinusoidal AP18HR and AP45HR profiles with both pre-coat and PPC finishes·        800m² of APL perforated aluminium wall system, using the AP45HR-Airwall™ profile with a PPC coating·        Bespoke featured fins in aluminium with an anodised-look PPC coating·        APL Tritherm™ GALV sub-framing ·        All flashings, fixings and accessories  Building Location:·        Birmingham

Project: Leeds College of BuildingDate: 2018 Background:·        APL were involved from an early stage with the architects, providing design and costing advice throughout the tendering process, along with significant design support as the project progressed·        APL’s technical expertise and close relationships with its supply chain ensured that solutions were provided to some very complex colour requirements Systems:·        1,400m² of half-round profile AP50HR in aluminium with an anodised-look PPC finish ·        850m² of sinusoidal profile AP18HR in aluminium with an anodised-look PPC finish ·        APL Tritherm™ GALV support system onto SFS·        LB4 live louvre system·        All fixings and accessories  Building Location:·        Leeds

Project: Innovation Centre, Marlborough CollegeDate: 2020 Background:·        APL were specified by the architect at an early stage in the project, providing a number of samples with different perforations and in different colours·        APL’s engineering team designed a bespoke aluminium sub-frame to minimise any window obstruction Systems:·        1,600m² of AP45HR-Airwall™ perforated profile in aluminium with a Class 2 PPC coating to both sides·        Bespoke-design APL aluminium sub-frame coloured-matched to the Airwall™·        All fixings and accessories  Building Location:·        Swindon

Brett Landscaping, leading provider of high-quality hard landscape materials, has partnered with O’Brien Contractors, to supply block paving for the development of a new sports facility for the Old Saltleians Rugby Football Club in Warwickshire. The club, which was formed 95 years ago has been a fixture of West Midlands amateur rugby was required to relocate due to their original home obstructing the route of the HS2 development. With a sizeable budget at hand due to generous compensation from HS2, there were high expectations for top specification materials and an impressive finish at the new Water Orton site. O’Brien Contractors were appointed in 2021 to transform 17 acres of farmland into a state-ofthe-art sporting facility. The aim was to create a modern facility for sport and events, with the inspiration for the project being the surrounding natural environment. For Old Saltleians, this meant four high-standard grass pitches featuring advanced trench and pipe drainage (adhering to Sports England Standards), with irrigation ensuring year-round playability. The relocation included the addition of an ultra-modern clubhouse offering social spaces for the club and community to host events. This meant including extensive parking for the site was required on the site.

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

Bilco UK’s special zinc-clad Roof Access Hatches and Smoke Vents chosen for the Zaha Hadid designed Glasgow Transport Museum, Scotland. The roof specification included Smoke Vents and Roof Access to blend with the roof finish. Bilco supplied modified units with zinc cladding to achieve the desired look. To enable safe roof maintenance, a modified E-50T Hatch was supplied and installed to the 46 degree sloping roof enabling maintenance staff to gain easy, safe access to roof equipment

Moneyfields is football club in Portsmouth which includes a new social club and sports facility Building with housing development of 26 residential units in the form of 14 one and two bedroom apartments and 12 four-bedroom houses. Redevelopment of this part single and two storey building was completed to accommodate the sports and social club with bars, function hall, kitchen, cellar, offices, changing rooms, boxing ring, gym, spectator stand, classrooms, ticket office, tea hut, car park, and a pitch with floodlights and fencing.Cellecta’s Mojave S1-8 was specified by PLC Architects due to it being a high-performance underfloor heating system, offering a dry and robust floor build up from one source.XFLO boards are manufactured to suit the pipe diameter and spacing required to achieve the desired thermal output.Chichester Building and Carpentry Ltd was awarded this 900m² contract to construct this redevelopment in Portsmouth.

A complete roof refurbishment, including thermal upgrade and full waterproofing of a church centre.Systems in useEcoflex®The project included various roof areas with different systems in situ, all requiring thermal upgrade, and increased falls to remove standing water from the roof. There were also rooflights and roof lanterns that needed to either be replaced or removed and boarded over, a live gas pipe which required lifting to accommodate the new roofing system, and various redundant SVP’s and chimneys.ChallengesThree separate roof areas required upgrading as the existing waterproofing was failing and reaching the end of its service life. Water ingress was occurring, causing damage to the internals of the building.Axter carried out in depth surveys and took various core samples to determine the existing build ups of each roof area. It was identified that remedial works were needed to stop water ingress, thermally upgrade the roof, remove standing water, and remove certain rooflights. Two out of the three areas had redundant and dated rooflights / roof lanterns. There was also an active gas pipe laid across the main roof area which had to be taken into consideration when specifying works.SolutionsThe 3 existing roof build ups included Asphalt with RBM cap sheet and stone chippings, Asphalt with RBM cap sheet and solar reflective paint and finally an EPDM system. Our core samples revealed that the areas with existing asphalt were in good condition. Therefore, Axter advised to only remove the solar reflective paint and the stone chippings to avoid the asphalt from going into landfill and to keep costs down. We used a mixture of torch applied and self-adhered AVCL’s, dependant on the deck type and to comply with SAFE2TORCH areas. Axter’s Ecoflex® ADH single ply membrane was the system of choice as this kept the use of naked flames to a minimum as the building remained in use throughout the refurbishment programme. The system provided a 20 Year Guarantee covering design, materials and workmanship and achieves Broof(T4) fire certification.A live gas pipe was running across the main roof area. It was decided with the client that this would be replaced and raised to accommodate the new roofing system.As this was a live site, the safety of the client and their visitors was a risk that needed to be considered. Risk and method statements were developed and written with the client’s ongoing activities in mind. The contract was carried out without the occurrence of any accidents or incidents.AcknowledgmentsWe were delighted to have Axter and the Nautilus work on our roofing project and again were delighted with the outcomes. From initial consultations with both Nautilus and Axter we found them to be highly knowledgeable and professional in providing solutions and specifications. Axter’s attention to detail manifested through their survey work and their recommendations provided us with a great deal of assurance in the project, along with ongoing technical assistance from the Axter team to provide reassurance at different junctions in the project. Nautilus were extremely professional in their approach and a pleasure to have on site. Their high regard for health and safety and CDM on site was also evident and ensured a safe environment for all stakeholders. The project was completed by Nautilus in a timely manner and certified by Axter, giving us high confidence in the completed works. A real pleasure to work with on all sides.Andy Lee , Vine Christian Centre

Designed to provide first-class facilities for spectators, players, media and backroom staff, behind the poly-carbonate façade, the nuts and bolts of the stadium had to comply with some strict ground rules. The contractor had to work towards the BS8901 certification of sustainable management for events and event venues. This is where Geberit stepped in, supplying its HDPE pipes throughout the stadium.

Impressive transformations for enhanced airport hospitality

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/

This self-build project was looking to improve the quality of the 1st floor construction, eliminate any danger of floor creaking that is common to timber floors and include an efficient underfloor heating solution.Underfloor heating work at its most efficient when it is installed within a screed, this is the way ground floor system are installed and being able to replicate this pipes in screed arrangement upstairs makes sense for the performance of the complete system.Also, by including some stiffened mass to the upper floors, the feel of the floor is replicated from the ground floor and also provides some very useful solar thermal buffering to keep summer temperatures under control in a building technique that otherwise has very little mass to to achieve this, especially on the upper levels.A timber frame structure requires the floor to provide racking to prevent the building from twisting. Meaning the floor needs to be secured to the joists below so the floor can stop twisting. There are 2 ways of installing Lewis Deck in timber frame structures. Firstly is to fix the Lewis Deck down or, alternatively, fix a timber deck on top of the timber joists and the Lewis is then laid loose on top of the timber with the resilient acoustic strips in between , thus, further enhancing the acoustic performance of the floor.

When Bill and Angie first moved to Thorpe in 2002, 10 years later and with their retirement in sight, they knew they had their dream location, but refurbishing the existing building would have been challenging. They opted for a self-build bungalow design by Kingspan Potton called the Dartmoor, a stylish design with cladding. Bill explains his choice: ‘We wanted our home to have a contemporary look and to achieve this cladding was a must. We looked at all the options including Hardie® Plank and for us it was an easy decision; quick to install, cost effective and beautiful’

Armourplan PVC and Recticel Insulation by SIG Design Technology were selected for a 12,000 m2 roof to a bottling plant in a rural location on the outskirts of an historical Derbyshire spa town, known as Project Merlin. The FMCG company chose to build the new facility away from the site of the natural spring, piping the water some two miles out of town to this green field bottling and distribution site.

The purpose of this development is making the re-cladding of an existing building removing Aluminium Composite Material insulation and cement particle board and replacement with new 3mm aluminium cladding and associated works. The new building will include a mixed tenure unit of 138 one, two and three bed apartments. It’s design was developed by the PRP Architects. Its design was developed by the PRP Architects. In order to protect the façade building from moisture, driving rain and wind the solution Effisus A2 Fire Rated Breather FR System was applied, using an A1 Fire Rated Breather FR Membrane.