"radiator"

The owners of a four-bedroom family home have recently converted the loft space where two Afinia aluminium radiators have been installed. Effectively warming the room while also complementing the style and design of the space, these Afinia radiators combine efficient functionality without compromising on appearances.

The ideal fire curtain when radiation tenability is of concern.

Hunter Douglas launches new HeartFelt Multi-panel system

The new psychiatric center in Skejby, Denmark is a construction project for 1.3 billion DKK. The center is part of the New University Hospital in Aarhus and includes an adult and a child psychiatric ward with ambulatories and rooms totaling approx. 40,000 m² and an autonomous forensic psychiatry of approx. 10,000 m². The center is approx. 50,000 m² and replaced in November 2019, the over 150-year-old psychiatric hospital in Risskov, Denmark.The project builds on the urban structure organized in a city's image, with the city's hierarchy of neighborhoods, streets and squares. One of the overall goals for the new psychiatric center was to integrate as a natural part of the existing hospital and surrounding countryside.Hudevad has been part of the planning process together with Arkitema Architects, where the focus has been on integratable heating solutions, which naturally fit into the design of the building. Among other radiators, Hudevad has supplied Integral Bench, a combined radiator and bench, which is installed in the individual rooms. Placed under the low windows, Integral Bench takes centre stage and allows residents to enjoy the changing weather and the countryside outside from the comfort of the room.

Steno Diabetes Center Copenhagen is located at Herlev Hospital and is specialized in the treatment, research and prevention of diabetes as well as in the training of healthcare personnel in the field of diabetes. The new diabetes centre expects to treat 13,000 diabetes patients per year.The beautiful new diabetes hospital was designed by Vilhelm Lauritzen Arkitekter and Mikkelsen Arkitekter. The architecture supports the vision for Steno Diabetes Center Copenhagen as Northern Europe’s largest and most modern diabetes centre, offering world-class patient treatment and research.It has been important that the architecture should be health-promoting, so it feels like stepping into a large and different landscape when you visit the Steno Center. The building and the beautiful architect designed landscape outside are closely woven together and create a stimulating whole that creates cohesion and wholeness that at the same time invites movement. The common area is designed for patients, relatives and staff. The area’s activities are organized around smaller local squares, each of which forms the framework for the centre’s central themes: diet, exercise and new knowledge.Steno Diabetes Center is built with the changing of the seasons in mind, with the large window surfaces that create a fine and beautiful contact with the varying and changing landscape outside as the year progresses. In winter, the snow will create a contrast to the building’s warm interior. And in the summer, the changing colour play of the planting will give the building an experience-rich and diverse interior.The house aims for the hospital feeling to be absent as far as possible, and for natural materials to dominate – wooden floors, wooden ceilings and green courtyards, which almost seep into the building, supporting a well-functioning indoor climate, a material quality, homely texture and Nordic atmosphere. All with the aim of increasing patients’ desire to stay at the Steno Center and learn about possible lifestyle changes, expand their network and continue their treatment.Hudevad has supplied the radiators for the entire building, where one of the purposes has been to prevent cold drafts from the large window surfaces while at the same time maintain a view of nature outside. For this, Integral Lowline without convectors has been used to make cleaning easy, ensure a high level of hygiene and at the same time maintain an unobstructed view. In corridor areas, Integral Horizontal has been used built into niches, painted in the same colour as the walls to create a sense of wholeness, symmetry and spaciousness.

The Midlands leading the revolution in modern healthcare; Birmingham Heartlands Hospital is fitted out with a complete Raybloc radiation shielding package!The NHS Heartlands Hospital is based in Birmingham, West Midlands. It is a leading healthcare institution serving a diverse community in the heart of England. As a busy and renowned hospital, they prioritise delivering exceptional patient care while maintaining the highest standards of safety and innovation. To meet their radiation protection needs, they sought the expertise of Raybloc (X-ray Protection) Ltd.Raybloc was tasked with installing a comprehensive range of radiation shielding solutions throughout the hospital’s radiology department. The scope of the project included the installation of hygienic lead-lined doorsets, radiation-shielding viewing windows, and operator X-ray screens. These cutting-edge additions were designed to optimise radiation protection without compromising visibility or ease of access to a high standard of hygienic design to support staff and members of the public alike.Raybloc (X-ray Protection) Ltd takes immense pride in delivering innovative and high-quality radiation shielding solutions for healthcare facilities worldwide. This case study focuses on our successful collaboration with Birmingham Heartlands Hospital, where we installed lead-lined doorsets with flush glazing and flush-mounted warning lights, internal viewing windows, and our bespoke frameless X-ray screens. Our state-of-the-art solutions not only ensure patient and staff safety but also enhance workflow efficiency and contribute to a conducive healing environment.Raybloc’s lead-lined doorsets with flush glazing were meticulously crafted to provide optimal protection against radiation while seamlessly blending with the hospital’s existing architecture. The flush-mounted warning lights embedded within the doors alert personnel when the X-ray room is in use, ensuring the safety of both patients and staff.Our installation of internal viewing windows allows healthcare professionals to maintain visual contact with patients undergoing X-ray procedures. These windows are constructed with primer-painted frames so that they could match the frame of the doorset and a large piece of lead glass to provide optimal vision into the controlled area, striking the ideal balance between safety and effective communication.To further enhance radiation protection, Raybloc installed a frameless X-ray screen. This innovative solution creates a barrier within the X-ray room allowing close communication between the radiographer and the patient, eliminating the risk of radiation leakage without obstructing visibility or impeding workflow. The frameless design of Raybloc’s control booths minimises potential areas for dust traps and allows for an easy-to-clean finish, perfect for clinical environments such as this one.Meeting the specific requirements of the radiation protection advisor, Raybloc supplied and installed the complete radiation shielding package for Heartlands, on-time and to our usual top-of-the-range standard for our products and service. Blinds were retrofitted onto the flush-glazing of the doors at the request of the client for privacy purposes, a different approach to our usual integrated flush blinds.Raybloc’s collaboration with Heartlands Hospital exemplifies our dedication to delivering superior radiation shielding solutions in the healthcare industry. The successful installation of lead-lined doorsets with flush glazing and flush-mounted warning lights, internal viewing windows, and a frameless X-ray screen at Birmingham Heartlands Hospital showcases our commitment to innovation, safety, and aesthetics. We are proud to have played a vital role in the developments made at one of our local hospitals and we hope our products make a significant impact on the patients, staff, and visitors who will be using them for years to come.

In November 2020, we were contacted to schedule a meeting regarding the renovation of the former registry office at 8 Wind Street, Neath.For the radiator specifications, we decided on our Compacts and LST Ultra radiators in our standard white (RAL 9016) for the extension room facilities, whilst our traditional Windsor Column radiators and associated feet were all customised to a rough textured anthracite colour (RAL 7016) for the main offices, corridors, and conference rooms. These choices were in line with the building’s style. We also provided the necessary white and anthracite Angled TRV & Lockshields, as well as the LST ACVK3 Direct TRV Valve Packs to complement the radiators. The local authority accepted our proposal, and with that in December 2020, we supplied our initial quotation for the project.In March 2021, after the construction work inside the building was completed. A site survey was then conducted to ensure that the chosen radiators would fit properly in their designated positions. Following the site survey, a direct purchase order was placed.The installation commenced in May 2021. To assist, we ordered a sample of a White Windsor Column and Associated Feet to serve as a template for the pipework levels.By late May 2021, the specially ordered Windsor Columns and Associated Feet arrived at our Southam Distribution Centre. This allowed Allied Mechanical Engineering to proceed with their installation plan.Between June and July 2021, three batches of radiators were delivered to 8 Wind Street, Neath, and the installations on each floor were completed.

In August 2020, we initiated a meeting with the designated mechanical sub-contractor for this prestigious project, the Copr Bay – Swansea Arena. Shortly thereafter, we were provided with the initial product schedule. The schedule outlined the specific requirements for MHS Monoplan Standard Type EK and Secureguard Style B LST radiators, enabling us to conduct a comprehensive quotation pricing exercise.We arranged a meeting and facilitated the presentation of Flat Fronted Panel and LST Ultra radiator samples. The objective was to determine the suitability of our products for the project.Following the submission of samples, we received confirmation that they were approved by both the client, City & County of Swansea Council, and the main contractor. In response to subsequent site alterations and resulting radiator sizing amendments we made the necessary accommodations to ensure accurate quotations and a seamless collaboration.In December 2020, after resolving the sizing amendments, we received a purchase order for the supply of radiators for the Copr Bay – Swansea Arena project.From May to November 2021, the installation of our Flat Fronted Panel and LST Ultra radiators at the Copr Bay – Swansea Arena was successfully completed. This period involved meticulous planning and execution to ensure a successful integration of our products. Throughout the project timeline, Towelrads and CMB Engineering Services (West) demonstrated effective collaboration and adaptability, resulting in the successful completion of the installation phase at the prestigious Copr Bay – Swansea Arena from May to November 2021.

The ProblemWe were approached in 2020 by James Tough of Butco and his team to help develop a low surface temperature radiator that would survive the ‘kick test” for Dignus healthcare.After an initial meeting and various site visits to Dignus scheme, we recognised the problem they were having with their existing radiators and controls. They had damaged and dangerous casings, broken TRVs and endless replacements.Butco had exhausted the market trying to solve the problem posed by Dignus and found other manufacturers could not fulfil all the requirements of the customer.The remit posed was in brief:A robust cover to withstand the ‘kick test’To meet all of the regulations and achieve high outputsTo be compact and discreet. They didn’t want an institutional-looking coverNot to be cost prohibitedOur SolutionButco reached out to Towelrads, who supply LST’s and other radiator products to the UK market. Upon understanding of the requirements, we investigated the possibility of producing a more robust casing with our UK Fabricator Adcam, based in the West Midlands. Straightaway Adcam produced a sample of the LST casing utilising a 2mm thick steel sheeting, rather than the 1.5mm industry standard. This proved a viable option upon testing and was put forward to the client. On the back of this successful project for Dignus Healthcare, Towelrads now offer 2mm and even 2.5mm thick casings as bespoke options in their LST range.A sample was sent to Butco to test and was approved by the customer to cover all items above.The bespoke LST’s were manufactured to match a sample site in Crown Lane, Sutton Coldfield. These have been installed and to date, there have been no issues with the covers, radiators, or internal controls. We are working on other schemes with Dignus and have been able to offer this product to other clients.The process of testing the radiators and running them on a sample site has allowed Towelrads to promote these further. It was thanks to Butco’s enquiry that made this possible.

Nestled at the heart of the University of Warwick campus, Scarman House is a 210-bed hotel accommodation and conference facility. This versatile establishment provides not only comfortable lodgings but also top-notch conference facilities, well-equipped meeting rooms, and enticing on-site dining options.In the summer of 2023, the hotel underwent a three-floor refurbishment project. Towelrads, in collaboration with the architect firm Baker Hicks, was instrumental in identifying optimal heating solutions for both Electric Towel Rails and Radiators. The client’s vision was to maintain a modern yet contemporary aesthetic in the individual rooms.We take pride in crafting a bespoke solution by designing, specifying, and supplying our Pisa Chrome Electrical Towel Rails for the bathrooms. These towel rails are equipped with Smart Thermostatic Elements, enabling occupants to have complete control over time and temperature settings, ensuring a comfortable stay.For the radiators, we selected a range of Vertical and Horizontal Windsor Column Radiators. This option added a touch of modernity blended with a hint of retro charm to the rooms, all while delivering exceptionally high heat outputs.Throughout this project, the collaborative partnership proved essential in navigating and meeting the challenging project timelines, ensuring its successful and timely completion.

In February of 2022, Towelrads embarked on a collaborative venture, joining a 36-month ongoing initiative aimed at retrofitting Cwmglas Primary School. To ensure minimal disruption to the school’s daily operations, this project has been thoughtfully divided into several stages.Stage 1The initial phase, designated as Stage 1, focused on the top floor of the school premises. Specifically, attention was directed towards the music education and nurture rooms situated on this level. A noticeable difference in temperature existed within these spaces, making them colder than other areas throughout the school. These rooms sported aging standing convector heaters, rendering them ineffective. Furthermore, the characteristics of the building’s construction, the room dimensions, and the heat load posed challenges that rendered conventional low surface temperature radiators insufficient.In response, the decision was made to utilise the Towelrad TZT convector heater equipped with an integrated fan. This selection proved suitable for the low-temperature wet heating system, offering an elevated heating capacity. Notably, the rounded edges of the TZT convector heater not only enhanced its aesthetic appeal but also elevated the safety of the products, rendering it an ideal choice for a school.The thermostat-controlled fan speed of the TZT convector heater ensured continuous and responsive temperature management within the room, promoting optimal thermal comfort.Although the solution was successfully implemented within the designated rooms, the challenge persisted in the corridors. Enter our Vertical and Horizontal LST Ultra Radiators, serving as the perfect antidote to this issue. Our Ultra LST radiators deliver impressive heat output while maintaining a low surface area. Moreover, their covers, measuring a substantial 2mm in thickness (above industry standards), guaranteed safety across the entirety of the top floor.The Future: Stage 2With the successful completion of Stage 1, marked by the seamless integration of our products into the design framework, we have been entrusted with an extension of our role into Stage 2. This forthcoming phase encompasses the lower floor of the school, encompassing the dining hall, corridors, and classrooms. This work will be carried out over the summer months so that come the start of the school term the students can tackle the winter months in a comfortable learning environment.

In 2020, a significant milestone was reached when the CEO of Bluestone National Park Resort obtained the necessary approvals to undertake the restoration of Blackpool Mill, an exquisite Georgian property boasting a rich history spanning 210 years. The restoration endeavour amounted to a substantial investment of £3 million, allocated towards the preservation, comprehensive restoration, and grand revitalisation of this historic gem.How we helpedFast forward to October 2022, Towelrads received a communication inquiring about the availability of a product matching the aesthetic of a 19th Century mill that had recently undergone an extensive renovation. Immediately we introduced them to our Windsor Column radiators that perfectly complemented the buildings aesthetics. Within the same month the creation of design concepts that incorporated our Windsor Column radiators were pieced together, coupled with column feet and Brushed Nickel Manual Angled Valves.Capitalising on our diverse palette of RAL colours, a decision was made to employ three distinct shades, each tailored to a specific area. The main restaurant and restrooms were adorned with the our Anthracite RAL 7016, while the Private Dining room, aptly named the River Room, exuded a captivating Pigeon Blue RAL 5014. The Miller Study Private Dining area, on the other hand, showcased the sophisticated Chocolate Brown RAL 8017 Gloss, effectively enveloping each space in a unique ambiance.Standing as an architectural marvel, this venue now boasts a state-of-the-art kitchen, two dedicated floors for guest dining, an elevated banqueting section, and exclusive private function rooms. Since opening its doors, it has become the talk of the town, attracting a deluge of inquiries. Our role in this endeavour fills us with immense pride, as we contributed to a project of profound significance to the local community, actively participating in the preservation of a cherished piece of history.

Goodluck Hope sits in an enviable position on the banks of the river Thames, directly opposite the 02 Arena. This flagship project from the Irish developer, Ballymore, is a prime example of stunning contemporary design with an industrial edge. Using a mix of blue and green façades, interiors feature bright, colour palettes interspersed with splashes of polished brass in both the kitchens and bathrooms.Towelrads have worked with the M&E subcontractor, Borough Engineering, on every phase of the waterside development and supplied Multicolumn radiators, along with chrome and white towel rails, to the private and shared units. This unique island development features an eclectic mix of contemporary buildings including suites, 1,2-, and 3-bedroom apartments, lofts and townhouses. With so many different plot types, most sizes throughout the project have been made to order with vertical and low-level radiators supplied, some up to 1.6m long.

Zoo Animal Enclosure Heating SolutionIn partnership with HEVAC Services Ltd of Kings Langley, Powrmatic was approached to develop a heating solution for the White Rhino’s House at Whipsnade Zoo, which saw the installation of an overhead gas-fired (LPG) continuous radiant heating system, as the previous electric heating system inside their indoor habitat was not efficient enough and heat was escaping through the timber structureProject BackgroundThe White Rhino house at Whipsnade Zoo is the home to a herd (also known as a “crash”) of seven southern white rhinos, Sizzle being the only male – the six females are; Mikumi, Bertha, Tuli, Jaseera, Fahari, and Nandi. Sizzle and Tuli are the parents of the latest baby rhino Nandi born in August 2021.The heating inside their indoor habitat at Whipsnade was not efficient enough. Localised electric heaters were spread around the large space to create coverage, but the heat was escaping through the timber structure. It was decided to upgrade the structure by foam insulation to the internals of the asbestos roof and to provide a new continuous gas-fired overhead radiant heating system providing blanket heat coverage to the complete floor area of the house.  Project SolutionHEVAC Services Ltd of Kings Langley, Hertfordshire, who undertake servicing of HVAC equipment at Whipsnade Zoo on behalf of Pareto FM for the end client ZSL (Zoological Society of London), approached Powrmatic to develop a heating solution for the rhino’s house. The brief was to provide an overhead gas-fired (LPG) radiant heating system to blanket cover the complete floor area of the rhino house, but also design it so that it could be zone controlled, should one of the herd have a need to be in an area of a higher or lower temperature.The LPG propane tanks for the heating system needed to be sunk into the earth at the edge of the rhino house to avoid having to remove any trees, thus maintaining the conservation ethos of ZSL. For a structure such as the rhino house, being the size of a large sports hall, a Powrmatic SRP-PCV+ continuous gas-fired radiant tube system comprising; 4 x 73kW burners was the proposed solution, arranged in 4 temperature zones, with the new MC400/C controller and just the one flue discharge to atmosphere.Project ResultThe installation of the new PCV+ continuous overhead radiant heating system was skilfully undertaken by HEVAC Services Ltd, with the contract programme being driven by the daily habits of the rhino herd! Whether they wanted to be in their house or out on the field. Thus, the logistics of undertaking the heating installation were unique compared to working in a standard commercial/industrial environment.The White Rhinos now have a refurbished home and a heating system that delivers radiant heat in exactly the same way that we (and the rhinos) receive energy in the form of heat from the sun. Radiant heating systems efficiently radiate infrared radiation, which is the transfer of energy in waveform from a hot surface to a relatively cooler surface without heating the medium between. Thus, the rhinos can bask under the radiant heat, whether indoors or outside under the sun.The ZSL Whipsnade Zoo White Rhino Enclosure now benefits from a highly energy-efficient Powrmatic SRP-PCV+ system, listed on the Carbon Trust Energy Technology List (ETL), endorsing the Seasonal Space Heating Energy Efficiency of; 92.1%, and thus delivering low; energy usage, fuel bills and carbon emissions minimising their impact on the environment.

A trio of installations by Union Industries has helped to support energy efficiency at the production facility of a world-leading radiator manufacturer. Stelrad has benefited from the installation of six of Union Industries’ Bulldoors at its Mexborough, South Yorkshire, 17-acre site. The facility handles Stelrad’s UK radiators business and the co-ordination of the company’s advanced production and distribution operation.

The newly completed 122 Waterloo Street development in the centre of Glasgow offers its occupants floor-to-ceiling glazing throughout, with almost uninterrupted views thanks to the latest Schüco curtain-walling system designed, manufactured and installed by Edinburgh-based façade specialist Charles Henshaw & Sons Ltd.But, impressively, the landmark building – which will be the Glasgow headquarters of global financial services firm Morgan Stanley – will also be one of the most energy efficient buildings in Scotland, thanks in part to high-performance glass coatings from Pilkington United Kingdom Limited.The scheme has been certified BREEAM Excellent, and achieved an ‘A’ rated Energy Performance Certificate (EPC), the latter based on a detailed assessment of the building’s energy performance. The glazing helps to minimise this by reducing energy emitted from the building, as well as the heating effect of the sun, both of which can make maintaining a comfortable interior climate more energy-intensive.A glass for all seasonsThe scale of the building and the large area of glass used means that excessive radiation of heat from the building could lead to rapid heat loss during colder conditions, requiring an increase in heating to keep the interior warm.To mitigate this effect, the glazing features a Pilkington Optitherm ™ S1 Plus low-emissivity coating which reflects radiated heat back into the building.The second issue that can affect buildings where most of the envelope is glazed is excessive heat build-up when the sun is shining directly into the interior. This can present a challenge for building managers, often requiring high levels of energy-intensive air conditioning.To combat this, a solar-control coating has been used, reducing the amount of heat energy that is able to enter the building while maintaining high levels of transparency. Michael Metcalfe, commercial sales manager at Pilkington UK, said: “The Pilkington Suncool™ 70/35 T coating selected by the design team offers high visible light transmittance, reduced solar transmittance and excellent low-emissivity all in one product.“This means the floor space will be brightly lit by sunlight but won’t suffer from overheating on warmer days.”Clear viewsThe coatings are not the only innovative part of the glazing used in the project, as the glass is held in place by the latest structurally bonded curtain wall system from manufacturer Schüco. Each unit contains a large pane of clear glass and a smaller pane of opaque, coloured spandrel glass, creating horizontal lines across the façade between each floor of the building.Michael Metcalfe continued: “The metal carrier frames in which the glass sits are extremely low profile, so the edges of the panes of glass are very close to one another. This removes the mullions normally associated with unit-based glazing systems, creating a flush glass surface with almost uninterrupted views.”The clarity of the glazing was further improved by the use of Pilkington Optiwhite™ true low-iron glazing throughout, which significantly reduces the slight green tint that is inherent in standard float glass.On the ground floor, Pilkington Optilam™ laminated glazing was used to provide protection against manual attack and increase the security of the building.Completed in December 2017, the nine-storey building also includes 155,000 sq ft of Grade A office space.Project: 122 Waterloo Street, GlasgowClient: HFD GroupArchitect: Micahel Laird ArchitectsCurtain walling supplier: SchücoInstaller: Charles Henshaw & Sons LtdImages courtesy of S G Photography

Raybloc (X-ray Protection) Ltd is proud to present a case study highlighting our exceptional collaboration with Bronglais Hospital in Aberystwyth.Our partnership involved the manufacturing and supply of top-of-the-line radiation shielding solutions that included Frameless Operator Screens, lacquered veneer finish lead-lined doorsets, PVC encapsulated lead-lined doorsets with astragal meeting stiles, and a window door combination set. As well as these fixings, Raybloc also supplied and installed the lead-lined boards for lining the walls and ceilings to create a complete radiation protective barrier between the controlled areas and their surroundings.These cutting-edge products have not only prioritised patient and staff safety but have also significantly contributed to optimising workflow efficiency and creating a healing environment.

The Perry Barr Residential Scheme forms part of an exciting £700m regeneration project in north-west Birmingham.When complete, it will welcome thousands of new residents to over 1,400 modern homes. They’ll also have vibrant restaurants and retailers right on their doorstep, along with upgraded transport infrastructure.Towelrads provided radiators for Plot 7, a six-storey residential building with ground floor retail. These included bespoke non-UK market sizes which Towelrads successfully manufactured and shipped into the UK, fulfilling a quick turnaround on a prompt call-off basis. Towelrads also supplied all the chrome electric towel rails in the apartments’ bathrooms.Originally planned to be the Athletes’ Village for the Birmingham 2022 Commonwealth Games, the first residents are due to move into the former Birmingham CityUniversity site in 2023. They’ll be setting up home in houses and apartments spanning the private sector, shared ownership and social housing overseen by BirminghamCity Council.

The Stage is a prestigious, high-rise, mixed-use development in the bustling heart of Shoreditch on the site where the Curtain Theatre stood between 1577 and 1624. Considered to be one of the longest-standing Shakespearean playhouses, the historical remains will form the backdrop of a magnificent collection of residential, commercial and entertainment space, along with public parks, bars and restaurants.Galliard Homes are delivering the scheme and have appointed CJ O’Shea as the main contractor.They selected a black colour palette for the bathrooms which demanded a bold, contemporary design. Towelrads worked to the exact specification requirements supplying the Kensington model with a bold, square bar design in black finish.The radiators have been installed as electric-only towel warmers with SMART thermostatic heating elements in matching black controls, which enables temperature adjustment and a boosted power mode.

TVS was Group was tasked with the isolation of a new luxury residential property in Mayfair from ground-borne noise and vibration from the nearby Jubilee line. A target re-radiated noise criterion of 30dB LAmax,(slow) within the lower ground floor (the worst affected area) meant that a fully floated raft foundation was required with a target natural frequency of 10Hz.A combination of Sylodyn products in 50mm thickness across the base of the raft, and Sylomer materials in 37.5mm thickness up the basement walls, provided this high-performance solution, whilst bespoke treatments around service penetrations and at connections to adjacent buildings ensured that this was not compromised throughout the rest of the construction.Close work with the design team throughout the planning and specification process provided a solution that integrated seamlessly with the structure and waterproofing detail, whilst detailed layout plans, on-site training and supervision resulted in an easily installed system.

TVS Group was tasked with the isolation of a residential property in St. John’s Wood as part of a redevelopment and basement extension. With the property in close proximity to the Jubilee line and the Metropolitan line passing only 5m away from the new basement extension, radiated noise and vibration was a serious concern for the client.An isolation layer utilising varying stiffnesses of Sylomer materials spanned the underside of the basement slab, continued up between the contiguous piled wall and the lining wall, and then across the top of the capping beam and to the side of the ground floor slab.Close work with the design team throughout the planning and specification process, provided a solution that integrated seamlessly with the structure and waterproofing detail.

Housing corporation De Veste is always looking for the perfect home for their customers. In doing so, one of their main focuses is on the sustainability of homes and also creating awareness in the field of energy consumption, therefore the look and feel of their office mus also radiate this vision. That is why they have opted for sustainable Marmoleum Concrete throughout their canteen, lounge and offices. Using it alongside Flotex Vision Floral ensures the homely feeling of the housing co operation.

Deeside Leisure Centre is the National Centre for Ice Sports in Wales, and during a major building envelope refurbishment utilised TATA Steel Transpired Solar Collectors as part of its renewable energy transformation to improve buildign performance and reduce operational costs in order to reduce the centre's carbon footprint.The south-facing elevation of the leisure centre was over-clad with a Trisobuild® C32 profile as part of the Colorcoat Renew SC® solar air heating system. Using 216m2 of Colorcoat Prisma® in Slate Grey, the micro-perforated Trisobuild® C32 fascia was installed easily over the existing insulated wall cladding. Trisobuild® R32 profile manufactured from Colorcoat Prisma® in Oyster was additionally installed over the leisure centre’s existing roof cladding.In its first full year of operation at Deeside Leisure Centre, Colorcoat Renew® delivered 47 MWh of heat. This equates to 218kWh per square metre of the installed solar collector area. By gaining fuller experience of system control and operation, Deeside Leisure Centre personnel in conjunction with Tata Steel were able to extend the Colorcoat Renew SC® system operating hours to optimise use of the available solar radiation.In its second full year of operation the system delivered approximately 53 MWh of renewable heat energy at an average yield of 244kWh per square metre per year. This means that over a two-year period the Colorcoat Renew SC® system delivered an average of 50MWh of energy per year at conversion efficiencies (solar energy to useable heat energy) averaging in excess of 70%.

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

With extensive experience of hot bath cultures from his travels around the globe, our client invited Helo to create a “one of a kind” steam room as part of the new bedroom suite in his North London mansion. The aim was to create an area both visually spectacular and to serve all the client’s wishes – a Turkish steam bath with high power shower, a heated bench for stretching exercises and the ultimate luxury, an Infra Red radiating ceramic lounger from Sommerhuber!

Project: Slimming World headquartersClient: Slimming WorldMain contractor: Morgan Sindall ConstructionArchitect: CPMGWith its newly extended headquarters in Alfreton, Derbyshire, weight-loss organisation Slimming World wanted to create a landmark building for the brand that would both provide an ideal working and training space for its people and deliver excellent environmental performance.Glazing plays a key role in the £8.5 million scheme, both aesthetically and in terms of its use of energy.At the heart of the building is a large atrium with a full-height glass front elevation and a glazed roof running right to the back of the space. Meanwhile, one of the wings connected by the lobby area features large ‘picture windows’ that deliver views over the facility’s attractive, leafy grounds.High-performance envelopeBecause much of the building’s envelope is glazed, the designers faced the challenge of avoiding the need for an energy-intensive climate-control system to create a comfortable environment for users all-year-round.Lee Shaw, Business Development Manager at Pilkington United Kingdom, explained: “The twin challenges any building with extensive glazing faces are loss of heat on cold days and excessive heating as result of direct sunlight when the weather is warmer.“The combination of products we have supplied to this project use advanced coatings cleverly to minimise these two effects, helping to smooth out the peaks and troughs that can lead to uncomfortable temperatures, expensive heating and air-conditioning bills and wasted energy.”The curtain walling system uses double-glazed units manufactured by Pilkington, incorporating Pilkington Suncool™ 60/31 T solar-control glass and Pilkington Optitherm™ S1 Plus, a low-emissivity product.The solar-control glass features a state-of-the-art coating that transmits only 31 per cent of the sun’s energy, while still allowing for 60 per cent light transmittance, so that occupants still get a clear view outward.The low-emissivity glass meanwhile features a coating that reduces outward radiation of heat, so that less is allowed to leave the building on colder days.Uninterrupted viewsThe same glass is used in the atrium wall and roof but is held in place using the latest structurally glazed units from Schueco. These deliver glazed surfaces with ultra-low-profile frames to minimise interruption of views from the building, as well as daylight flowing into it.Extra strength is added to the atrium glazing by including a layer of laminated glass on the inner pane, to help the large units stand up to forces exerted on them by the wind and potentially the weight of snow during the winter.Lee Shaw continued: “This project demonstrates the range of glazing solutions we are able to offer, with a combination of curtain walling, structural glazing and roof glass, all of which has been manufactured in the UK.“The architect has used timber slats to deliver some degree of solar shading, but the extensive area of glazing enclosing the space means there would still be significant risk of excessive heat build-up. The glazing specified minimises this effect, saving energy and money while also delivering a more comfortable and stable year-round climate for those using the building.“This is also one of the first projects to feature Pilkington Suncool™ 60/31 Pro T glass, which is now fully manufactured in the UK, following recent re-location of production from Germany. It’s great that we’ve been able to combine a made-in-Britain success story with a new chapter for a well-loved British business.”The completion of the building is the latest chapter in the story of Slimming World, which started when founder Margaret Miles-Bramwell OBE, then 21 years old, first began holding Slimming World groups in Alfreton in 1969. Now, 50 years later, there are 19,000 local groups across the UK and Ireland, run by a network of more than 5,500 self-employed Consultants.The new headquarters includes extensive training facilities, meeting and office spaces, as well as a brand new 550-seater restaurant for staff, guests and Consultants visiting for training.Paul James, Slimming World’s Facilities Manager, says: “People have always been at the heart of Slimming World’s success and so ensuring that our people – our head office staff and Consultants – have the facilities and environment they need to do the best job possible has been a real priority for us. The new building will ensure we have the facilities we need to train and support all of our fantastic Consultants who deliver exceptional service to our members to support them to lose weight and live healthier, happier lives.“Having large expanses of glass has provided us with a beautiful, light-filled space that will be comfortable and inviting for everyone who uses the building right through the year.”

Project: 1 Aylesbury Street, Clerkenwell, London, EC1R 0DRClient: MeritcapeArchitect: Atum Design LabM&E consultant: EngDesignProtecting Cities Against Fire with Advanced GlazingDaylight-flooded spaces command a premium from tenants, but in the densest urban areas – where buildings are very tightly packed – it can be difficult to achieve. Not least because of the need to protect against the spread of fire.This was the challenge for developer Meritcape when they set out to refurbish 1 Aylesbury Street – a converted historic warehouse building in Clerkenwell, East London.The designers wanted to fill every floor of the building with natural light, from both the front and the back of the building by using floor-to-ceiling glazing on every floor. However, the rear of the property was just three metres away from a neighbouring building.To prevent fire spreading from one building to the next, building regulations specify the fire resistance that external walls need to be able to provide. This is given as minimum requirements for integrity – how long they can contain smoke and flames – and insulation, or how long they can prevent the escape of heat. Steve Bond, technical and customer support manager, fire, at Pilkington United Kingdom Limited, said: “When you have two buildings this close together, standard glazing is not an option, as it doesn’t put up enough of a barrier to fire spreading outwards from the building.“That’s where fire-resistant glazing can make a big difference. By providing protection against fire while also letting light flow in, we can create light-filled spaces in very built-up parts of the city where not long ago it wouldn’t have been possible.“As well as sealing in flames and smoke for at least an hour, the glass also provides radiation shielding that reduces the amount of heat energy that can pass outwards through the glass – another key means of spreading fire.” The rear façade of the building is glazed in Pilkington Pyroclear® Plus insulating double-glazed units, delivering not only the right level of fire resistance, but have also been designed to give excellent thermal insulation (U-value) properties to reduce heat-loss from the building.Davood Kiani, Senior Project Consultant at Meritcape said: “Those looking for modern commercial space expect floorplans to be well lit with natural light, and this is one of the main design challenges when working with buildings in the most densely urban areas of the city.“Fire regulations are one of the big reasons for this, so Pilkington fire-resistant glazing means we can achieve the best of both worlds - a building that meets or exceeds all of the safety regulations while also feeling spacious and airy.”A total of 800 m2 of Pilkington glass was used in the project, including in the front façade of the building, in which hundreds custom-sized small double-glazed solar-control units were used to imitate the crittall steel-framed windows that are a signature feature of buildings in the area.Images by S G Photography

The Dyson Institute has been established with the ambition of being the best higher education engineering institution in the world. The campus radiates around the two-storey Roundhouse where 220 panels of Rockfon Eclipse® ceiling islands are installed. Rockfon Eclipse is very versatile and can be hung from several kinds of structures where traditional suspended ceilings cannot usually be installed. World leading architectural practice Wilkinson Eyre designed and oversaw the project. Hannah Richmond, “We chose Rockfon because we were looking to construct a floating, acoustic ceiling and found the Eclipse system to be the best product to realise this intent

PPG interior and exterior coatings are enhancing protection, safety and sustainability for the new Beijing Daxing International Airport terminal building. The terminal, which is the largest in the world at 7.5 million square feet, was designed and constructed using green concepts. It features four PPG products on its main structural steel and other metal components: PPG STEELGUARD™ FM 550 thin-film intumescent coating for fire protection; PPG PSXTM 700 two-component, engineered siloxane coating for exterior protection; PPG SIGMADUR™ 2800 fluorocarbon finish for all-around weather resistance; and PPG DURANAR™ fluoropolymer coating for exceptional durability. PPG STEELGUARD FM 550 coating was applied to the terminal’s main steel structure, including the main hall, concourses and boarding gates. The coating provides up to 150 minutes of protection from cellulosic fires. The high-performance topcoat system also extends a painted surface’s lifespan to 15 to 20 years compared to five to eight years for traditional polyurethane topcoats. “The PPG team successfully solved a number of challenges regarding the application of the cellulosic passive fire protection coating to the steel superstructure,” said Xin Cheng, PPG passive fire protection support manager, protective and marine coatings (PMC). “These included applying the coating in an exposed outdoor environment during winter and maintaining a complex and tight balance between stringent on-site safety management and control, construction quality management and project schedule control.” Coating the structural steel before the roof was put on the terminal building was a major reason on-site coater RIC Red-Hendsel (Beijing) International Construction Co., Ltd., recommended PPG STEELGUARD FM 550 coating The coating provides protection from outdoor exposure for up to 12 months without a topcoat. “Our country is paying increasing attention to safety, and the standards are becoming stricter,” said Weiqin Wang, managing director, RIC Red-Hendsel (Beijing). “Under this overarching premise, we worked with PPG's technical team to solve engineering problems and win the owner's approval with top-notch quality in both application and the coating product.” PPG SIGMADUR 2800 air-drying fluorocarbon topcoat, which was used for the main steel structure of the airport terminal building, can maintain color stability and self-cleaning properties under prolonged ultraviolet radiation. It is resistant to cracking, corrosion and mechanical impact. The steel grid structure of the airport roof is coated extensively with PPG PSX 700 topcoat. This patented polysiloxane technology offers extended color and gloss retention that outperforms typical polyurethane and has corrosion resistance equaling that of epoxy. The coating has high solid content with low volatile organic compound (VOC) emissions and meets strict environmental protection regulations. The roof’s golden exterior is protected by PPG Duranar fluoropolymer coating, which offers durable color retention and exceptional performance against weathering in all environments. The product meets AAMA 2605 performance specifications. “In coating steel structures like those at the new Beijing Daxing International Airport, sustainability mainly is achieved in three ways,” said Wen Zhou, PPG general manager, PMC, Asia Pacific. “The first is reducing material waste and emissions and increasing safety through effective fire protection. The second is conserving resources by extending product life and reducing the frequency of repairs. The third is protecting people's health and the environment through reduced VOC emissions.”

In close consultation the decision to use DucoSun Cubic 300, combining functionality and aesthetics, was made quickly. The unique rectangular louvre blades in DucoSun Cubic 300 not only ensure that the heat from solar radiation gets absorbed efficiently, but they also give a sleek, linear accent which definitely adds architectural value. The blades of DucoSun Cubic 300 were installed vertically in front of the glass windows. Vertical solar shading guarantees maximum privacy, while still allowing an adequate outside view at the same time. Using DucoSun Cubic 300, we were able to achieve the desired aesthetics and performance requirements.

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

𝗕𝗘𝗜𝗥𝗨𝗧 𝗣𝗢𝗥𝗧 𝗘𝗫𝗣𝗟𝗢𝗦𝗜𝗢𝗡Beirut explosion 4th August 2020.On August 4th 2020, a major explosion in the port of Beirut estimated as the equivalent of between 1,000 and 1,500 tonnes of TNT was witnessed. The explosion in Beirut was one of the largest man-made non-nuclear explosions ever witnessed and created widespread devastation through a supersonic blast wave radiating throughout the city.Fortunately for some, Abbey Protect 𝗦𝗘𝗖𝗨𝗥𝗔𝗕𝗟𝗜𝗡𝗗𝗦® were fitted to a number of windows throughout Beirut. While these were originally fitted as counter terrorism measures, the benefits of having these installed were clear.In one building, the difference in protection between “bomb blast window film” and 𝗦𝗘𝗖𝗨𝗥𝗔𝗕𝗟𝗜𝗡𝗗𝗦® where the blast filmed windows had significantly fragmented and caused damage to the interior offices. The offices fitted with 𝗦𝗘𝗖𝗨𝗥𝗔𝗕𝗟𝗜𝗡𝗗𝗦® “it looked as if nothing had happened” (quote from client).𝗔𝗯𝗯𝗲𝘆 𝗣𝗿𝗼𝘁𝗲𝗰𝘁 are very proud of the performance of our blinds in this significant event, the injuries and deaths that were avoided as a result of their installation are priceless.

Crystal Window & Door Systems fabricated over 2,100 windows and doors for the project. All of the windows and the storefront of the structure were coated in Powdura® 5000 coatings from Sherwin-Williams General Industrial Coatings,in the colors Bronze and Cloud. The fluoropolymer resins and solar reflective pigments in this powder coating defend against UV radiation, enhance thermal stability and deliver a hard, durable finish to combat wear and tear. As a result, the materials will require less maintenance, because the durability of these coatings will serve to protect the integrity of the structure’s design well into the future.

In hairdressing, besides a professional service, a pleasant atmosphere is essential for customers and employees to be happy. Top German stylist Udo Walz’s new Berlin salon, radiates a modern, unmistakable look full of charm and sophistication. 350sqm were covered with Chateau Oak from the premium Signature collection in XL size planks. Bigger, bolder details sit proud amongst the rich, smoky tones of Chateau Oak, exuding strength and sophistication. Signature also has a 1mm thick wear layer, which makes it extremely wear-resistant and therefore perfect for high-traffic areas.

When the government instructed people to work from home during the Covid-19 pandemic, the gym where Wirral-based personal trainer Megan Hewitt worked closed down. So, Megan and partner Dan decided to build a fitness studio in their garden to allow her to conduct video personal training sessions during lockdown. To ensure the 6m x 3m timber frame building would be suitable for use all year round, it was essential to insulate the roof and walls.The couple researched various types of insulation online and narrowed it down to Mineral Wool because of its thermal performance and fire safety. They had three other considerations: it had to be good at blocking noise, have excellent sustainability credentials, and be easy to install, as they planned to fit it themselves.Just one product for all applicationsTheir research showed that Knauf Insulation 50mm and 70mm OmniFit Slab ticked all the boxes. It is a multi-application slab, meaning the couple didn’t need to purchase separate products for the roof and walls. What’s more, it offers a higher level of thermal performance than alternative versatile slabs on the market.It is manufactured from Glass Mineral Wool and is non-combustible with a Euroclass A1 Reaction to Fire Classification, meaning it will not add to the development or spread of a fire should it occur.Keeping quietAs any exercise fanatic knows, a good workout needs a strong soundtrack and Megan wanted to motivate clients without becoming a noisy neighbour. OmniFit Slab provides excellent levels of acoustic performance thanks to its open fibre structure that absorbs sound waves.Insulation that doesn’t cost the earthSustainability was another important factor for the couple. Like all of Knauf Insulation’s Glass Mineral Wool insulation, it is manufactured from up to 80% recycled content, mostly used glass bottles and jars that would otherwise go to landfill.It is also manufactured with ECOSE® Technology, Knauf Insulation’s unique bio-based binder, which contains no added formaldehyde or phenol. ECOSE® Technology is made from natural raw materials that are rapidly renewable and is 70% less energy-intensive to manufacture than traditional binders, so it is more environmentally-friendly.Products made with ECOSE® Technology are soft to touch and easy to handle. They generate low levels of dust and VOCs (volatile organic compounds) and have been awarded the Eurofins Indoor Air Comfort Gold Standard.Its softness was a benefit that Megan noticed during installation. She said: “I remember helping my Dad with our ‘old-school’ Mineral Wool loft insulation when I was younger and it was horrible, it irritated my skin for 24 hours after. But the OmniFit was fine – there was no irritation whatsoever.”Installation was no sweatA tight fit between joints is essential to eliminate gaps that can reduce thermal and acoustic performance, but with some types of insulation it can be difficult to achieve the high quality installation required. OmniFit Slab is manufactured to provide friction fitting to ensure all joints are sealed correctly. Despite having no previous experience, Megan, Dan and a friend fitted the 40m2 OmniFit Slab themselves over the course of a day.“Before fitting the insulation, we watched an installation video on YouTube,” said Megan. “We followed the techniques shown and it was really easy to install. We had no problems at all.”“I’m delighted with the finished result. When the fitness studio was finished, we kept turning up the stereo to see whether the insulation really was soundproof – even at full blast, you couldn’t hear the music outside. It’s amazing.”“Before we put the insulation in, I was exercising in winter gear with the radiator on full – now the studio is lovely and warm. I’m back in vests and I haven’t had to put the heating on at all.”Thanks to Knauf Insulation OmniFit Slab, Megan and her clients can enjoy a high energy workout in a warm, safe environment – without disturbing her neighbours. What’s more, the insulation is sustainable and will ensure the studio’s energy consumption and carbon emissions are low over its lifetime. Note: Megan, Dan and her friend maintained social distancing guidelines during the insulation install. Megan continues to follow government guidelines for the operation of gyms and exercise facilities, conducting her sessions online when in-person training is not possible.

High-quality and durable KEUCO bathroom fittings in the Waldkliniken Eisenberg in Thuringia.A hospital with a quality of stay at a five star level - the Waldkliniken Eisenberg in Thuringia is changing the German hospital landscape with their new concept. And that quite visibly: "Future was built" with the spectacular new building. The round floor plan of the new building offers each patient a view into the nature from their bed - a central aspect of the design. Every patient from all health insurance categories is welcome. Of the 246 patient beds, only 13 are for private patients.In addition to a new care concept and an outstanding special design, the patients and guests in Eisenberg also receive first-class furnished rooms: The soft, natural colours used for the interior decoration radiates tranquillity and cosiness.Regarding the furnishing of the bathrooms, value was set on durable quality and the decision was made to use complete KEUCO bathroom furnishings. So everything matches perfectly. Fittings, accessories, light and cosmetic mirrors, washbasins and washbasin boards from KEUCO convince with their strong design and easy handling. The IXMO fittings in the shower and on the washbasin are custom-made: As a special highlight, they feature an oak leaf, the Eisenberg logo.The new building was designed by the world-famous Milanese architect Matteo Thun. "Only who dares to do something new and crosses borders, can experience new knowledge". This is Matteo Thun's driving force. Together with the managing director of the Waldkliniken Eisenberg, David-Ruben Thies, Matteo Thun developed this exceptional architecture for his first hospital building, which is completely focused on the patient or guest.Matteo Thun worked closely with the architectural office HDR for the combination of form and function, design and the requirements of a modern clinic. The new building of the Waldkliniken Eisenberg offers patients and guests a harmonious environment for their treatment and recovery phase in the midst of the most beautiful Thuringian landscape.The bathrooms are all completely equipped with KEUCO products and offer the patient or guest a pleasant stay rounded-off with small special features. The movable arm of the iLook_move cosmetic mirror is very flexible. Height, distance from the face, tilt and lateral angle can be optimally adjusted at a single grip. Offers storage space and is easy to clean: the KEUCO washbasin with a washbasin board.