"insulation"

The newly renovated Grade II* Listed 3-5 Priory Row are a collection of stunning cottages which date back to the 15th Century. As part of the works, Selectaglaze were sub-contracted to manufacture and install the secondary glazing units for thermal and acoustic insulation.38 units were produced from across the slimline range of secondary glazing; Series 10 – 2 and 3 pane sliders were used for the smaller windows and 4 pane horizontal sliding units for those spanning just shy of 2 metres. Series 45 hinged casements were installed, a couple of which were glazed with satinovo glass to provide privacy.

In 2010, Protech where approached by The Clegg Group for a renovation project of an eight storey 1930’s building.Originally known as Shaftesbury House, the building was opened in 1938 to house migrant workers in Leeds that had previously been living in appalling conditions. The development had deteriorated and was eventually closed and boarded up in 1998. As part of a regeneration programme of the area, Leeds City Council co ordinated the redevelopment of the site into what is now known as Greenhouse, a mixed-use block of eco-flats.  Roofing:ROOFING: Sarnafil® Light Grey G410-15EL.Sika® S-Vap 500.120 mm PIR Insulation.Sarnafil® Walkway.

In 2016 Imperial College London acquired the neighbouring disused Royal Mail Post Sorting Office. Architects Pascall+Watson specified secondary glazing to improve their performance. Over seven different types were installed to match the varying styles; large sweeping curved headed casements were treated with matching sightline Series 41 side hung casements, tall traditional box sash windows were treated with Series 20 and 25 vertical sliding units. Obscurity glass was specified, to prevent distractions for the researchers and staff. The windows overlooking the busy thoroughfares of Exhibition Road and Imperial College Road were fitted with a cavity to provide added acoustic insulation.

ACE solution for the decoupling of production machines ensures calm in chocolate production by reducing low-frequency vibrations to a minimumAt a renowned Belgian chocolatier, part of the production process led to vibration and oscillation in an adjacent house. Despite numerous tests, the manufacturer was unable to find a solution that could isolate vibrations below 20 Hz, until they came across ACE products. The PLM pneumatic levelling elements from the ACEolator range from ACE offer significant insulation from a frequency of 5 Hz and up. Now 14 PLM-3’s installed in the facility are reducing vibrations by 80 percent. Any remaining vibration can only be detected with measuring devices.

Working in collaboration with façade specialist Dane Architectural enabled the design to be developed towards a light weight facade solution that combines GRC fin shaped columns and feature beams fixed directly over areas of the curtain wall grid system at locations where insulated panels were present.This strategy had several advantages, in the first instance a weather tight structure was provided early on in the programme, whilst the GRC facade option provided a much lighter solution that provided significant savings in both cost and time. The access strategy, based on mast climber platforms adapted to include lifting beams, enabled glazing and GRC panels to be hoisted swiftly into position.

Self building allows one to shape their own future, that's what Olaf Mason and Fritha Vincent did when they bought the land to develop their new home. They faced a complex puzzle which they solved with expertise and determination to achieve their dream home.Due to the sheer nature of the build, their house was dubbed one of the 'trickiest' builds ever seen on Channel 4's Grand Designs, where the project featured, an exceptional, unique triangular-shaped home that was carved with Olaf's exceptional skills and vision as a carpenter and the use of appropriate products – including ROCKWOOL® insulation.ROCKWOOL FLEXI® slab became an integral piece in this complex 3D geometrical jigsaw.

St Benedict's School in Ealing, West London holds the distinction of being the only the third Passivhaus certified school in the UK. We were naturally delighted to be part of the construction team for such an exciting project. Architects van Heyningen and Haward were commissioned to design two new Passivhaus buildings for the independent Catholic school - a sixth form centre and a primary building. We were appointed to design, manufacture and install 78 Passivhaus-certified aluminium clad windows, with a Uw rating of just 0.79. We also provided thermally-efficient timber aluminium curtain walling, plus Reynaers CS 86-Hi high-insulation aluminium doors.

With more than 1,500 units, Shurgard Greenwich is one of the largest self-storage facilities in Europe. Spread over four floors the facility provides dry, clean and secure self-storage in a secure facility, and the building also achieved an BREEAM ‘Excellent’ rating.Around 3,000m2 of Trimapanel® flat insulated panels manufactured using Colorcoat HPS200 Ultra® pre-finished steel was used to clad the external face of the Greenwich Shurgard unit, meeting all the clients requirements and complying with current Building Regulation standards.Tata Steel also supplied 3,000m2 of ComFlor® 60 floor decking, used throughout the facility and installed by Composite Profiles. 

Products: Flexi light – Flexi Base & Extender frames, Flexi heavy – Ahu Frameworks, Flexi everyday – Duct, pipe and electrical containment. Services: VRF Condensers & Air handling units. Roof build-up: Warm roof design – PIR/PUR insulation with PVC/TPO field membrane. Supplied via a wholesaler in Cardiff, our hot dip galvanised frameworks were supplied in lengths and widths to suit each unit being supported. With all products available from stock, the contractor ordered frameworks in stages, to suit the phased project programme, and eliminated having to find space within an already restricted working environment for everything to be delivered at once.

Twinfix is delighted to announce that its Multi-Link-Panel Non-Fragile Roofing System has been chosen for the replacement of Crestwood Community School’s old glazed roof. The new 1087 square meter roofing system and the gable end spanning 207 square metres, are now glazed with 25mm multi-wall polycarbonate, providing numerous benefits to the school and its students.The Multi-Link-Panel Non-Fragile Roofing System is a robust and durable solution, designed to withstand harsh weather conditions and high-traffic areas. The system’s non-fragile design is engineered to be shatterproof and resistant to damage, ensuring the safety of those below in the event of an impact.The new roofing system at Crestwood Community School provides excellent thermal insulation, creating a more comfortable learning environment for students and teachers. The polycarbonate glazing also allows for natural light to filter through, reducing the need for artificial lighting during the day and further reducing energy costs.“We are delighted that our Multi-Link-Panel Non-Fragile Roofing System has been chosen for Crestwood Community School’s roof replacement,” said Vicky Evans, Director at Twinfix. “The system’s non-fragile design and excellent thermal insulation make it an ideal solution for schools. We are proud to have provided Crestwood Community School with a high-quality roofing system that will enhance the safety and comfort of its students and staff.”Twinfix is committed to providing high-quality, innovative roofing solutions that meet the needs of its customers. The Multi-Link-Panel Non-Fragile Roofing System is just one of the many products in Twinfix’s range of roofing solutions designed to enhance safety, comfort, and energy efficiency in commercial and public buildings.

Broughton & Yeamans House are high rise apartment blocks in Bristol, Avon, under the management of Bristol City Council. The roof areas, totalling over 3,500m2, had originally been waterproofed with asphalt and then later treated with a coating repair.Unfortunately, water ingress continued to be a problem with leaking occurring at numerous locations. Not wanting to cause further disruption to the residents and to avoid costly damage to the interior of the buildings, the council contacted Polyroof and a survey of the roof was arranged.The survey by Polyroof’s Technical Services highlighted the extent of the issues within the roof, including identifying water ingress through the many vertical sections present on the roofs, including parapet walls and the lift house building. After performing core tests on the roof, it was shown that the existing roof build, which contained insulation as part of a warm roof design, was in a suitable condition to be retained and overlaid – avoiding costly disruption for the client and residents.A bespoke specification was drawn up by the Polyroof Technical Team that provided a comprehensive set of recommendations to ensure the apartment blocks were fully protected from the elements.To make sure the roof could be left in a totally weatherproof condition, it was necessary to treat not only the flat roof sections but the vertical areas too. The client was keen to improve the thermal performance of the buildings by adding additional insulation, but it was imperative that disruption was kept to a minimum – not only would stripping works impact on the buildings’ residents, but hauling waste materials from such a great height would be costly and logistically challenging.With BBA approval, top-rated fire performance and Polyroof’s trusted 20 Year Accredited System Guarantee, the client has total peace of mind that the apartment block could not be better protected for decades to come.

Heritage Vacuum Glazing: A Transformative Case Study for Renovating Listed Buildings and Conservation AreasIntroduction:Renovating heritage properties, including listed buildings and those in conservation areas, presents unique challenges in balancing preservation with modern standards of energy efficiency and sustainability. In this case study, we explore the application of heritage vacuum glazing as a solution for renovating a historic listed building, showcasing its transformative impact on architectural preservation and performance improvements.Case Study: Renovating a Historic Listed BuildingBackground Information:The case study focuses on a remarkable historic listed building dating back to the 18th century. Situated within a conservation area renowned for its architectural significance, the building exhibits exquisite craftsmanship and unique architectural details. However, the existing single-glazed windows posed challenges in terms of thermal inefficiency, noise penetration, and condensation issues.Challenges Faced:The architectural team encountered several challenges during the renovation process. Striking a delicate balance between preserving the building's historical charm and incorporating contemporary elements that enhance functionality was paramount. Compliance with conservation regulations was crucial to ensure the preservation of the building's original fabric and character.Selection of Heritage Vacuum Glazing:After careful consideration and collaboration with conservation specialists, heritage vacuum glazing emerged as the ideal solution for upgrading the building's fenestration. The slim profile of the glazing units closely resembled the original windows, ensuring minimal disruption to the building's architectural aesthetics. The vacuum glazing technology offered superior thermal insulation, acoustic performance, and condensation control, aligning with both conservation requirements and performance objectives.Installation Process and Considerations:During the installation process, the architectural team collaborated with specialist manufacturers experienced in heritage vacuum glazing. Meticulous attention to detail was crucial to seamlessly integrate the new glazing units with the existing window frames while preserving the historic fabric. Preservation techniques were employed to minimise any damage and maintain the building's authenticity throughout the installation.Benefits Achieved:The implementation of heritage vacuum glazing resulted in a multitude of benefits for the renovated listed building. The enhanced thermal insulation significantly reduced heat loss, leading to improved energy efficiency and reduced heating costs. The upgraded windows provided exceptional acoustic insulation, creating a peaceful indoor environment despite the bustling surroundings. Condensation issues were effectively addressed, preventing damage to the building's interior finishes and improving occupant comfort and well-being. Furthermore, the advanced security features of the vacuum glazing enhanced the protection of the building, safeguarding its historic fabric for future generations to appreciate.Testimonials and Feedback:Architects, specifiers, and building occupants expressed their satisfaction with the outcome of the renovation project involving heritage vacuum glazing. Architects praised the technology for seamlessly integrating with the building's original design, while specifiers commended its compliance with conservation regulations. Building occupants enjoyed the improved thermal comfort, reduced noise intrusion, and enhanced visual clarity provided by the heritage vacuum glazing. Their testimonials underscored the success of the solution in achieving a harmonious balance between preservation and modern comfort.Conclusion:This case study highlights the successful application of heritage vacuum glazing in the renovation of a listed building within a conservation area. By effectively addressing the challenges of thermal inefficiency, noise penetration, and condensation, heritage vacuum glazing emerged as a transformative solution. Its ability to preserve architectural aesthetics, enhance energy efficiency, improve acoustic insulation, and safeguard historic fabric makes it a preferred choice for architects and specifiers involved in renovating heritage properties.Through careful consideration of factors like compatibility, authenticity preservation, compliance with regulations, collaboration with specialists, and professional installation, the transformative potential of heritage vacuum glazing can be realised, ensuring a harmonious blend of historic authenticity and modern performance.

Having won a bid for £15m of capital funding in 2020, Buckinghamshire Healthcare NHS Trust (BHT) commissioned a new children’s emergency department – including upgraded, expanded facilities and a new overnight observation ward – at Stoke Mandeville Hospital in Aylesbury.Completed in March 2023, the 3,500m2 extension not only provides a dedicated area for children but has also freed up much-needed capacity for adult patients in the existing emergency department, and has reduced overcrowding and improved infection control. The plans also included new facilities to improve access to maternity and gynaecology outpatient services in a modern, purpose-built environment. The buildings adjacent to the children’s department house the hospital’s A&E department and maternity ward, so it was crucial that construction could go ahead without causing any disruption to day-to-day access.Throughout the project, the emergency department drop-off route, blue light route, maternity drop-off route, and A&E entrance remained in use at all times. Designed by London-based architects Hunters, the two-storey buildingwas made using modern methods of construction (MMC) at the main contractor Western Building Systems’ purpose-built in-house manufacturing facilities in Northern Ireland.The decision to build using modular construction resulted in minimal disruption to the hospital, both in terms of number of deliveries and overall time to build. Hospital buildings require many services to be installed so the subcontractors worked closely together, supported by quantity surveyors from MESH Construction Consultancy Limited. Steel structure modules were made at the Western Building Systems factory in Coalisland to form the frame of the building. They were then sheathed in 12mm cement particle boards and wrapped in breather membrane.The modular design specified an efficient, certified External Wall Insulation (EWI) system that met all stringent safety standards. EWI systems have huge thermal benefits for any building by conserving energy, minimising heat loss and reducing CO2 emissions. In addition to this, having a fully certified non-combustible solution offers great peace of mind, as well as a fast-track way to provide an attractive and durable façade.  Once the frame was in place on site, render and EWI specialists from Clarke ECO Wall Ltd installed Saint-Gobain Weber’s webertherm XM – a system they are familiar with, having used it on projects previously, including University Hospital Limerick.he EWI system included webertherm MFD mineral fibre insulation board with carbon tip screw fixings, weberend LAC rapid adhesive render coat and silicone enhanced webersil TF decorative finish. This building was made up of two types of wall: one which used 170mm of external insulation and achieved a U-Value of 0.12 W/m2K and another which used just 70mm of webertherm MFD yet still reached a U-Value of 0.18 W/m2K. Both were combined with additional insulation installed within the frame. The system was finished using webersil TF – a highly weather-resistant silicone decorative finish – in Winter White. “The team from Weber were very helpful,” said Michael Clarke, managing director of Clarke ECO Wall Ltd. “They provided all the specification and completed the necessary pull-out tests, fixing patterns and condensation analysis – ensuring everything was approved and there were no grey areas – and offered our team application support while carrying out the work. They took a very collaborative approach.”A representative from Weber made weekly site visits to support the applicators to ensure the system was installed in line with Weber’s recommended best practice. The EWI system was installed in two phases, totalling eight weeks, between April and November 2022.

This case study highlights the successful implementation of Britmet’s flat-to-pitch conversion system, BritFrame, and lightweight metal roof tile, Slate 2000. The project, carried out by Jennings Roofing encompassed a total area of 500 square meters and aimed to improve the infrastructure of the existing roof. This case study examines the benefits, challenges, and outcomes of utilising Slate 2000. This case study highlights the successful implementation of Britmet's Slate 2000 roofing system and Britframe structural solution in a social housing project. The client, a new customer of Britmet, discovered the systems at the UK Construction Week (UKCW) exhibition. Impressed by the innovative design and features, the client expressed interest in utilising Britframe for a flat-to-pitch conversion project in their social housing development. The client is a housing association responsible for managing and maintaining a portfolio of social housing properties. They were seeking an effective solution to address various issues with one of their buildings, including an ageing roof with multiple repairs, inadequate insulation, and inefficient rainwater management. The objective was to enhance the building's aesthetics, improve water tightness, increase energy efficiency, and minimize future maintenance requirements. The initial meeting between the client and Britmet took place at the UKCW exhibition, where the client became acquainted with Britframe, a lightweight and versatile structural solution. Intrigued by its potential, the client arranged for an on-site visit to further assess the feasibility of utilising the Britframe and Slate 2000 roofing system for their project.Slate 2000 is a durable and aesthetically pleasing lightweight roofing material that offers long-term performance and weather resistance. It's stylish design and robust properties make it an ideal choice for enhancing the visual appeal and durability of roofs and cladding. During the initial site visit, Britmet's team evaluated the existing roof condition, rainwater management system, and insulation levels. After careful assessment, they provided the client with a budget price estimate for the proposed project. The estimate included the cost of materials, labour, and necessary ancillary items. To streamline the project, the client signed a Project Assist agreement with Britmet. This allowed Britmet to obtain planning drawings and submit the necessary applications on behalf of the client. Additionally, Britmet provided structural calculations, design drawings, and rainwater calculations to ensure compliance with regulatory standards and best practices. The main objective of the project was to convert the existing flat roof to a pitched roof using Britframe and install Britmet's Slate 2000 roofing system. This conversion offered numerous advantages, including improved water tightness, increased insulation, and resolved rainwater management issues. Notably, the internal gutters, which had caused maintenance problems, were relocated externally as part of the new design.Beyond functionality, the new roofing system and structural solution significantly enhanced the building's aesthetic appeal. The modern design of Britframe, combined with the stylish appearance of Slate 2000, seamlessly integrated the property with its surroundings. The improved visual aesthetics added value to the social housing development. One of the key benefits of choosing Britmet's Slate 2000 and Britframe was the assurance of minimal maintenance requirements. Unlike the previous roof covering, which had undergone numerous repairs and reached the end of its life, the new system was designed to be durable and long-lasting. This eliminated the need for ongoing maintenance and reduced future costs for the housing association.Through the adoption of Britmet's Slate 2000 roofing system and Britframe structural solution, the social housing project achieved its objectives of enhanced aesthetics, improved water tightness, increased insulation, and efficient rainwater management. The collaboration between the client and Britmet, from the initial meeting at UKCW to the successful implementation of the project, demonstrated the value of innovative roofing and structural solutions in the social housing sector.

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

Brand New Oasis Academy, Silvertown Leads Education Facilities by a Mile with Garden Roof Spaces, and Rooftop Sports Pitch In the heart of what is now the Royal Docklands, a former industrial zone south of Royal Victoria Dock lies a brand new carefully considered Academy. Set to serve 600 students in this emerging community, the “superblock” thrusts modern educational facilities well into the 21st century. Despite the constrained site, the building design harmoniously incorporates vantage points from outdoor social spaces at varying levels.There’s no need to worry about a gravelly all weather pitch causing havoc at your hockey match. There’s a state-of-the-art full size Multi-Use Games Area, lush planted external roof spaces, a double height sports hall, and main hall/performance area making up the core of the building inside.CLIENT BRIEF AND DESIGNRenowned in their field, regeneration experts Morgan Sindall required a single sourced end-to-end roofing solution that could deliver a full system specification underpinned by a 35-year system warranty, installation expertise and site management.Understanding the Architect’s vision at award winning Rivington Street Studio to create a transformative educational haven and maximise the potential of the outdoor roof areas helped the Alumasc Roofing team bring this roof to life.PARTNERSHIPWorking with the project teams across Morgan Sindall, Rivington Street Studio and Fenland Flat Roofing pushing the boundaries and setting the standard for the future of the built environment in the Education sector.Tim Mott, Senior Design Manager, Morgan Sindall, “Brian and the Alumasc team have been on-site with additional safety constraints and delivered high-quality regular progress reporting to achieve the deadlines for the students to move in next year and really put these fantastic facilities to use.”Brian Cottington, New Build Regional Manager - South East & London, “The original specification included warm roof build ups which utilised tapered insulation, however this was subsequently adapted and working closely together with the Architect, Morgan Sindall and Fenland Flat Roofing we implemented a universal standard build up using an inverted system, with less complexity whilst achieving the high system performance and BRoof (t4).”Richard Trew, Associate, Rivington Street Studio, “The garden roof areas and outdoor space bring this building to life and against the industrial backdrop create a nurturing school environment. It was great working with the Alumasc team solving problems and overcoming design challenges along the way.”Chris Preston, Estimator, Fenland Flat Roofing, “Working closely with the local Alumasc Roofing Site Technicians and engaging in extensive discussions agreeing the final system requirements meant the installation process ran smoothly.”ENVIRONMENTALLY FOCUSSED SOLUTIONThe high performance Hydrotech inverted roof is a special formulation of refined asphalts and synthetic rubbers with 30% recycled content. Installing insulation with exceptional thermal properties including 300mm extruded polystyrene insulation and 56mm inverted upstand insulation effectively reduces heat loss.SAFETY PERFORMANCEThe application is a one-component, hot-applied, fully reinforced, flexible, self-healing hot melt monolithic membrane, applied in a liquid state to the substrate giving a 100% absolute and seamless bond.The Academy has a 35-year warranty for the works and has a fire classification of BRoof (t4) in accordance with BS EN 13501-5.ABOUTThe Oasis Academy is set to open its doors February 2022. Images courtesy of Rivington Street StudioCompletion: Autumn 2021Main Contractor: Morgan SindallAlumasc Registered Roofing Contractor: Fenland Flat RoofingArchitect: Rivington Street Studio

Manufactured with an extruded polystyrene foam core and a special coating on both sides, Jackoboard construction boards from Jackon by Bewi can be used as part of a system approach for tiling.With a range of shower trays and drain kits, Jackon says Jackoboard can help create a perfect wetroom or bathroom environment.Jackoboard construction systems provide the flexibility to meet modern requirements in bathroom design. “What was once considered a mere washroom has now been elevated to a private wellness oasis,” Jackon says. “In recent years, the demands placed on bathroom finishes have changed dramatically to allow refurbished bathrooms to shine like new with flexible and high-quality renovations.”The current British Standard for tiling, BS 5385-1:2018, requires the wider use of more appropriate materials for construction, and for receiving tiles in water sensitive and wet areas. This has reportedly increased the demand for the Jackoboard range in new build applications as well as in renovation works.The products are manufactured sustainably and, being superb insulators, they can be used in the design of energy-efficient homes, the company says. The protection of the environment is key to parent company Jackon by Bewi. The company says that plastics, when used as long-term construction materials can greatly reduce the need for heating energy and can therefore make a positive contribution to tackling the climate crisis. In fact, Jackon has been running a campaign in recent years to supply beehives made from the company’s polystyrene bead to the Bee Centre in Chorley. Like Jackoboard, the company says, these beehives will last a lifetime and provide better insulation than the alternatives, enabling the Bee Centre to continue its outreach work in support of honeybees and beekeeping.The surfaces of the Jackoboard system are said to provide an extremely strong bond for the tile adhesive and can be used on virtually any substrate. The boards are waterproof, thermally insulating, very lightweight and strong.The range can form the basis for a tiled finish, but it can also provide a substrate for wallpaper, paint or plaster. “So the possibilities for personal expression are virtually unlimited, allowing every bathroom to benefit from its own individual style,” Jackon says.Due to their core made of extruded polystyrene foam (XPS), Jackoboard construction boards and the wider product range are all lightweight and waterproof – a key benefit for bathroom new build and renovation.Jackoboard also makes installation “simple and easy”. The construction boards, bath panels and angle elements can be trimmed to the desired dimensions with standard tools, while their insulation values reportedly enable them to maximise the benefits of underfloor heating.The range is available in sizes and board thicknesses from 4-80mm to suit all building requirements. A suite of ancillary items are also available, from installation and sealing kits through to washers, fixing dowels and BoardFIX.J-Drain Linear and J-Drain Wall are recent additions to the family of wetroom products from Jackoboard. These products provide what the company calls a high-tech design solution to enable the creation of a totally minimalist walk-in shower.Both products are designed be used in combination with Jackoboard Sloping Boards for the floor and Plano Boards for the walls, to provide everything needed for a “highly fashionable and innovative walk-in shower solution”.“From a design point of view, these products are completely on-trend, given that the minimalist look for walk-in showers is very popular at the moment,” Jackon says. “Achieving this with a highly effective drain solution, which also showcases the tiling to maximum effect, is a key selling point for these new products, used together with Jackoboard backerboards.”

The essential plaster for restoration and repairs Older houses rarely feature the levels of insulation and damp proofing we take for granted today, so damp walls and brickwork are often a problem. That’s why Limelite is the clear choice in repair and restoration projects. Following treatment with an injected damp proof course, Limelite will help older, damper properties dry out by allowing balanced moisture movement through its coating. The superior workability of Limelite products means they can be applied to any sound substrate as easily as conventional gypsum based plasters. They can even be used on timber and lath walls, which still crop up in refurbishments after existing plaster layers have been hacked away.

Nestled between parklands, at a mere stone’s throw from Lea Valley and Hackney Marshes, and in the heart of Queen Elizabeth Olympic Park with its world-class sporting facilities, an incredible new neighbourhood is arising. Chobham Manor is the first of five new developments to be built in this history-rich area in Stratford, east London. 6,800 new homes will be constructed in total over the next 20 years, along with health centres and multi-purpose community spaces. SOPREMA provided the waterproofing solution and insulation materials for Chobham Manor, as well as collaborating closely from the design stage onwards with Taylor Wimpey, one of the top-five housebuilders in the UK, and SOPREMA-approved contractor Skyler Contracting.

Heathside and Lethbridge is one of London’s biggest estate regeneration programmes, and is planned to be carried out over six phases. The regeneration works being undertaken by Family Mosaic and the London Borough of Lewisham are transforming the estates into an attractive mixed tenure development, with over 1200 high-quality private and affordable homes.Phase three saw 218 homes built including 102 homes for social rent, the rest being for sale and shared ownership. Phase 4a and 4b saw 236 new homes built.Shield Membranes supplied the waterproofing, insulation & external finishes to all external areas with great efficiency, making sure everything was on site as and when it was required in order to keep each phase on track.

Family houses renovated... CHALLENGE 134 single family houses needed to be renovated to liveable conditions. The main problem for the architect and building contractors was the fact these houses had to remain occupied during the works. SOLUTION For the roof two prefabricated timber roof elements covered with the RENOLIT ALKORDESIGN roofing system were installed to replace the existing roof structure. The roofing elements consisted of a layer of OSB, a layer of 350 mm cellulose fibre insulation, another OSB plate and a 2 mm thick RENOLIT ALKORPLAN roofing membrane. The prefabricated roof element has a U-Value of 0.11 W/m². On top of the prefab roof elements hot water panels were installed. 

5 Everyman cinemas have been built in a new building in the centre of Harrogate which houses several other retail and leisure facilities.The cinema directly above the ground floor retail units required a concrete floating floor whilst the 4 other cinemas required heavy dry floating floors with large floor voids.Our local branch supplied and installed the floating floors which consisted of Stravifloor Channel isolation rails supporting timber/cement board sandwich constructions or Stravifloor Deck solution supporting a concrete slab.The wall isolation and ceiling hangers completed the box-in-box construction delivering the required sound insulation between cinemas and to the retail units beneath.

We delve into Anna's inspiring rooflight replacement journey in her Hertfordshire home with a Vario by VELUX custom-made roof window. This stunning addition has wholly transformed her living space.At Vario by VELUX, we understand the importance of custom-made solutions to suit your unique needs, and our bespoke flat roof windows are designed to do just that. Anna's story is a testament to how our Vario by VELUX Rooflights can create a space filled with daylight, enhancing ambience and interior design.Custom Made Roof Window CollaborationAnna, who hails from South Africa and relocated to the UK almost 40 years ago, recognises the importance of natural light and how it can significantly impact your well-being. Having lived in her Hertfordshire home for many years, she knew it was time to replace her existing lantern rooflight due to a leak and a desire for a more modern design.When she reached out to her architect for guidance, he recommended Vario by VELUX, a decision that proved to be a game-changer for her home. Our team worked closely with Anna, making the bespoke flat roof window fit around the structural beam and seamlessly integrated with her living space. The result was nothing short of beautiful, highlighting the exceptional craftsmanship, professionalism and flexibility Vario by VELUX is known for.What improvements have you seen between the old rooflight and the new one?“The design of the extension is better now than when we had the previous rooflight. The lantern that stood up always bothered my eye and now this flat roof is unobtrusive. When I look out of my windows upstairs I don't see anything, I just see the garden, it’s just opened up another dimension.Another thing is the rain, the sound is different - it’s softer and I like the pool of water you can see lying on it - the different little patterns. It’s a wonderful sound and view so I really recommend it.”The Impact of Unlimited Daylight on Your HomeWith the Vario Unlimited Rooflight installed, Anna's living space now basks in abundant natural light. This daylight not only brightens up the room but also enhances the overall interior design. Even on cloudy days, the room remains well-illuminated, reducing the need for artificial lighting. The difference is undeniable, and Anna couldn't be happier with the transformation, stating, “I had such a good experience, everything was done so professionally… the end product is beautiful.”Advantages of Flat Roof Windows Over Lantern Roof DesignsWhen considering the choice between a flat roof window, like Vario Roof lights, and a lantern roof design, it's essential to highlight the benefits that make the former stand out:Unobstructed Views: Unlike traditional lantern-style skylights, flat roof windows can offer a more discreet and clean design that blends seamlessly with the roof. This design allows unrestricted views of surroundings, creating a more open and expansive feeling within a space. Lanterns can provide a beautiful and artistic effect by breaking up the daylight with the lantern intersections.Balancing Cost and Style in Skylights: Choosing between flat glass rooflights and lantern skylights isn't just about style but also cost. Flat glass rooflights are a bit friendlier on your wallet and can even help lower your heating bills, thanks to their excellent insulation. But don't let that sway you if your heart is set on a lantern skylight! They might require more time and expertise to install, but the result could be well worth it. Ultimately, the choice is yours - both options bring daylight and elegance.Ventilation: Vario flat rooflights are designed to maximise airflow thanks to our upstand, contributing to a well-ventilated and fresh interior space. Lantern roof lights, on the other hand, excel in aesthetics, adding a distinct charm to any room. However, their ventilation efficiency may not be as high as that of flat roof windows. Both options present a blend of form and functionality to consider.Insulation Differences: Lantern skylights and flat roof windows both provide insulation but to varying degrees. Lanterns with multiple glazing pane joints tend to have poorer insulation, leading to more heat loss. Conversely, flat roof windows, with fewer connections, generally offer superior insulation.There are certainly pros and cons to both types of rooflight design. What matters most is that you are considering adding more daylight into your your designs!Experience the ‘Wow Factor’ With a Bespoke Roof WindowAnna's advice when considering a renovation is crystal clear: "I really don’t think you can do an extension without a rooflight." She believes it's essential for well-being and making your space more enjoyable. A rooflight adds the "wow factor" that can genuinely make your life better.Incorporating a Vario skylight into your project can be a game-changer, just as it was for Anna.

Location: Finchley, LondonSpecwall was used on the internal leaf of the cavity walls, with a brick tie system fixed directly to the panels, cavity insulation and brick outer leaf, as well as being used to accommodate the difficult curved façades. The installation of the internal walls at Beechwood Avenue needed to begin before the development was made watertight, necessitating a product like Specwall which can be used in all weather conditions. This enabled the required programme savings on the development which allowed it to proceed on schedule.Additionally, the site was constricted and external access was not available, requiring a wall system that could be built from the inside. Specwall satisfied this condition, and furthermore, the installation provided protection for the rest of the internal works to progress before the external masonry followed at a later date.

Sertus were commissioned to provide products that would help mitigate heat build-up within the common areas of the building.Project Name: Fulneck PlaceLocation: LondonSector: ResidentialClient: Breyer GroupInitial Brief:When the building was originally constructed, there was a natural smoke control system. However, due to very efficient insulation and a communal boiler, the building was becoming exceptionally warm, with corridors sitting between 40 and 50 degrees celsius.Sertus were called on to supply industry leading products, which would stop the heat build-up issues.Outcome:Sertus supplied, mechanical pods, roof single leaf vents and roof vent collars to this project. View these products here.

One of the largest self-supporting display greenhouses in the world Following the renovation of the Grand Pavilion (das Große Tropenhaus, first built in 1906) at Berlin’s Botanical Garden, daylight enters through hundreds of small, heat-insulating yet highly light-permeable glass panes onto one of the world’s most significant collections of rare and endangered tropical plants. The inner panels used in the double-glazing for the overhead sections of the pavilion are made of laminated safety glass using stiff and strong SentryGlas® ionoplast interlayers. For the first time in Germany – following its “special approval” – a special “UV-transmissible” grade of SentryGlas® is used for this application, thereby sustaining the active growth of the plants and safeguarding their preservation

Cardiff City Football Club has expanded into the new east Stand extension at Cardiff City Stadium. The expansion added a further 5000 seats to the stadium’s capacity followed by the addition of another 2,500 to 3,000 seats at each of the ends, raising capacity to a total of 38,000 seats, it also includes new corporate hospitality facilities. The stand is said to include plans for a concourse area on either side with a plush corporate area and catering facilities incorporated in the centre.Cellecta’s HEXATHERM XFLOOR 500 has been specified by Arup due to its high compressive strength insulation boards that were used under a concrete slab to comply with part L Building regulations.Lang O'Rourke was awarded this 350m² contract to construct this expansion.

The Proteus Waterproofing roof survey carried out found the existing flat roof system to be saturated. The existing roof build-up needed to be stripped back to the roof deck, with the main challenge of the roof refurbishment being the low up-stand heights available to the penthouses.The project required a flat roof system manufacturer involved at the initial roof survey and specification design stage, followed by the manufacturers technical back-up to assist with unforeseen and unexpected situations to ensure a successful installation of the new roof systems.High Performance WaterproofingThe terrace roofs above hated spaces demanded a waterproofing system with BBA certification. The fully bonded and seamless Pro- System® Plus was selected for its high performance and low odour, in conjunction with Proteus Pro-Therm Insulation to improve the roofs thermal performance and reduce the existing condensation risk.The flat roofs that were not above heated spaces required Proteus Pro-System® Plus low odour, seamless waterproofing overlay. Proteus Waterproofing worked closely with the Client and the Proteus Approved Contractor, which also acted as the Main Contractor, to ensure the installation complied with the specification design.Health & SafetySafety on construction sites is always of the utmost importance, as well as keeping disruptions to other trades to a minimum. Proteus Pro-System® Plus was selected for its high performance, low odour, phased cold installation and seamless waterproofing.Long Term Performance​Proteus Pro-System® Plus creates an elastomeric, seamless, cold applied waterproofing membrane. The Proteus Pro-System® Plus system can include warm roof insulation. The membrane does not become brittle with age, is BBA Certified with a durability statement of at least 30 years.

The proprietors of this domestic property in Harrogate added a large extension with a total roof area of 150m2. The client wanted the new roof sections to complement the slate work and aesthetics of the original building whilst adding a contemporary and stylish look to the extension.Originally considering a zinc sheeted roofing system, the client explored alternative materials that could achieve the same visual impact but at lower cost. After discussions with Cure Roofing Ltd, a Polyroof simulated metal finish was proposed as a roofing solution that would meet all the client’s requirements.Not only do Polyroof’s range of liquids offer cost savings over traditional metals, but they are also lighter in weight, totally seamless and can be pigmented to any RAL colour. Having no scrap value, the client also had the added peace of mind that the roof would not be a target for theft.A timber warm roof was constructed which incorporated 120mm PIR insulation to achieve a U-Value of 0.18 W/m2K in compliance with building regulations. An OSB3 TG4 deck was fitted above the insulation and Polyroof pre-formed GRP standing seam trims were fixed at 600mm centres into the deck. Next, the first coat of the Protec waterproofing system was applied over the whole roof area and encapsulating the standing seam trims. The roof was finished with a second coat of Protec pigmented to RAL 7016 providing an anthracite grey colour to the whole roof, accurately simulating the appearance of zinc roof sheets.The workmanship by Polyroof approved contractor Cure Roofing was second to none and the quality of the finish left the client delighted with their new roof. With BBA approval, top-rated fire performance and Polyroof’s trusted 20 Year Accredited System Guarantee, the client has total peace of mind that their new extension could not be better protected for decades to come.

Luxury coastal apartments able to withstand the elements with Sika roofing system. Owing to its beautiful coastal location, The Liner, a nautical-inspired £35 m residential new-build in Falmouth, presented a compelling roofing challenge. Exeter-based roofing contractor, Progressive Systems, assisted by Sika, took on the task, installing a roof to withstand the harsh seaside conditions with an immaculate finish.Green roof composed of:Sika® Sarnafil® G410 18EL PVC Single Ply Waterproofing Membrane.Sarnavap® 5000E SA Vapour Control Layer.Sarnafil® Primer 610.Sarnatherm® ‘G’ insulation.Sikalastic® 625.Sarnafil® G445-13 PVC Protection Sheet.Sika® Green Roof System.

The LNER Stadium is home to York Football Club and York Knights Rugby League team.The 8,500 capacity stadium was developed by main contractor, Buckingham Group in what was a £40 Million project and completed in 2020. The extensive stadium is now home to leisure and corporate meeting facilities as well as an NHS outpatient centre, library and a plethora of retail outlets in what is a massive boost to the local community. With the four year project now complete, the stadium should help bring elite sport to the York community and allow the football and rugby league teams to progress up the league tables and into the big time!Find out how ThermoFoam delivered spray foam insulation solutions to the thermal line of the brand new stand to create thermal performance for internally heated spaces.

800 square meters of Black Webnet creating an innovative Webnet Green Wall ,providing shade and year-round temperature control for this contemporary office building.The innovative design features our Webnet stainless steel mesh system suspended from roof supports to create a strong, secure and long-life structure for plants to climb up. Planters at first floor level encircle the building to provide low level greening, as well as a base for the climbers.Bringing nature to this urban landscape, the green wall not only makes the office look spectacular, but also provides a habitat for wildlife and significantly improves the building’s carbon footprint. The shade and evaporative cooling of the plants also help to cool the building in summer and insulate it in winter, helping to improve thermal efficiency and save energy costs.

Made up of eight buildings and one tower, Deptford Foundry houses 276 private homes in total. A selection of one, two and three-bedroom homes are on offer, all boasting balconies or terraces.Deptford Foundry also has 32,000 sq ft of studio spaces provided by Second Floor Studio & Arts spaces for over 450 artists, crafters, designers and makers, plus its residents have access to a beautiful, communal landscape garden.Set in a thriving local community, the rest of the city is also within easy reach via the nearby stations at New Cross and Deptford.Shield Membranes supplied all external waterproofing, insulation and finishing products. Including our own ShieldINTENSIVE living roof product to provide an aesthetically pleasing finish to external areas.

Park of Poland is one of Europe’s premier holiday centres. Located in Wręcza, around 60 kilometres from Warsaw, the park offers a range of attractions, including an indoor water park, theme parks and other facilities such as hotels, bungalows, office spaces and apartment buildings. Park of Poland was completed at the end of 2019 and is expected to attract millions of visitors each year.Our coatings protect all 4,500 tons of structural steel at Park of Poland and include a high-quality passive fire protection system based on our intumescent coating Hempacore One FD to improve safety for visitors and staff. Applied to the structural steel, Hempacore One FD will expand if exposed to high heat, insulating the steel beneath. In a fire, this will extend the steel’s load-bearing capacity for up to three hours.

Installed by Kawneer’s approved specialist subcontractor FK Group, the £25.3 million project, designed by FCB Studios, was the first to use Kawneer’s newly enhanced AA®110 Curtain Wall system that features a bespoke expansion joint, which allows a building movement tolerance of +/- 15 mm. Creating a sense of scale and vibrancy, the white profiled terracotta ceramic façades contrast the earthy tones of the perimeter buildings in a modern interpretation of the grand Victorian warehouses nearby. The high-performance Curtain Wall was accompanied by AA®720 Side Hung Open-In Windows to deliver a high level of thermal performance throughout. Using passive principles, the high insulation building fabric coupled with solar control glazing, address the energy requirements for heating and cooling.

Aris House is a brand-new four-story building accommodating 15 one and two bedroom apartments, a passenger lift to all floors, and allocated parking spaces. A specification of 163m² was authorised to this development located in a landmark position on the bustling Highcliffe High Street.Cellecta’s insuBEAM was specified by ARC Architecture Ltd due to its weight saving and quick installation benefits. The system low emissivity foil faced insulation blocks are manufactured to the highest possible specification helping achieve the required U-Value. insuBEAM systems are fully supplied in plot specific quantities reducing waste and transport to site. The system is 42% less CO2 compared to a traditional beam and block system without the transport emissions being included.CBS BUILD was awarded the contract to erect this new development.