"asphalt roofing systems"

Shelforce, a leading window and door manufacturer based in Erdington has fabricated the Kestrel Aluminium windows and doors for Birmingham City Council’s first ever modular home.

Warwick Manufacturing Group were awarded £10 million to build the WMG Degree apprenticeship centre at the University of Warwick, which opened in 2019.The 3 storey, 2,400m2 apprenticeship centre sits at the heart of the campus and provides a bridge from education to industry.Brett Martin supplied a striking Glass Link rooflight overlooking the central corridor of the extensive open plan break out area. This consisted of one long run of 12 fixed modules glazed with 2 glass panes per module of grey anti-sun glass. Glass Link was selected due to the self-supporting span capabilities of the product as it needed to span 3800mm.The WMG Degree Apprenticeship Centre provides apprentices with the opportunity to study on degree programmes to develop the skills needed by advanced engineering and manufacturing companies in conjunction with employment at companies throughout Coventry, Warwickshire and the West Midlands.

Five domed design... CHALLENGE The idea of the architect was to design a building with 5 parabolic roof surfaces or domes. The unique five domed design comprises of pods finished in a range of different materials, each contributing to the development’s remit to blend into the park landscape. The biggest issue for the architect was how to connect these different materials to become a complete watertight building. SOLUTION Each dome is waterproofed using a RENOLIT ALKORPLAN system and whilst the complex is thought to be the UK’s largest timber-built geodesic project, it also demonstrates possibly the most innovative use of single ply membrane ever seen in the UK. By using the RENOLIT ALKORPLAN membrane as the main layer to waterproof the five domes an easy joint could be made by means of hot air. On one dome our RENOLIT ALKORPLAN A membrane was used in combination with PVC profiles providing geometric aesthetic detailing. On another dome a RENOLIT ALKORPLAN L membrane was used under a green roof system. On the other domes the RENOLIT ALKORPLAN F membrane was used in combination with our RENOLIT ALKORSOLAR fixing system supporting respectively glazed aluminium sheeting and cedar shingle tiles.

Superb development with inset balconies and beautiful roof terraces.This prestige development by the riverside in Manchester used the MyDek Vista board on our standard box rail and cleat support system. Renaker and their subcontractor were a pleasure to work with and were keen to ensure that they delivered a first class product and installation to complement the quality of the development.

Product:1no. Bespoke Coniston Wall Mounted Canopy: 74.26m x 3m – 3.5m2no. Standard Coniston Wall Mounted Canopies: 8m x 2.1m and 8.9m x 2.1mCanopy Frame Colour: Light Blue RAL 5012, matt finishInstallation Date: August - September 2019Contractor: Morgan SindallArchitect: Miller Bourne ArchitectsThe BriefIn September 2018, an invitation to tender was received by Able Canopies from Morgan Sindall Construction Ltd for a number of canopies at the brand new two-storey, primary and nursery school for which they had been awarded the contract to build to form part of the Hailsham Community College Academy Trust.After reviewing the tender documents we put our recommended products forward, which was a large Kensington wall mounted canopy and two Coniston wall mounted canopies.The architect then contacted us directly to detail that the main building frame was made up of large timber SIPS panels and the large steel posts were required to support the roof. However, they were also decorative in essence and played a significant part in the building aesthetic appeal, and they required Able Canopies to supply and install them as part of the package as they would run through the larger canopy.The original design and price we submitted did not require the inclusion of the steel posts, however we were then asked to include in our canpy costs. We therefore went back to the drawing board to come up with a canopy design which would fit the aesthetic and structural features required.The SolutionWhilst in talks with the architect, they explained that they favoured our Coniston Wall Mounted Canopy system and also requested the NBS spec for the product which wasn’t a problem as our products are all listed on the NBS National BIM Library.We therefore looked at the Coniston system and worked with the structural engineer to ensure the steel beams could be incorporated into the canopy. This enabled us to supply the contractor and architect with an estimate so we could secure the works as an early package enabling them to cast the foundations required within the main slab.Because the bespoke Coniston would have the required large steel beams through the roof, we designed a solution to ensure the canopy would still be a fully waterproof system. This was easily achieved with the Coniston because we were able to comfortably flash/dress around the roof support columns, to create a seamless walkway with a watertight roof.However, the large steel beams and underside required a lot of design work, we diligently designed bespoke connections for the posts to the beams, bespoke connections for the roof bar to the steel beams and bespoke guttering & gutter connections. This replaced the Coniston’s standard integral guttering system with an external gutter system that worked with the design perfectly.Click the link to continue reading..... https://www.ablecanopies.co.uk/c/wall-mounted-canopy-case-studies/hailsham-community-college-primary-academy-case-study.html

Ampteam Limited, were asked to provide a UNIFOLD® scheme for the conversion of level gutters, serving the central roof area of the building, to falls conditions, with a brief to eliminate standing water and leaks which had plagued the building for some time.Some 900 metres of valley gutters serving four separate Atrium roof areas in banks of six, which in turn are served by 5 metre wide valley gutter sections serving as Access and escape link bridges, were requested to be converted from level to laid to falls.Lower valley gutter bounding the periphery of the roof area serve and discharge the main roof area via 5 metre wide chutes from the escape link bridges. Positioned in the less sensitive areas, these were allowed to be laid level, although their existing holding capacity has been improved.The existing roof and gutter areas had initially received a PVC membrane when built. This, however, was patched in many areas and showing signs of deterioration. There were many concerns about the continued longevity of this installation.UNIFOLD® Gutter Lining System was chosen for its versatility, unfailing ability to replicate existing systems, provide falls conditions in level gutters and its long life. The system is also guaranteed for 20 years.Tapered Cork insulation was chosen to provide the base for the gutters and this was supplied in cut sets. The fall ratio was based on a minimum of 1:150. The Unifold gutters were purpose made to suit the falls ratio and provided in numbered sets to suit the individual gutters.Full site information was provided including schemes of falls, laying sequences and special details and instructions. In all, more than 50 separate drawings were issued to site. In accordance with Ampteam policy, all fabrication was factory manufactured and sealed prior to delivery to site. This ensures complete installation quality and integrity. The valley gutters serving the central Glazed Atrium roof areas were installed first. These comprised an apex at the central position of the gutters with falls arranged down to discharge ends at the Escape Link Bridges.As the glazed Atrium roof was above a sensitive area, no weekday work was allowed.Friday deliveries were permitted but all work was conducted during weekends.The end Atrium Roof area valley gutters were single fall from a transverse gutter at the outer perimeter edge.Access into the transverse gutter was extremely tight and normal joints could not be made so sections of UNIFOLD® were supplied to span individual Atrium ends and joins were made at the junctions with the valley gutters via factory manufactured tees, using UNIFOLD® patented clip joints.The existing transverse gutters were already higher than the valley gutters to aid discharge, but in order to create the necessary falls the UNIFOLD® transverse liner was lifted sufficiently to provide the required falls for the valley gutters.There was space to achieve this condition without compromising the capacity of the original transverse gutters.

The Cambridge is a stylish and versatile shelter perfect for all buildings; capable of sheltering up to 24 bikes. In our EasyLift two-tier system extension units can be added to form a larger shelter and house more bikes. Shelter manufactured from hot dipped steel Galvanised 60 x 60 box section to BSEN ISO1461 Composite roof panel as standard – non transparent. Aluminium fixing straps BZP Fixings Angled roof BREEAM AND CODE FOR SUSTAINABLE HOMES COMPLIANT This bike shelter can help contribute towards gaining ENE8 Cycle storage credits when used in the appropriate situation, under the Code for Sustainable Homes

Newmarket Hospital, a cornerstone of healthcare in the United Kingdom, has revealed a remarkable transformation with the addition of a new walkway spanning a total of 99 square meters.One of the standout features of this canopy is its structure, meticulously crafted from powder-coated aluminium. This choice not only guarantees durability but also reduces the maintenance demands on Newmarket Hospital. In a healthcare setting, where patient care is paramount, this ensures that staff can concentrate on their core responsibilities without the constant worry of upkeep.The new walkway showcases the innovative Twinfix Multi-Link-Panel Non-Fragile (NF) roofing system, which incorporates polycarbonate glazing. This roofing system is not just about allowing natural light to permeate the space; it’s also about doing so while ensuring adequate weather protection.This unique roofing system utilises polycarbonate glazing, effectively diffusing sunlight, creating a well-lit and evenly illuminated space beneath the canopy. Patients, visitors, and staff can move comfortably without the discomfort of harsh sunlight or the risk of glare. The canopy also provides effective weather protection, shielding individuals from rain and creating a dry and secure passage, regardless of the weather outside.The design of this roofing system aligns perfectly with safety standards, particularly in healthcare settings, as it complies with HSE’s drop test ACR[M]001:2019, ensuring it is non-fragile and capable of withstanding potential impacts without shattering.In a healthcare environment, safety is non-negotiable. The Twinfix Multi-Link-Panel NF glazing meets rigorous safety standards, providing protection against potential breakage. This means that even in the rare event of an accidental impact, the glazing won’t shatter, minimising the risk of injury to those underneath. It’s an assurance of patient well-being, and it’s something Newmarket Hospital takes seriously.Vicky Evans, Director at Twinfix, commented on the project: “The new walkway at Newmarket Hospital is a testament to the superior quality and design expertise offered by Twinfix. This installation marries durability, aesthetics, and safety, ultimately enhancing the healthcare experience for all stakeholders. We take pride in having delivered a solution that not only meets but exceeds the expectations of Newmarket Hospital.”This project is more than just a canopy; it’s a symbol of progress and excellence, and it’s a part of the journey toward a better healthcare experience for all.”

Working with Williams Roofing Contractors Ltd of Eastleigh, Hampshire, the winning project involved the refurbishment of a large water treatment plant that imposed stringent environmental and performance requirements.The outstanding workmanship and attention to detail by the Polyroof approved contractor during this large scale installation allowed this project to really stand out from the crowd. The below is a case study for this LRWA award-winning project, highlighting the many challenges and how they were overcome through innovation, workmanship and product choice.The SolutionFollowing a survey of the roof area conducted by Williams Roofing and Polyroof Technical Services, a detailed report was carried out after which a bespoke specification was produced and handed to the client. This document detailed a comprehensive set of recommendations for solving the issues that had arisen due to the aged condition of the roof coverings.The client, satisfied that the solution proposed would provide the lasting peace of mind they were looking for, awarded the contract to Williams Roofing Contractors Ltd to install the Polyroof Protec System.There were many challenges on this project as this was a live ‘Clean Water’ environment site, so all Williams Roofing Contractor staff on the project had to have the EUSR National Water Hygiene Cards and be fully inducted by Southern Water’s high standards. Working within these type of environments brings additional Health & Safety implications as the National Water Hygiene scheme is in place to ensure the protection of public health and promote safe drinking water practices. Further risks had to be considered and covered including the risk of working over open water areas with additional buoyancy aids on site to reduce the risks as described under CDM regulations.Williams Roofing Contractors Ltd had to be especially vigilant providing additional protection to ensure that no potential contamination or spills caused any contaminants to the clean water processes/water courses and environment with additional spill kits on hand. Due to the varying conditions of the roof construction(s)/substrates the preparation had to be thought through thoroughly. Certain roof areas needed to be scarified which would have caused reverberations through the roof/concrete deck. This would have possibly created contaminants by spooling of concrete/debris/dust to within the MF Compound Water Lanes/Tanks.

Last year, fast food chain Burger King added forty-eight new restaurants to their rapidly growing portfolio. Twinfix were approached by Ideal Building Systems to design, manufacture & install canopies and Brise Soleils at three of the sites in Kent, Clacton-on-Sea and Swindon.With over 30 years’ experience the Twinfix Technical Team had no problems designing structures to suit the requirements and budget of the client.Twinfix’s expert team designed, manufactured, and installed a brise soleil which covered all four sides of the restaurant at the first site in Swindon and fabricated lean to mono-pitch canopies with squared posts and 3mm thick solid aluminium sheet for roof, complete with brise soleil for rear, sides and front at the restaurants in Kent and Clacton-on-Sea.The structures served two purposes, while providing shelter, they also enhanced the aesthetics of the restaurants and complemented the building’s exterior.Each canopy spans 35 square metres and the roof comprises of pressed aluminium roof at a reduced pitch to fit inside the 150 depths of our frame, concealed gutters and downpipes and prepared for soffits by another contractor. The roofs were powder coated in RAL 3020 Traffic Red and squared aluminium posts powder coated to RAL 9006 White Aluminium.The Brise Soleils are constructed from our 150 x75 rectangular hollow section and had to accommodate some wiring for lights that were installed later by another contractor. These are a striking addition to the building fascia.The design of the proposed future sites look set to follow the same format and we look forward to working with Ideal Building Systems on the upcoming projects.

The designer obtained consent under the latest SuDS regulations in the densely build area of London. Restriction on outflow rates to sewers demanded high attenuation. The original design for stormwater attenuation involved discharging tanks under the ground. This was expensive and took up valuable space, an alternative was required. ABG proposed their Blueroof system which could be installed directly on to the hot melt waterproofing system allowing various surface finishes. Due to height limitations a cascade system was used. Various roof finishes included paved access, landscaped areas and bio diverse to attract wildlife. This increased the potential for BREEAM points.

Weavers Quay and the Flour Building are two projects that form part of the Manchester City Council strategy managed by the Manchester Life Development company. Completed in 2019, the £28m development was designed by Buttress Architects and managed by main contractors Graham Construction. The building’s facade was completed using the Corium brick cladding system, installed by Range Roofing.

Our Clearview range of walk-on balconies have been installed across three floors alongside our Clearview Juliet balconies. A roof terrace also features our balustrade system and our A1 Fire Rated aluminium decking system. Kiran Parmar, Principal Architectural Technician at SGP, was impressed by our contribution, “Neaco offer really good, cost-effective products. They are also very helpful with technical support – they responded quickly in providing key information and design detailing, which was a definite plus point.”

The ProjectsThe Northern Health and Social Care Trust and The Southern Health and Social Care Trust are two of the largest healthcare associations in Northern Ireland. Between them, they provide services to over 850,000 people. Among the facilities under the Northern Trust’s control is Causeway Hospital in Coleraine. The Southern Trust has Craigavon Area Hospital as one of its major healthcare sites.H&J Martin was established in 1840. For well over a century and a half it has been delivering the highest level of quality work in every aspect of construction and fit outs. For this reason, the company was chosen to oversee and facilitate the work on these prestigious hospitals.The hospitals needed new flooring to be installed throughout the buildings. The floorcovering would need to be made from a resilient material such as vinyl, making it easy to maintain high standards of hygiene using industrial cleaning machinery. The flooring would also need to be supported at the floor-to-wall junctions and around corners, to prevent flooring failure or collapse and to protect against the heavy-duty cleaning equipment.The ApproachH&J Martin decided to use Quantum Flooring’s CCFM1 internal and CCFM2 external floormitres to help protect the flooring around corners in the hospitals. Vinyl or other resilient floorcoverings can be particularly vulnerable where the flooring meets the wall at corners, as it can be difficult to mitre the angles correctly. These floormitres help to create a uniform finish every time, leading to greater structural integrity along with improved aesthetic results.Quantum’s QCF35 cove former was utilised to complement the CCFM1 and CCFM2. This profile fits perfectly with the curve of the floormitres, helping to create a flush and hygienic finish every time, at each floor-to-wall junction and around corners. The coving and the floormitres protect the floorcovering from damage at the join, and make the flooring easier to clean. For wet rooms, the vinyl can be fitted all the way up the wall where the floormitres can also be used in the wall-to-roof corners.The UCS3 slimline flexible capping strip was used to create neat finishes to the floorcovering up the walls of the hospitals. The UCS3 profile is specifically designed for healthcare environments. It has a slimline cap, reducing the accumulation of dirt and dust over time, and providing a smaller surface area to be cleaned than traditional capping strips. UCS3 is available in 25 metre coils making the packaging compact and the product easy to fit.The OutcomesCauseway Hospital and Craigavon Area Hospital were fitted with over 2,000 metres of floormitres, cove formers, and capping strips between July 2022 and July 2023. Sean O’Reilly, the Flooring Supervisor for H&J Martin, says: “As you can see from the finish, high quality work was made easier with floormitres.”The profiles used have been expertly fitted by H&J Martin employees, resulting in great looking and hygienic installations for both hospitals. The floormitres, coving, and capping strips will be protecting the floorcovering for many years to come, and helping to keep the facilities safe and clean for both patients and healthcare professionals.The Northern Trust and the Southern Trust can rest assured that H&J Martin’s professional work with Quantum Flooring’s excellent product range will help them to continue providing their vital services to the people of Northern Ireland. Cutting Corners cove solutions are perfect for healthcare and pharmaceutical projects, improving the quality and standards of cap and cove, cleanroom, as well as wetroom installations.The CCFM1 Internal and CCFM2 External Floormitres are specified and fitted in countries worldwide.www.cuttingcorners.org.uk

Sutton station, owned and operated by Network Rail needed refurbishment. The station was showing signs of its age, with the old timber work in need of replacing, the roof leaking and the glass roof sections in need of some TLC. Due to their age, the glass roof sections had become fragile and had subsequently broken, Also because of the difficulty in safely cleaning them, they were proving more of a light blocker, than a source of natural light.It was decided that the glass roof sections would need replacing and in order to do this, Twinfix were consulted by Network Rail and asked to offer a solution. Twinfix were mindful of the aesthetics of the station but were also very aware that they could offer something which would provide a long-term solution for the station. Utilising their Multi-Link-Panel System, Twinfix put forward a solution which would do justice to the refurbishment work, the station was receiving whilst bringing the roof up to date and delivering an outcome which would last the test of time. By replacing the old steel and glass sections with their sustainable aluminium and polycarbonate Multi-Link-Panel System, Twinfix’s proposed solution would maintain the look and feel of the old roof, but deliver something which is virtually unbreakable, doesn’t need repairing or regular replacement and would allow routine cleaning to be carried out, keeping the station flooded with light. By replacing the old glass with a slightly obscured 6mm polycarbonate, the light inside the station would be diffused rather than harsh, and significantly brighter than the current situation.The new system would not only last the rigours of time, but is made of sustainable materials. Polycarbonate has minimal impact on the environment and is fully recyclable at the end of its long life. Polycarbonate panels, used in place of glass can be manufactured to give the same look as more traditional glass with features such as Georgian wired but with a significant weight saving. This weight saving means that transportation, manual handling of lifting is easier and requires less energy, plus the structural elements can be reduced as the weight they are required to support is reduced. The result is a total saving on energy and materials needed for installation. Once installed polycarbonate is considerably stronger than glass and is unlikely to break. Depending upon the requirements and location of the installation, Twinfix manufacture a ‘non-fragile’ version which, in testing could withstand far greater impact than an equivalent glass panel. This is especially good for areas where people might accidentally step or fall onto the panels such as rail station roofs. This inherent toughness also reduces the need to replace the glazing panel as often as glass and with UV coatings the panel doesn’t yellow with age or become brittle.Aluminium is known as the ‘Green metal’ due to its ability to be recycled again and again, without degradation of its inherent properties. Recycling aluminium also saves 95% of the energy required in the production of aluminium from raw materials. Compared to traditional steel, aluminium is approximately 2.5 times lighter, strength for strength, so again there is a weight saving comparable to that associated with polycarbonate over glass. Unlike steel, aluminium will not rust, and the application of powder coating will prevent corrosion. Powder coating is a pigment encapsulated in a powdered resin and then cured in an oven to harden the paint surface.Working with the roofing contractor, G.S. Moore, and as part of the larger station refurbishment, delivered by BAM Nuttall, Twinfix were able to replace the existing damaged glass roof in the entrance, the footbridge and the platform adding up to an area over 340 metres square, bathing the covered areas in natural light.Vicky Evans, Director at Twinfix, said; “It was a pleasure working with the team at Network Rail, G.S.Moore and BAM Nuttall. Sutton Station roof was in a dramatic need of replacement. We are proud of the finished product and that we were able to offer a long-term solution that delivers the aesthetic charm of the old roof, increases light levels for passengers, improves safety for all using the station and offers a sustainable, future proof outcome. We look forward to being part of delivering more excellent results for our clients in the future.”

In order to achieve the BREEAM rating of “Excellent”, the fourteen storey building, constructed in 2009 in London’s Bank Conservation Area, incorporated several sustainable features, including our rope and rod Green Wall System. To create the ideal habitat for wildlife, the green wall design included bat boxes; providing a safe place for bats in the city.Green walls can be used in cities to help improve the local air quality by trapping dust and pollutants; in addition to absorbing carbon dioxide and releasing oxygen. Green walls can also be used as an effective graffiti deterrent in areas where this is an issue, as green walls make the application of graffiti to structures near impossible, and this is just one of many benefits of green walls. Additionally, the green wall is helping to provide cleaner air in the urban environment – and looks great!

The new build development contained 17 dwellings for social rent, consisting of four one-bedroom flats, nine two-bedroom flats and four three-bedroom flats. The new development is located within an urban densely populated area of London. The 97 windows manufactured and supplied were predominately Optima Flush Tilt and Turn Windows from Profile 22 along with a small number of Optima open-out casement windows too. Optima from Profile 22 is the UK’s leading award-winning commercial window system. Profile 22 Optima Windows deliver the high-quality specifications required.

Client: Royal Borough of Greenwich Council Architect: Frankham Consultancy Group Assembly & Performance:·        All constructions including APL Tritherm™ structural framing system and all as non-combustible assemblies·        Roof – 10,000 m² of APL Energi Twin-Skin: Profile 31/1000RR in stucco-embossed mill-finish aluminium on walk-on roof liner plus all associated flashings, gutters, fixings and sealants, U-value = 0.18 W/m².K·        Walls - 10,000 m² of APL Energi Twin-Skin: Profile AP45HR in RAL 9006 PVF2 aluminium on wall liner plus all associated flashings, fixings & sealants, U-value = 0.16 W/m².K Special Features:·        Client required a 40-year maintenance free material for the roof in the marine location·        Multiple consultants employed by the end client to ensure the construction exceed current building regulation due to the proximity to Grenfell·        APL clamp-end lap detail for the roof to allow for thermal expansion·        APL Firewall™ with 60 minute integrity and 60 minute insulation ™ construction due to boundary walls Building Location:·        London Borough of Greenwich

The Gloucester Gateway M5 motorway services created a new sustainable standard in an area of outstanding natural beauty. The structures are built into the undulating hills softened with organic forms and green roofs. An ambitious landscaping solution required ACO to create a Sustainable Drainage System controlling rainwater run-off, while providing a high-quality habitat for wildlife to flourish.

Perfection Homes Ltd specified Catnic's® Urban  Roofing and Cladding System to help create a modern and distinctive exterior for a collection of new apartments. The company then subsequently installed the panels after its director attended an Urban installation course at Catnic’s dedicated training facility.Situated within the City of Hereford, The Copper Trees project will comprise of eight individual apartments in one luxurious building. Due to be completed in November of this year, residents are set to benefit from state of the art interiors, beautiful communal gardens and convenient parking facilities.Shaun Galvin, Director at Perfection Homes Ltd, working alongside partner Gail Small, is actively involved in leading the developments within their project portfolio. With a desire to create a clean and contemporary aesthetic for the exterior of the new building, Catnic's® Urban Roofing and Cladding system was chosen for the wall cladding.Furthermore, Shaun also installed the panels himself after attending a free installation course designed for those using the product for the first time, at Catnic's® Urban Training Centre in Caerphilly, Wales.“The training day was extremely beneficial,” he explained. “Being able to take part in such a hands-on experience with the product highlighted its technical qualities in that it is lightweight, easy to handle and designed well. The training helped make the installation process on site much more efficient and it was completed in just five days.”The Catnic® Urban system is manufactured to meet all relevant legislation, including load bearing for wind speed in accordance with EN 1991-4 and weather tightness in accordance with BS 5534 Parts 1 and 2. In addition, helping to meet requirements for sustainable building solutions – Urban is BRE Green Guide Rated ‘A’ and at end of life – the panels are 100% recyclable.“The Catnic® Urban system was the ideal addition to the exterior of The Copper Trees development, creating a distinctive aesthetic in keeping with the brief,” concluded Shaun. “We would definitely work with the product again.”Available in a range of contemporary colours, the Catnic® Urban Roofing and Cladding system is manufactured from Tata Steel’s Colorcoat HPS200 Ultra® pre-finished steel.

Network Rail has redeveloped the 180-yearold London Bridge station – the fourth busiest station in the country with over 54 million passengers passing through every year. To redevelop such a vast, complex site Network Rail required a team that would work together with one goal in mind and add value by presenting viable solutions. Eurosafe chose the MSA Latchways Constant Force Post (CFP) cable system for a complete rooftop fall protection solution. It is the only system approved by Kalzip, who supplied the roof at London Bridge.

2-6 Cannon Street is a high-end new build commercial office building located in the City of London. The Outdoor Deck Company were commissioned by Frosts Landscape Construction to supply and install the GRAD decking and rail systems, which were supported by the Buzon DPH pedestal system. This was a particularly challenging project as powder coated steel planters were strategically located in the middle of the roof terrace so installation had to be carried out around the numerous planters. Timber decked steps and ramps were also part of the overall terrace design.

The new hospital was designed to combine a highly efficient clinical layout with a stunning external appearance. Set in beautifully landscaped grounds, it captures the essence of the original tuberculosis hospital that is today’s pioneering heart and lung treatment and transplant centre of excellence.The 40,000sqm hospital has 310 beds, six operating theatres and six catheterisation labs.Shield Membranes supplied materials for all external areas, including two of our BBA accredited ShieldTEC Hotmelt and ShieldSEAL Liquid Applied waterproofing systems as well as our ShieldBROWN living roof system.

LINEAR Facades, an Elite System roof, fabricated perimeter closures and feature details have all been manufactured by Euroclad and installed on the flagship Big Yellow store in Chiswick. The attractive store, which opens at the end of April 2012, sits alongside a key gateway into London and is a highly visible structure, standing out due to the vibrant colours and flowing lines of the Euroclad products that have been installed. 2500m² of LINEAR Rainspan, as well as the entire feature details, such as the soffits and bull noses were supplied. Wall System - LINEAR Rainspan & Euroseam

Installed by WD Group for main contractors RG Carter, the curtain walling was an integral part of architects Stride Treglown’s vision for the landmark structure, which also features a flying roof. It features AluK’s SL52 flexible capped curtain walling system throughout, with an entrance door fabricated using the suited GT55TB door system. The diagonal design and irregular angles meant that AluK had to create a solution with multiple transom and mullion sections which was cost effective, while still being true to the aesthetic and meeting the static considerations and performance requirements laid out.

The £1m centrepiece in the restoration of a historic park in Lancashire has been completed, incorporating innovative use of the MX curtain walling system from Technal. The dramatic sculptural pavilion in Avenham Park was the winning design in an RIBA competition. The building has a strong geometric design, which includes a complex zinc-clad ‘saw tooth’ roof and extensive use of timber, aluminium and glass.

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.

This is the new sleek and inconspicuous cycle hub recently designed, manufactured, supplied and installed by Falco at Hackney Central Overground Station.Greeting commuters to the west of the station, the 10m cycle hub has been fitted with a combination of both reinforced safety glass and sustainable hardwood cladding.A series of 48 spaces of the FalcoLevel-Premium+ two-tier cycle rack have been installed along with a FalcoFix 2.0 cycle repair station, LED lighting, CCTV security, branding graphics, a green sedum roof and secure mobile app access. Falco also installed five separate TfL London cycle stands located outside of the cycle hub.The green sedum roof, an increasingly popular feature for Falco shelters, supports the operators sustainable development plan by providing the many advantages associated with green roof systems as well as insulation for both heat and noise. A sedum roof both reduces water discharge as well as compensating for CO2 emissions.The FalcoSmart mobile app access system uses Bluetooth technology to provide Hackney commuters with secure access to the cycle hub using their own smartphone or tablet, removing the need for physical keys and fobs. Commuters are able to apply for access to the hub via Falco and having downloaded the ‘App’ are given access rights to the cycle hub for a period of time depending on their subscription.The images attached show the new cycle hub addition, installed to the west of the station, on Graham Road.Hackney Central is a railway station located on the North London Line within Greater London, serving 4.3m annual passengers.   Falco cycle hubs can also incorporate a world of features including; smart LED lighting, green sedum roofs, CCTV and Help Point facilities as well as numerous other cost-effective features for the cyclist such as lock holders, helmet lockers, seating and bike repair facilities.For more information about the FalcoHub cycle store, a demonstration of the FalcoSmart app-based lock, the FalcoPod bike hangar or any other Falco product, then please speak to one of our friendly customer service staff on 01538 380080.

The Early Learning Unit (ELU) in Hamilton was relocating to the former Hamilton Grammar School site, which had been demolished the previous year. Axter were brought on board to determine the best type of roof that would provide the greatest benefit to the school and its pupils.ChallengesThis project was originally specified to be a single ply system but, with the school catering for children with special requirements, it was decided that a living roof system would be beneficial to both the staff and pupils, and that single ply would not be suitable.This is when Axter and Procladd became involved in this project and worked together to design a robust waterproofing system that could work with a living roof, and still provide value for money for the Council, whilst delivering the project on time and on budget.SolutionsFollowing discussions, Axter’s Cityflor Reinforced Bitumen Membrane system was specified over a plywood substrate, with an extensive green roof. This project presented some unique challenges, specifically in the need for the use of Flame Free Technology to combustible upstands. Axter and Procladd were both committed to NFRC Safe2Torch standards, with Axter’s Flame Free Neo-Bitumen Technology specified on upstands to remove any risk of fire. The Force 4000 Flame Free system to these areas consisted of a self-adhesive binder, combined with hot air welding technology to seal and bond all laps, to ensure a robust detail without any risk of a naked flame near combustible materials.When asked to comment on using the Neo-Bitumen Flame Free technology, Procladd Operatives Billy and John commented: “The membrane was very easy to work with and a pleasure to install. The self-adhesive membrane adhered incredibly well to the upstand without the need to heat the underside, like a standard torch applied system, which made the installation a quick process. Once completed we heated the side and head laps using a hot air gun, normally associated with Single Ply membrane, to ensure a full bond complete with a 2mm bitumen bead. The system is one of the most straightforward and workable systems that we have used.”Procladd Managing Director Keith Burrell said, “We have worked with Axter on a number of projects and knew, through their commitment to achieving robust waterproofing systems, and their experience within the education sector, that it meant we could work together to complete this project in harmony to give the best service possible to South Lanarkshire Council.The introduction of their Flame Free Neo-Bitumen system to the areas of combustible upstand meant that works could progress quickly on site, whilst maintaining safety and reducing any risk of naked flame near to timber or combustible materials.From start to finish Axter were informative and helpful with initial NBS specifications, detailed drawings and thermal calculations, right through to on site technical guidance and Quality Assessment of the ongoing works and through to completion and Guarantee.”AcknowledgmentsWe have worked with Axter on a number of projects and knew, through their commitment to achieving robust waterproofing systems, and their experience within the education sector, that it meant we could work together to complete this project in harmony to give the best service possible to South Lanarkshire Council.The introduction of their Flame Free Neo-Bitumen system to the areas of combustible upstand meant that works could progress quickly on site, whilst maintaining safety and reducing any risk of naked flame near to timber or combustible materials.From start to finish Axter were informative and helpful with initial NBS specifications, detailed drawings and thermal calculations, right through to on site technical guidance and Quality Assessment of the ongoing works and through to completion and Guarantee.Keith Burrell - Managing Director, Procladd

FOAMGLAS® Tapered T4+ (Slab)Design Architects: Renzo Piano Building WorkshopExecutive Architects: Adamson Associates, LondonMain Contractor: Mace; Roofing Contractor AC PLCConstruction: 2012Application: Warm Roof - FOAMGLAS® Tapered T4+ (Slab )Finish: Bitumen membranesFOAMGLAS® provided the ultimate solution for the roof maintenance platform of The Shard at level 75.Its light-weight and high compressive strength enable regular maintenance to be carried out without risk of surface damage.At 310 m, Shard Tower is one of Western Europe’s tallest buildings; exposed to extremes of temperature & the revolutionary structure sways up to 50 cm in high winds.The building maintenance platform on level 75 islocated directly above the viewing galleries, and essentially forms the Shard’s roof. To shed water, the flat metal platform required an insulation with a tapered top surface.In this extremely exposed location, and with significantloads upon the platform, a truly reliable solution was needed. FOAMGLAS® insulation combines compressive strength, long-term insulation performance.Using their "in house" CAD systems, FOAMGLAS® designed a bespoke Tapered Insulation system. Taking full advantage of its low coefficient of expansion, and to eliminate thermal bridging, FOAMGLAS® and its membranes were adhesive bonded onto the metal structure. The unique ability of FOAMGLAS® to withstand high compressive loads ensures regular maintenance work can be safely carried out without damage to the insulation or the membranes.Adamson Architects commented on this project: "FOAMGLAS® has proved itself to be the ultimate solution for the difficult loadbearing areas of the Shard. Specifying cellular glass insulation ensured complete integrity and performance in key areas of the Shard Tower".

The German company Knauf Integral was able to prevail against competitors with its GIFAfloor DB green raised floor system. A maximum flexible and individual floor due to the interchangeability of the individual panels, a non-combustible building material with A1 classification and the unproblematic recycling due to the lack of plastic edging, as is used in conventional raised floor elements, were decisive for the selection.Flexibility, health in the workplace and sustainability in construction - the 'Tour Alto' in Paris La DéfenseIn the Paris suburb of Courbevoie, in the office district of La Défense, the foundation stone was laid for the 'Tour Alto' - a 160 m high skyscraper which, after its planned completion in 2020, will have a usable area of 51,200 m2 next to countless offices, numerous restaurants, bars and fitness studios etc. will accommodate. For the floor structure, the property developer decided on the double floor 'GIFAfloor DB green' from Knauf Integral, paying particular attention to the aspects of flexibility, health, environmental protection and sustainability in buildings.The 'Tour Alto' office tower in the west of Paris extends over 38 floors and is part of the high-rise backdrop of the La Défense office district. Nevertheless, Bouygues, one of the largest property developers in the world, is setting new standards in construction: installed products not only have to be as flexible as possible in their design and use, they also have to meet high standards of sustainability and environmental compatibility as well as the highest health standards for people, who will do their jobs there every day.A maximum flexible and individual floor due to the interchangeability of the individual panels, a non-flammable building material with A1 classification and the unproblematic recycling due to the lack of plastic edging, as is used in conventional raised floor elements, were decisive for the selection.In addition, health and environmentally friendly aspects were the absolute focus of the project for the property developer: The selected product must contribute to excellent indoor air quality and all materials that come into contact with the indoor air should have A + according to French in terms of VOC and formaldehyde emissions Emission class to be rated. GIFAfloor DB green elements have exactly this A + certification - the decisive advantage compared to the commonly used raised floors with chipboard supports that contain formaldehyde. Independent (building) biological analysis laboratories also prove the excellent quality through their tests: Eurofins certifies the product as suitable for indoor use, and the Institute for Building Biology in Rosenheim gives the verdict " recommended ''. This ensures a healthy working environment for employees.With GIFAfloor DB green, Knauf Integral offers a sustainable and health-friendly double floor solution for flexible, high-quality commercial interior design. The elements consist of the homogeneous gypsum fiber material GIFAtec and are available in different thicknesses depending on the requirements.

BackgroundThackley Primary School in Bradford is a well-established suburban school providing education for children aged 3-11. The school’s positive ethos seeks to provide a happy and active environment for learning, with teachers and staff dedicated to working hard to secure the highest educational standards for their pupils. With more than 450 pupils, the building can become extremely busy during school hours, both in classrooms and communal areas. That was presenting some challenges in terms of acoustics in certain areas of the school, particularly in its multi-use hall which is used for performances, PE lessons and dining.ProblemThackley Primary School’s multi-use hall is a large, open plan room which, like many internal environments of this type, features extensive areas of hard, reflective surfaces. When the room was in use, particularly when occupied by a large number of pupils and staff, excessive reverberation and echo was making it an unpleasant acoustic environment.Head of the School, Annette Patterson, sought to find a solution to these issues and approached Sound Reduction Systems (SRS) given the company’s experience in resolving these types of acoustic problems in schools. At the initial enquiry stage, Annette provided details about the school hall, including dimensions and photographs, from which the SRS technical department was able to model the space using their acoustic software. This enabled the team to propose a provisional solution with a specification and provide a quote. Once the proposed solution was agreed in principle, an acoustics specialist from SRS visited the school to take detailed measurements and discuss the various options available to arrive at a detailed specification.SolutionImmediately on receipt of Annette’s request for help addressing this acoustic issue, the SRS team confirmed reverberation was indeed excessive and reducing it would make a huge difference. SRS Director, Alex Docherty, commented:“As soon as I was shown into the hall, it was clear that the acoustic environment was not ideal – the long reverberation time made it difficult to hold a simple conversation between a few people comfortably, let alone when the hall was full of children. It was clear that a treatment using one of our Class A rated Sonata products was required to solve the issue.”Prior to any improvements, the estimated mid-frequency reverberation time was recorded at (Tmf) 3.57s. This level is considered excessive for a room of this nature. SRS calculated that 75sqm of their decorative Sonata panel absorbers would be required to solve the problem, bringing the reverberation time down to (Tmf) 1.13s.SRS provided the school with a layout design detailing where the panels would be installed within the hall. The school chose a combination of Suspended Sonata Vario panels and bonded Sonata Aurio panels and SRS were able to despatch their installation team within 2 weeks to fit the absorbers.Client feedback“I just wanted to say a huge thank you for the acoustic panels we had fitted. The whole process was great - from making initial contact with you, site survey, and fitting. You were always so helpful and knowledgeable when I contacted you. The wonderful man who came to fit the panels was just lovely! Really professional, friendly and had a high standard and a high quality of fitting.“The impact of the panels has been simply fantastic! What a difference!!! Lunchtimes are now completely different, assemblies are better and PE lessons are calmer. I have been recommending your company to everyone and playing them my ‘before and after’ videos that I made! Thank you again.”Head of Thackley Primary School, Annette Patterson.Products usedSuspended Sonata Vario panels Sonata Aurio panels

Fresh Wharf is being developed by Countryside, in partnership with housing association Notting Hill Genesis on a 10-acre, former brownfield site situated along the banks of the River Roding. Demolition of old premises on the site started in early 2018 and Phase 1 of the construction project commenced later that year. After this, construction of the new properties commenced in earnest, with the apartment blocks and townhouses being constructed. Installation was undertaken by sub-contractor, Stanmore, with Metsec using Revit to create the construction level design for the framing system at the early stages of the project’s conceptualisation.

Nissan Sunderland is one of the largest, most efficient car plants in Europe. On average, the plant has built a Nissan car every two minutes since production started.Project/doors:10 Speedor Cleanrooms (Over 200 doors supplied to the plant)The challengeFollowing the manufacture of a new paint plant where Hart have a number of doors including several ATEX, Nissan identified a requirement for new repair lines to enable them to carry out both light and heavy repairs and not have to completely repaint the vehicles. This is fast moving environment with the need for a reliable and dust reducing solution.The solutionUsing a tried and tested solution, Hart installed these “hybrid” Speedor Cleanrooms with ATEX operators within the repair zone. We worked closely with site engineers to give them the solution they require, rather than a door to fit an opening. The Speedor Cleanroom maintains strict air leakage requirements over specified pressure differentials and a non-touch safety light curtain which ensures maximum protection to personnel. The successHart is a trusted supplier to Nissan and its subcontractors. Having worked on the site since it’s inception, Nissan approached Hart to supply the doors. Following this Hart were approached by an OEM who provided a full spray booth, after Nissan insisted Hart Doors were specified due to the success of the earlier installations.The review“Speedor is a tried and tested product that is why we keep using them.” Nissan Motor Manufacturing UK Ltd

In this Case Study, SureSet permeable resin bound paving had the pleasure of working with Horatio’s Garden, this is a national charity known for its beautiful accessible gardens! Created for various NHS Spinal Injury Centres that are each built to help support those affected by spinal damage.

This case study is about two neighbours who work together to achieve their dream driveways.