"floor and roof screeds aggregates"

When Westminster Cathedral’s roof was first asphalted back in 1903, it would have utilised naturally occurring asphalt deposits dug up from an overseas lake. These days, things are done a little differently. Instead, IKO’s Permaphalt – a polymer modified mastic asphalt – was specified for the extensive reroofing of the Cathedral by Architect, Michael Drury from St Ann’s Gate Architects. “Asphalt had worked well for the Cathedral in the past and there was no reason why it shouldn’t again,” he said, adding the new roofing’s 25 year guarantee clinched the decision for a like-for-like replacement.

The Metro Centre is over 22 years old and the building had been experiencing leaks, a problem which was exacerbated by the numerous changes in plant installations on the roof. The original felt waterproofing had reached the end of its working life and a system was required that would keep the building watertight, help comply with current building regulations, and bring the insulation standards up to Part L. A Cold Bonded Built-Up Roofing System was specified for the project consisting of 40mm Decotherm insulation, a Carrier Membrane, and a seamless Decothane Gamma 20 waterproof ‘cap sheet’.

Architect: Redbox Design GroupMain Contractor: Tolent Construction Installer: Metcalfe Roofing & Building Services LtdStone: Cebecca LimestoneThe Sunderland Hilton Garden Inn, on the banks of the River Wear, is a 141 room hotel featuring MX curtain walling as well as Aztec 20mm Cebecca limestone Ventilated Rainscreen. Designed By Redbox the architects wanted a light and spacious building without the need for a heavy support system. The glass and limestone mix imparts this vision perfectly. Completed in 2016 The Aztec system was installed by Metcalf Roofing & Building.

Products: Flexi heavy – Modular Frameworks & Flexi Access – Bespoke access platforms. Services: Air-handling units & associated access requirements. Roof build-up: Warm roof design – PIR/PUR insulation with PVC/TPO field membrane. Pump House were proud to have been chosen as the preferred supplier of building services support systems to the project, with support frames required to fourteen rooftop air-handling units. Each framework was also accompanied by a bespoke access platform to one longitudinal side of the air-handling units for maintenance purposes.

Lord's Cricket GroundBauder LiquiTEC Balcony and Walkway, LiquiBALKON SystemSynopsisLord's Cricket Ground is a famous cricket venue located in St John's Wood, London. There are various Bauder waterproofing systems installed throughout the venue but these images are from the Edrich Stairs on the third level.Bauder Building BoardProject:Lord's Cricket GroundProject type:RefurbishmentLocation:Basingstoke Waterproofing:LiquiTEC Balcony and Walkway systemRoof size:25m²Specifier:Rider Levett Bucknall LimitedApproved contractor:Higham Flat Roofing Ltd

Project involved decking a 350m2 the rooftop of a commercial block in the heart of the city. The owners wanted to create a roof terrace for staff. The customer chose the iDecking complete solution for it's superior look. Installation was carried out on an inverted roof. The contractor laid down a double layer of our aluminium frame onto Wallbarn MegaPad pedestals which provide a stable footing for the framework. The composite Moor Oak boards were stamped into position. Installers were able to achieve a great finish by accurately cutting the boards to fit neatly to edges and corners.

DWB Hull, a licensed MiTek roof truss and Posi-Joist manufacturer, recently supplied specially designed Posi-Rafters to form the roof for a large domestic extension. Bespoke end details were incorporated into the Posi-Rafter design to make installation straightforward and to provide solid bearings on to the steel beams and walls. The build had two steel ridge purlins and a central steel at ceiling level, forming a large vaulted ceiling internally. Posi-Rafters were the ideal choice, with plated end blocks sitting directly on to the steel beams with no need for hangers.

ECLISSE are delighted to have been the supplier of choice for this prestigious development in the heart of historic London. The Westminster Quarter development comprises of 102 private luxury apartments, many with private outdoor space. Residents will also benefit from an exclusive gym, 24hr concierge service and landscaped courtyard and the roof terrace and roof lounge have stunning views of the Houses of Parliament and other iconic landmarks. Completion: 2017 Residential Units: 102 Construction Cost: £35.5m Architect: White Ink Architects Client: Taylor Wimpey Contractor: McAleer & Rushe

A contractor client was working on a retro-fit balcony and flat roof project in Brighton. The waterproofing membrane had tapered insulation placed on top and the contractor discovered ballasting the insulation was needed, only once on the roof. The door thresholds were too tight for a traditional decking system with joists. Wallbarn advised for paving slabs on 9mm rubber pads; then 30mm thick ipe timber tiles mounted onto Adjustable Pedestals. The buildup was under 100mm and the overall finish of the tropical hardwood was glorious. The architect was relieved that we could produce a solution, the client was delighted.

Residents of a community on the hillside by Loch Craignish, one of Scotland's most beautiful sea lochs, have a new and unique village hall with a roof that is sympathetic to the surroundings, thanks to Eternit's fibre cement profiled sheeting.The old village hall at Ardfern in Argyll and Bute had been built traditionally with most recently, a corrugated metal roof which had corroded and leaked. Architect Tom McCardel was tasked with giving the villagers a community facility capable of handling a vast range of activities and he specified Eternit's fibre cement profiled sheeting for Craignish Village Hall for several reasons.Its light weight meant the main spaces of the building did not have to be taken up with supporting framework, its green painted finish blends more into the landscape than traditional gloss paint, and its roof had to be resistant to the corrosive atmosphere of the sea coast."I specified the Eternit sheeting because of its lightweight qualities, cost effectiveness, ease of detailing and appearance" he said.

The new Design Museum at Kensington, which opened itsdoors to the public in November 2016 following a move fromits previous residence at Shad Thames, has specified Allgood’sModric ironmongery throughout its interior. Winner of the Guildof Architectural Ironmongery Specification Awards 2016/ 2017Commercial category, the imaginative ironmongery solutionsmeet the architects brief; matching the building’s look and feel.One of the £83million refurbishment’s standout architecturalfeatures was the preservation of the original roof structure, whichwas central to how the new project took shape. The internalfloors of the old building were demolished with a series ofpiles, temporary trusses and beams supporting the internal roofcolumns until the new structure was built and the fit-out stagecould begin.The inherent objective of the project was to create a worldclassmuseum in the heart of London, including permanent andtemporary exhibitions as well as learning spaces – showcasingall elements of design, including fashion, product and graphicdesign.Established in 1989, the museum is known for promoting andexhibiting the best in British design as well as displaying bold andiconic international items.A British design classic, Modric is manufactured in Allgood’s UKfactory where craftsmen pay close to attention to detail, handfinishing every product. Modric has a long-standing reputationof quality built on its ability to consistently perform to the higheststandard. Operating on the unique quadaxial fixing, Modric leverhandles have been independently tested to BS EN 1906 andhave surpassed 1 million cycles, providing just one example whyAllgood has the confidence to offer a 25 year warranty on therange.The interior of the Design Museum features an array ofproductsfrom the Modric range including lever handles, hinges,pull handles,push plates, wc turns, and door signage, as wellas overhead doorclosers, magnetic door holders and unique,concealed doorstops.

In a stunning architectural statement, CUPA PIZARRAS R17 slate has been specified to meet the design challenges of a former Georgian windmill renovation at Fort Green, near Aldeburgh in Suffolk. The first project of its kind in the UK, the natural slate was individually cut and fixed through expert craftsmanship to accommodate the building’s exterior curve while also providing crucial protection from the harsh coastal environment. Originally, the windmill walls were going to be clad in cedar shingles however, contractor ELC Roofing recommended using the rectangular CUPA R17 slate from CUPA PIZARRAS as a more weather-resistant alternative. ELC Roofing Owner, Edward Carlo, explains: “The R17 is a natural, non-carbonated blue-black slate with non-rusting metallic particles and thin laminations. From our perspective, it’s a tried and tested product that we specify and install on a lot of our projects – especially in coastal situations like this.” The slates, which protect against the salt water and wind, have been fitted on both the windmill’s curved wall, its pitched roof and elsewhere adding design details to the property’s walls. He goes on to say: “Aesthetically, the ocean environment has inspired the material choice with the slate mirroring the scales of a fish. This gives the windmill a dramatic architectural style; one that also sympathetically ties into the slate roof of the neighbouring cottage, which we replaced with CUPA R17 the previous year. “As far as I am aware, nothing like this windmill has been done in the UK. It was a case of starting from scratch to devise the optimum installation method, which involved a lot of detailed calculations.” For the tower, which has a 15m circumference at the base tapering to 11m at the top, the team initially removed the thick render on the windmill wall, taking it back to the original brickwork. Next, to meet the challenge of the curve and tapering of the wall, 50mm counter battens were fitted to the tower’s brickwork. Then, multiple strips of ply were cut and glued together to create the curve. These panels were screwed to the counter battens to provide an anchor for the fixing system. The ply was also primed to protect the surface from water ingress and a breathable membrane applied to protect the brickwork. In terms of fixing the slates to the panels, Edward said: “For a more corrosion and wind-resistant solution, I decided on the French technique of a stainless steel hook fixing system to install the slate, as opposed to nails.” Ensuring the layout worked exactly with the curves, the slate was lasered from top to bottom to perk it out, which took five days to do. Horizontal tiling battens were also marked to ensure the slates were fixed at the right height. Every single slate was cut and fixed individually to accommodate the curve and ensure they aligned with the building’s inset windows as well as other architectural details - a very precise process that required expert levels of craftsmanship. Preventing the slates from getting smaller at height, the team designed-in a series of lead bands that go all around the building at each storey level. These sit underneath the windows to create a consistent appearance visually. The windmill’s domed copper roof existed already and the adjoining tower, which is horizontally clad in a white weatherboard, features a slated pitched roof. ELC Roofing has again used CUPA PIZARRAS spanish slates. In this instance, the roof curves to the back end with four leaded hips to one end and two to the other with a connecting lead ridge. This time the slates were fitted to 20 x 50mm battens with a layer of permeable membrane. This part of the roof also features a striking onion-shaped finial. Expertly crafted by ELC Roofing, the finial is produced out of a patchwork of small pieces of soft copper, topped off with a fish that acts as a weather vane and includes stunning marble eyes. To the other side of the clad tower, CUPA PIZARRAS slate has been used to create a vertical square panel detail to the front of the building and fixed using the hook system again. Commenting on this challenging project, Edward said: “Work on site started before the first Covid-19 lockdown so as well as the challenging weather conditions that a coastal location like this presents, the team also had to complete the work with government guidance and restrictions in place. Regardless, the client is overwhelmed with the end result and so are we.” To find out more about the CUPA PIZARRAS range of natural slate visit: https://www.cupapizarras.com/uk/natural-slate-roofing/

Conserving a Grade I listed building with renovating plaster.Halifax’s Grade I listed Piece Hall is a true monument to the town’s industrial heritage. As part of Calderdale Council’s ambitious plans to conserve the building and transform it into a cultural and commercial hub for Halifax, a series of delicate remedial works were outlined to future-proof the structure’s original features and ensure it would be able to live up to the rigours of 21st century life. Under the schedule of works, Tarmac’s Limelite renovating plaster was chosen to provide a durable solution which was both sympathetic to the age of the building, yet robust enough to provide long-lasting results.The ChallengeFirst constructed in 1779, the Grade I listed Piece Hall takes its name from its original use as a cloth hall, where local weavers were allowed to sell their ‘pieces’ at the height of the industrial revolution. As an iconic reminder of Halifax’s prominence in the Georgian wool trade, the site is understandably a treasured landmark for local people.The aim of the Piece Hall transformation project was to conserve the historic fabric of the building and create an outstanding heritage destination fit for the 21st century. This would see the property, which consists of 315 rooms centred around a 66,000 sqft piazza, return to its previous grandeur and be reinvented as a new cultural and commercial centre for the town.The Piece Hall transformation project was delivered by Calderdale Council and made possible by funding from the Council, a generous £7 million grant from the Heritage Lottery Fund – thanks to National Lottery players – and kind support from both the Garfield Weston Foundation and the Wolfson Foundation. The Piece Hall is now operated by an independent body, the newly formed charity The Piece Hall Trust.It was vital that a specialist heritage renovating plaster was specified, to ensure that any remedial work undertaken would be in keeping with the property’s original features and sympathetic to the materials used during the building’s original construction in 1779.The plastering contractors chosen to undertake the work, Manchester Screeding Contractors (MSC), were challenged with plastering the inside of the iconic arches which surround The Piece Hall’s piazza, as well as re-plastering walls within a number of rooms on the ground floor. Given the need to use a specialist heritage plaster, MSC turned to Tarmac’s Limelite team for help.For the interior work, damaged and ageing plaster had to be removed, revealing solid stone walls which needed to be plastered in keeping with the heritage of the building. Time and weather had also eroded the exterior arches, and an appropriate solution needed to be found.Installation time was also a challenge on the project as the construction phase was nearing hand-over to The Piece Hall Trust, with the building due to be reopened to the public in August 2017.The SolutionTo satisfy the specification, MSC first chose to use Tarmac’s Limelite Easy Bond as a primer, given its ability to effectively control suction and salts, as well as improve the level of adhesion when working with difficult substrates. Following this, two coats of Limelite Renovating Plaster were applied as a backing plaster to the surfaces to remove undulation.Tom Emery, Specifications Co-ordinator at Tarmac’s Limelite division, comments: “A traditional lime plaster could take months to dry out whereas renovating plaster only takes 24 hours to dry per coat. This was essential in helping the team to cope with the tight timescales of the project.“Moisture, damp and mould growth were also found in the building. Renovating plaster is ideal in scenarios like this, as the level of breathability it offers will allow moisture to easily pass through it. It is this breathability that will significantly reduce the likelihood of damp occurring.Tom continues, “The renovating plaster was followed with a final coat of Limelite’s High Impact Finishing Plaster. The High Impact Finishing plaster is extremely durable, which is ideal given the municipal use of the building. What’s more, it’s great for use in heavily trafficked areas as it provides a shell to the backing plaster.”In total, seven tonnes of product were supplied to the project in the two-month timeframe, with MSC working through the weekends to get the job done.Karl Hodgkiss, Managing Director of Manchester Screeding Contractors, commented: “Internal and external plastering as well as restoration plastering are key specialist areas for our business, and this was a significant project for us that we were excited to be a part of. I had used Limelite’s renovating plaster before in smaller quantities and knew it would provide a breathable covering for the original stonework.”

Hethel Engineering CentreBauder Thermoplan FPO single ply system with Bauder solar PV systemSynopsisHethel Engineering Centre supports high performance engineering companies located throughout Norfolk. The original building at the centre had been operating at maximum capacity and they urgently required a new building to satisfy increasing levels of demand. The client wanted the new facility to meet a high level of sustainability, achieving a BREEAM excellent rating and using key renewable technologies, such as photovoltaics (PV) to minimise its environmental impact.Bauder Building BoardProject:Hethel Engineering CentreLocation:Hethel, NorfolkProject type:New buildRoof size:2,500m²Specifier:NPS GroupApproved contractor:Voland AsphalteThe specificationBauder’s Thermoplan single ply membrane was specified for the new building’s 2,500m2 roof due to its longevity. Roof areas totalling 500m² were fitted with 160 PV Modules, enabling the centre to generate at least 44.23 mWh of solar power each year and annual CO² savings of 23.40 tonnes. The PV system was installed without any penetration of the waterproofing or roof deck, ensuring the integrity of the roof is completely upheld. The simplicity of the installation also meant that approved contractor, Voland Asphalte, could install the entire PV array in just one day.Products appliedBauder solar PV system160 solar photovoltaic modules were installed with an expected energy generation of 44.23 megawatt-hours and a kilowatt peak of 47.20 along with Bauder's Thermoplan single ply membrane.  Project challengesThe centre remained operational throughout the works, which caused logistical challenges, however all deliveries were timed as not to conflict with vehicles moving in and out of the facility. The work at HEC was completed on time and to budget, providing the client with an innovative roof that boasts extraordinary environmental credentials.System installedThermoplan Single Ply System 1 Bauder Thermoplan FPO FPO membrane with laminated fleece for adhered installations; pre-coated cross weave polyester reinforcement for high levels of tear resistance.2 BauderPIR M 60An efficient PIR flatboard insulation with aluminium foil facing on both sides and rebated edges to remove a thermal bridge.3 BauderTEC KSDA technically advanced self-adhesive elastomeric bitumen air and vapour control layer with an aluminium foil facing for vapour impermeability.AdvocacyKarl Manning at NPS Group: “Hethel Engineering Centre is a perfect example of a project where outstanding workmanship and top quality products can harmoniously come together to deliver an exceptional, sustainable roofing solution. The Voland team in collaboration with Bauder provided the highest degree of technical support throughout the project, helping us overcome any issues we encountered promptly and efficiently.”

Wrexham General Station is a main line railway station and the main railway station serving Wrexham, north-east Wales. The station was first opened in 1846 and expanded in 1912. It comprises four operational platforms with two disused bay platforms at the southern end of Platform 1. Until the early 1980s what is now Platform 4 of Wrexham General, was a separate station: Wrexham Exchange.After working with MPH Construction on a number of station refurbishment projects across Wales, the Principal Contractor approached Twinfix to carry out the survey for the canopy refurbishment at Wrexham Station as well as designing, manufacturing and supplying the replacement roof glazing for 3 of the platform canopies at the station. The panels were installed by a third-party roofing company.The work spanned 532 square metres and comprised of the innovative Multi-Link-Panel Non-Fragile (NF) system glazed with 6mm Georgian wired polycarbonate.Each panel of the innovative Multi-Link-Panel NF system comprises of a powder-coated aluminium frame and fitted with polycarbonate glazing. The panels are built completely off-site in a quality-controlled factory environment, reducing the risk, and cost, of site mistakes, and are delivered on-site fully glazed and ready for rapid installation. The system has a unique linking design feature that results in incredibly quick installation times, making the system very much suited to rail work due to its restricted possession times.The Multi-Link-Panel NF system is an innovative roof glazing product that has been well utilised for many years on station canopy roofs, and it has been thoroughly tried and tested in that time.It was the chosen system for this project for a number of reasons:sustainability– these panels are virtually unbreakable in manufacture, transit and in situ, meaning that, unlike glass, maintenance costs will be eliminated.safety– Twinfix Multi-Link-Panel NF (Non-Fragile) conforms to the HSE recommended test method ACR[M]001:2019 (as outlined in document HSG33) and achieves a ‘B’ Classification.off-site construction– The panels are pre-assembled in Twinfix’s factory ensuring strict quality guidelines are adhered to, which is not always guaranteed when roofing products are assembled on site.ease of access– The Multi-Link-Panel NF system can be fitted with In-Line Access Hatches, to allow cleaning of gutters and roof. These hatches are hardly visible and allow safe access through the glazing without needing to get on the roof.weight– The Multi-Link-Panel NF is light in weight and due to its modular format, it is very quick to install which allows for short rail possession works.appearance – The Georgian wired polycarbonate glazing combines the appearance of Georgian wired glass with all the material benefits of polycarbonate. As well as improving the overall environment in a lighter, brighter station, the addition of the Twinfix Georgian wired polycarbonate at Wrexham General Station has preserved the building’s unique appearance and character, while providing modern levels of safety for passengers and staff.

When looking for a cost-effective, but premium roofing solution for a care home in Dudley, Riven Edgemere was specified to provide the perfect option, on budget and on time.

The versatility of zinc is clear at Imperial Tobacco’s Bristol HQ, where it moves from roof to facade to become a smart coat that will withstand all weather.

Plygene Gutterline system increases gutter capacity as part of full roof refurbishment to prevent further leaks at one of the UK's leading pallet networks

This multi award-winning museum has taken form with a copper clad envelope featuring high quality rainscreen insulation and pitched roof insulation

This multi award-winning museum has taken form with a copper clad envelope featuring high quality rainscreen insulation and pitched roof insulation.

A case study on applying acoustic roof systems in the Educational sector, with a detailed description of common project challenges and proven solutions offered by Ash & Lacy

Caring Wood is a country home for three generations of the same family, incorporating formal, communal and private spaces, roofed with Keymer - Kent Peg Antique.

PICV and ABV EOL Valve sets for the Fan Coil Unit Installation and Air Handling Units as the retractable roof was installed over No.1 Court.

After securing funding via the CIF application, Knighton Fields Primary Academy was able to address some of the long-term issues they had in relation their roof, which was beginning to show signs of wear.ChallengesThe existing waterproofing had been suffering with significant amounts of standing water, water ingress, structural deck failure (localised), poor thermal insulation, and several tired old and dilapidated lantern roof lights. All roof areas needed to be inspected and level surveyed and, in one localized area, the existing waterproofing and deck had to be entirely stripped and removed owing to significant deflection and fear of collapse. The works needed to progress swiftly so as to provide minimal disruption to the school environment.SolutionsAfter inspection, proposals were put forward for a tapered insulation overlay where deemed necessary, to help improve falls to existing outlets and rid the problem of standing water. In most instances, the existing roof covering was simply overlaid and formed part of the new Air and Vapour Control Layer (AVCL) before a new Hytherm ADH flat/tapered insulation board and two-layer fully adhered Excel RBM system was installed over this. On the area where the existing waterproofing had been stripped, the deck was replaced (to falls), a new AVCL installed and the same Excel warm roof system was carried through to complete these areas.Works progressed throughout the summer holidays to avoid any disruption to the school or pupils. NFRC Safe2Torch principles were observed, prescribed and employed as part of the scope of works. An Insurance backed Guarantee covering design, materials and workmanship was issued upon practical completion of the works and following successful sign off from the Axter in-house QA team (who monitored the procession of works from start to finish) to the client, indemnifying their risk and protecting the building and its occupants for a period of 25 years.Systems in useExcel®

Proteus Waterproofing were contacted to assist with the roof refurbishment for the The Co-Operative Group, Wembley. The existing felt waterproofing and timber deck had failed allowing water ingress into the residential building below. Upon further inspection, Proteus established that the existing roof lacked any insulation and therefore did not meet current Building Regulations. a Proteus Pro Felt® system was specified as a competitive and cost effective waterproofing solution.High Performance WaterproofingThe roof coverings and timber decking had to be removed. A new 18mm ply wood deck was installed to the roof pitches before a high performance Proteus Pro Felt® system could be laid. This incorporated 120mm Proteus Pro-Therm® insulation to ensure all current building regulations were met. Due to the 45 degree pitch of both the front and rear roofs, Proteus needed to design a fixing method to ensure the felt and insulation did not slip in the warmer weather. Proteus Waterproofing worked closely with the Proteus Approved Contractor, to ensure the project was delivered to a high standard.Health & SafetyWhen working on public buildings, safety is always of utmost importance. Proteus Pro-Felt® Self Adhesive Mineral Capsheet has the highest European Fire Rating, BROOF(t4), making it the ideal felt to use on public building as the risks to operatives and members of the public are greatly reduced. All Proteus Waterproofing specifications promote fire safe installation methods conforming to the industry lead Safe2Torch guidelines.Long Term PerformanceProteus Pro-Felt® is a High-Performance range of bituminous membrane system, tested to perform in extreme temperatures and weather conditions. It has class leading modified bitumen content which allows the flexible membrane to move with the building and ensure long term durability and performance with guarantees available up to 25 years.

Location: LondonMain Contractor: Berkeley GroupLondon Dock Block F is situated in the heart of Wapping, London, with a magnificent choreographed central water feature and the finest selection of high-quality new homes.The building, which will provide a total of 360 new apartments, is split into blocks at different heights to a maximum of 16 storeys, including communal roof gardens, courtyards and green roofs.The OBEX Class B Interface Sealing System and the Class A1 Breather Membrane System were specified in order to achieve full regulatory compliance and meet the correct performance standards.Quality Apartments: 360

The Brighton Two tier shelter is a stylish and versatile two tier shelter; units can be added to form a larger shelter. Shelter manufactured from hot dipped steel Galvanised 70 x 70 box section to BSEN ISO1461 Transparent PET 4mm roof Aluminium fixing straps All fixings to be galvanised or aluminium Nyloc nuts are used for safety 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

O1A Architects oversaw the conversion of a former Gordon Ramsay restaurant in Islington into two luxury town houses with roof gardens and many unique features. O1A chose DRU Metro 100XT/2 corner gas fires for the main living areas in the properties. They utilise the balanced flue system to be flexibly located anywhere in the building without the need for a chimney. False chimneybreasts have been created in each property to house the impressive log-effect fireplaces. They also accommodate the flat screen TVs making perfect focal points and conceal the concentric flues, which exit the building through the roof.

Products: Flexi heavy – Modular Frameworks Services: Air-handling units. Roof build-up: Warm roof design – PIR/PUR insulation with bituminous felt membrane. The air-handling unit support frames were supplied via a wholesaler in Hampshire to the building services engineers working on site. There were four large air-handling units to support in total, all circa 6000kg in weight each. All our frameworks were designed to manage the imposed loads of the AHU sections being supported, to ensure uniform load distribution through the frame feet was achieved.

Nobu Hotel is a new development in Shoreditch, East London, and was opened by Hollywood legend Robert De Niro and Japanese chef Nobu Matsuhisa in May 2018.The design of the five-storey building – which has 150 hotel rooms and suites – is a nod to the area’s industrial past with a ‘frayed edge’ look of stepped balconies formed with glass fibre, reinforced concrete and cantilevered steel beams. The design has also been likened to that of a cruise ship and received much critical acclaim.The roofing system covered 1500 sq. m, which included a green roof area and tiered balconies.

The meticulous refurbishment of this Grade II Listed landmark provides a stunning range of luxuriously specified apartments. Phase 2 of this project included the installation of FSC certified Hardwood decks to create a series of private roof terraces adjoining the larger apartments. This project was particularly challenging due to the many curved corten steel planters, upstands, steps and seating areas but using the Buzon PB pedestal range to support the decking our installation team achieved seamless surfaces across all the terrace areas. The finished private roof terraces provide residents with the perfect outdoor space.

Roofing slates by Welsh Slate star in presenter’s new TV programme.Roofing slates by Welsh Slate were the material of choice for TV property expert Sarah Beeny’s own home-in-the-making which is the star of the Channel 4 series “Sarah Beeny’s new life in the country”.The “Homes on 4” series follows Sarah and her family (husband and four sons aged 11 to 17 years) as they swap London life for a new start on a 220-acre, semi-derelict former dairy farm in Somerset, where they are building a modern and sustainable stately home of their dreams.

Secreted within the grounds of a Victorian villa these 2 new Mews properties and 3 new Townhouses replaces demolished 1980’s office facilities. A strong masonry base envelopes a timber clearstory and gables, aluminium dormers and a Zintek Mediterranean Blue zinc roof, to give a truly contemporary interpretation of a traditional mews building. The Townhouses are formed with complex twisted geometries. As with the adjacent mews, materials were selected incorporating a solid masonry base, timber cladding to the projecting cantilevered boxes, aluminium glazing systems, white render and topped with blue zinc mono-pitched roofs.

Project: Ball Corporation – New Bottling Plant Year: 2020 Project Architect: CastleOwen Assembly:Roof – APL 65ZS aluminium standing seam twin-skin built-up system Walls – APL StrongBak™ with external vertical APL profiled cladding Size: • Approx 10,000 m² of roof & wall systems over 2 phases Special Features: • Building 14m high with limited site space • FM (Factory Mutual) approved non-combustible construction • 60/240 fire rating required plus special acoustic requirements Building Location: • Wakefield, Yorkshire

A lightning-fast flooring solutionIssueYuuki, a commercial flooring installer in Japan, wanted to try the adhesive-free floor concept for themselves before recommending it to their customers. With the opening of a new office and store, and needing the opening to be completed quickly, installation of an adhesive-free floor posed a good option. Yuuki also wanted to demonstrate adhesive-free floors to customers, helping them to understand the concept and the benefits.ApproachPresident Oshima of Yuuki Flooring said: “When I first heard about adhesive-free floors I was surprised. This is a new concept in Japan to have flooring without adhesives. However, I was very curious to see how it would install, and what the outcome would be. The installation was very fast, and I thought this floor is an amazing solution for me and my customers. This floor is easy to install even in busy areas and has great potential. It’s been more than six months since the installation, and we have not experienced any problems with the floor.”SolutionYuuki flooring wanted to open their new flooring store as soon as possible, and without compromising on design. Yuuki decided to use Altro Wood adhesive-free due to the speed of installation, minimal downtime and the wide range of wood designs."The installation was very fast, and I thought this floor was an amazing solution for me and my customers. This floor is easy to install even in busy areas."  President Oshima Yuuki Office"It’s been more than six months since the installation, and we have not experienced any problems with the floor." President Oshima Yuuki Office

Ghelamco Arena CHALLENGE Ghent’s football club, KAA Gent, had big ambitions – having a big stadium was one of them. Its brand new home was built in order to seat more spectators and take the club to the top of the Belgian league. As the first newly-built stadium in Belgium since 1974, the multi-use Ghelamco Arena opened its doors in 2013. The stadium hosts - besides KAA Gent matches - a multitude of events throughout the year, as well a gym, supermarket, office facilities and a Guide Michelin restaurant. It’s located near the historical centre of Ghent, just outside the city. The arena, which seats 20,000 supporters, is one of Europe’s most modern stadiums. A stadium specifically designed for the ultimate football experience! How could RENOLIT help make the new stadium a success?SOLUTION The Ghelamco Arena is a real eye-catcher: impressive, fashionable in design and an architectural beauty. The stadium, however, is more than just design, it is above all environmentally friendly. The stadium was constructed with considerations towards its ecological footprint and as a result, the roof was made waterproof by means of the ecological, reflective RENOLIT ALKORBRIGHT waterproofing membrane. This completely white roofing membrane, together with the special protective coating on top of the membrane ensures a high reflection of the sunlight, which in summertime has a positive impact on the climate inside the building. With an initial reflection of 90%, the RENOLIT ALKORBRIGHT concept can consider itself to be at the absolute top of the “cool roof” roofing membranes.