"roof decking other materials"

Twinfix have been working their magic to help Network Rail restore Kettering Railway Station to its former glory. They have been helped in this project by the Railway Heritage Trust (RHT). The Railway Heritage Trust was created in 1985 by British Rail on the advice of railway heritage campaigners following the destruction of Derby Midland Station. The RHT is an independent company which assists the operational railway in its preservation and upkeep of listed buildings and structures. Network Rail and National Highways (Historic Railways Estate) sponsor the work of the RHT which currently holds an annual budget for restoration work, ensuring that high quality and the best materials are used to restore and preserve assets. Kettering station was opened in May 1857 by the Midland Railway, on a line linking the Midland to the Great Northern Railway at Hitchin. The Midland later gained its own London terminus at St Pancras Station. In 1857 the leather trade was in recession with over half of Kettering’s population on poor relief. The railway enabled the town to sell its products over a much wider area and restored the town’s prosperity. Originally the station had a single platform but in 1879 the station was quadrupled, and three new platforms were built. The Midland Railway commissioned waiting rooms, cast-iron columns, spandrels, and canopies for the new platforms to match the original 1857 design by Charles Henry Driver. In the 1970s, the glass canopies became a maintenance headache for British Rail, who proposed removing the glazing along with the cast-iron column heads and replacing it with sheeting. Thankfully, Kettering Civic Society intervened and saved the canopies and columns. 50 years later these important architectural elements needed some refurbishment but faced another threat. The Midland Mainline electrification programme meant that structural changes would be needed to the canopy structures to allow the overhead line electrical equipment to be installed above the tracks. Once again, the canopies were under threat but this time it was Twinfix which came to the rescue. Twinfix, the Warrington based pioneers of polycarbonate were the specified experts in the Network Rail business plan for the station refurbishment. Having already helped bring new life and importantly light into old stations as part of refurbishment work, Network Rail stipulated using Twinfix’s polycarbonate roofing panels and their mounting system to keep the overall aesthetics of the station but add a much-needed resilience to the canopies.  Twinfix recommended their Multi-Link-Panel glazing with 6mm solid clear polycarbonate to help the restoration project. The Multi-Link-Panel is an innovative, modular system that is incredibly quick to install and outperforms more traditional systems in terms of cost, performance, and appearance. Multi-Link-Panel canopies consist of pre-assembled modular glazing panels, manufactured to size for each individual project. Each panel comprises aluminium structural bars that are glazed with lightweight, yet tough, solid polycarbonate. The aluminium can be powder coated to a range of colours for a rust and maintenance-free life. As panels are pre-assembled in a controlled factory environment possible contamination and errors in installation caused by on-site cutting of the glazing sheet are avoided. These properties can result in saving two thirds of the time taken to install traditional split bar glazing systems. This can save on labour costs and drastically reduce any necessary premises shutdown time required while work is carried out overhead.  The team at Everlast roofing who installed the Twinfix Multi-Link-Panel were a great partner in this installation process and this partnership resulted in a great finished roof.Handling during installation is easier and safer than with traditional glass systems as panels are constructed from materials that are both strong and light in weight. The reduction in weight compared with glass systems has the added benefit of lowering the overall weight of the roof construction, decreasing the stresses on the existing fabric of a building, especially important where a roof refurbishment is being undertaken. It is this weight reduction that removed the need for reinforcement of the original columns and resulted in the restoration remaining faithful to the original design. As Twinfix manufacture the multi-link panel system they are in an ideal position to be able to help with designing out potential problems. Each roofing system is unique and bespoke, so Twinfix took advantage of their deep understanding of their product and the legislation covering such projects and added access hatches to the canopies which allow access above the glazing for maintenance, finally curing that 50-year-old headache. Vicky Evans, Director at Twinfix said; “The result of the restoration is truly breath-taking. Kettering Station is now awash with natural light and the platforms are a light airy place to wait for a train and shelter from the elements.” Tim Hedley-Jones, Director of the Railway Heritage Trust, says of the project: “It’s a great example where the use of modern materials helps to protect and sustain a truly beautiful historic station. Our grants have helped Network Rail to preserve Kettering Station using Twinfix technology, to continue to make it fit for purpose for today’s rail passengers.” So, if Charles Henry Driver were able to see the station today, he would instantly feel a sense of familiarity and be proud of the restoration work on this piece of railway treasure. CREDIT: Photographs taken by Paul Childs, Spheroview

The first Student Hotel in the UK will be in Scotland, in Glasgow’s Candleriggs Square, in the very heart of historic Merchant City, which provides a perfect location. The hotel forms the first development phase of the much-anticipated regeneration of the 3.6-acre Candleriggs Square site. Permavent’s A2 -s1,d0 fire rated membrane Safeshield XT Reflect was chosen by Walsin Construction to make up part of the internal cavity of the walls during construction of The Student Hotel in Glasgow. This new development in Glasgow’s Candleriggs Square will form part of the rejuvenation of a formally derelict site in the heart of the city, with the reflective properties of Safeshield helping to increase the energy efficiency of the structure, alongside class-leading fire performance. Cladding contractor Walsin Construction are installing Permavent Safeshield XT Reflect, a Class A2 -s1,d0 fire safe membrane, as a higher-performance and more robust approach than standard traditional breather membranes. Alongside the highest fire performance from a membrane Safeshield XT Reflect was the product of choice to deliver a sensible and competitively priced method of achieving a high thermal-performance and as built-anticipated level of airtightness.Peter Noon, Walsin Contracts Manager at Candleriggs, commented: “Walsin have worked on a number of projects with Permavent based on their technical support, knowledge of the required construction detail and tool box talks delivered on site. Safeshield XT Reflect is a superior product to other alternative membranes available. The inherent strength of the material provides confidence that the material will maintain the buildings integrity during and after construction. Being Class A2 fire rated provides further confidence in terms of building safety. Safeshield allows us a contractor to deliver an as designed performance to the buildings structure”.

Continuity between indoor spaces and outdoor floors, a balanced interaction that increases aesthetic potential: Atlas Concorde sets the tone in an elegant Belgian residence.Refined, unique, chic: the metropolitan style of Atlas Concorde concrete-effect porcelain tiles decorates the interior and exterior floors of a large, charming private residence in the town of Maasmechelen, Belgium, giving them a strong, unmistakable personality. Furnished in an urban chic style, the residence uses concrete-effect tiles to boost its modern, extremely refined look, which plays on volumes and alternating light and dark tones. Laid both on the floor in the open space living room/kitchen area and outside, the concrete-effect tiles create a visual and functional continuity between the indoor and outdoor spaces. Thanks to a subtle texture on shades of grey, where the warm hues of oxidation and the cooler tones typical of the original material coexist, the concrete-effect porcelain tiles become a decisive element in the interior and exterior designs of the residence. Able to embellish rooms thanks to their versatility, which makes them easy to mix and match with other furnishings, the tile surfaces also project their own style in safety and continuity, extending the design possibilities. Premium large-format 120x120 cm tiles boost the aesthetic and functional potential of spaces, amplifying volumes and giving them the characteristics of safety and reliability, especially critical when designing outdoor solutions. With a variety of effects and nuances, the large format is also able to satisfy the broadest array of stylistic inclinations: its task is to reinterpret all the expressiveness of the original material and transform it into a real living experience.

RSA AcademyLocation: Tipton, West MidlandsProduct: Bespoke Double Grange Free Standing CanopySize: 24.7m x 12mFrame Colour: Basalt Grey (RAL 7012)Estimated Value: £80,000Installation Date: August 2014The BriefRSA Academy had a large outside dining area in the grounds of their secondary school in Tipton, West Midlands, yet it had no cover from the weather and could not be used on rainy or very hot sunny days. In order to gain as much use from this area as possible, they contacted Able Canopies and invited us to design a product that would provide the cover required, whilst also integrating well with the school’s exterior aesthetics.The Solution After completing a full site survey, it was established that a number of options were possible to fulfil the school’s needs that would also create a stunning structure with the wow factor.We put forward two designs. The first was a bespoke Double Grange Free Standing Canopy with a gullwing roof that would we could neatly install in the alcove of their existing building. The other was for a number of single and double Ulverston umbrellas with waterproof tensile roofs.The school chose the first option of the Double Grange Free Standing Canopy as it would provide uninterrupted cover from the weather to a large expanse, and would match the style of the building, keeping a sharp, well-defined modern appearance. We designed and installed a bespoke central post with central guttering in order to achieve the gullwing roof as desired. The 35mm structured polycarbonate roof panels also provide in excess of 98% protection from harmful UV rays which was an important feature of the shade and shelter structure as requested. The canopy frame was to be powder coated in Basalt Grey (RAL 7012) to match the window frames of the building that the canopy would be installed adjacent to.We were able to provide the school with superimposed images of the canopy, so they could pass them to the school governors for final approval. The Installation The canopy installation was booked for the summer holidays as requested by the school in August 2014 and a pre-site commencement meeting was carried out in July to finalise the installation details and address any health and safety issues. This ensures a smooth installation and enables us to address any potential issues before arriving on-site.The installation went ahead with no problems along the way and all involved were pleased with the end result.

Approximately 23,000m2 of Knauf Insulation’s new FactoryClad Roll 35 is being used to insulate the roof of the new Co-op Live – helping to create one of the world’s most energy-efficient indoor arenas.Manchester is known for its rich cultural heritage, but now Co-op Live, the UK’s largest indoor arena, aims to put the city on the world stage for sustainability too. It is designed to be a 100% electrically powered venue and features 6,400m² solar panels as well as air source heat pumps – so a highly efficient building fabric was essential to ensure they operate effectively.With Knauf Insulation’s St Helens manufacturing plant based just 30 miles down the road, the company was a perfect partner for sub-contractor Lindner Prater, which was responsible for constructing the arena’s 12,000m2 twin roof. Lindner Prater contacted Knauf Insulation’s Specification Team to discuss the project’s insulation requirements.Finding a partnerThe Co-op Live roof comprises two independent roof systems, the lower cassette and the upper standing seam roof, working in conjunction with one another to meet the high-performance requirements of the arena. Each element of the build was meticulously examined to ensure the products installed achieved on all fronts.Karl Moxon, Associate Director at Lindner Prater, described the process of selecting an insulation partner:“For the upper standing seam roof, there were a number of key factors required for the insulation. Firstly, thermal performance. The standing seam roof is a tapering built-up system onto a flat concrete slab, and we needed to meet the overall performance requirements taking into consideration the unique twin roof design.“Secondly, for a venue of this size and with our own policies ensuring that the highest standards of fire safety are achieved, it was imperative that we sourced an insulation material that was non-combustible. In addition, the products used had to be sustainable and our key project partners had to align to the sustainable goals of the project.“We needed a partner ready to exceed in technical excellence and prepared to innovate when required. Knauf Insulation exemplified this in its approach to Co-op Live.”Creating a new productThe design intent was to use a 0.035W/mK lambda mineral wool insulation installed in two layers at a range of depths between 220mm and 440mm within the built-up metal roof. With the tapered void between the deflecting flat slab and the standing seam finish, the product also needed to be manufactured in five thicknesses ranging between 60mm and 220mm.After reviewing several options with the Lindner Prater team, Knauf Insulation agreed to develop a new glass mineral wool product, FactoryClad Roll 35, specifically for the Co-op Live project.FactoryClad Roll 35 is a glass mineral wool insulation that is naturally non-combustible with the best possible Euroclass A1 reaction to fire classification. Because it is made of mineral wool, it also acts as a sound absorbent lining, so can help control the reverberation of internal sound. It comes in five thicknesses between 60 and 220mm and is manufactured at a width of 1,200mm for speed of fitting. It also has a high tear strength which ensures its durability and ease of handling during installation.Reducing environmental impact“Of course, the product’s thermal and fire safety performance were only part of the equation,” said Karl. “Sustainability sits at the heart of the Co-op Live project, so any construction products we proposed also had to meet the most rigorous sustainability standards – and here Knauf Insulation ticked all the boxes.”Reducing the embodied carbon of its products has long been a priority for Knauf Insulation. Fifteen years ago, it developed ECOSE® Technology, its unique bio-based binder that is used in the manufacture of most of its insulation, including FactoryClad Roll 35. It contains no added phenol or formaldehyde and is less energy-intensive to manufacture than traditional binders.Products manufactured with ECOSE® Technology have been awarded Eurofins ‘Indoor Air Comfort’ Gold. This is a European-wide accreditation for low-VOC products that go beyond the legislated minimum standards and contain no added formaldehyde or phenol. Knauf Insulation’s entire glass mineral wool range is also accredited as Declare 'Red List Free’, which means it doesn’t contain any harmful chemicals on the ‘Red List’.Its glass mineral wool insulation is made from up to 80% recycled content, mainly glass bottles and jars collected from the local area. In other words, the equivalent of approximately 123,000 empty glass wine bottles is being used to insulate the new Co-op Live arena roof.The flexible structure of mineral wool insulation allows it to be compressed during the packaging process. To maximise this potential, Knauf Insulation has invested in advanced compression packaging so there’s more product per pack and per pallet. This reduces the number of trucks on the roads and associated transport-related carbon emissions. It also reduces the amount of plastic packaging required per m2 of insulation.As well as prioritising the use of sustainable products, Co-op Live has a zero-waste direct to landfill policy. Here Knauf Insulation scores highly too. Its product packaging film is made from up to 50% Post-Consumer Recycled (PCR) plastic, mainly plastic milk bottles, that would otherwise have gone to landfill. It can also be recycled through the development’s own recycling schemes once the products have been unwrapped.Thanks to its commitment to sustainability and the development of FactoryClad Roll 35, Knauf Insulation proved to be the perfect insulation partner for Lindner Prater. And it will play a key role in helping Co-op Live achieve its ambition of becoming one of the most sustainable and energy-efficient indoor arenas in the world.

Roof with a message... CHALLENGEFor the renovation of the arena Antwerp Sports Palace the architect wanted to design a roof that gave a message. From the air people should see an “A” appearing. This A would be the A of the county Antwerp and not the A from the city Antwerp. Also with the possibility to have (solar) energy production installed on the roof. SOLUTION Six new colours within the RENOLIT ALKORPLAN roofing range were developed specially for this prestigious project. The existing green coloured synthetic roof was used as substructure. The whole roof received extra insulation (thermal and acoustic) and the new RENOLIT ALKORPLAN roofing membranes were mechanically fastened following an installation plan. All the membranes for the Antwerp Sports Palace not only had a special colour but also a special finish with an invisible protective coating. All membranes have excellent fire resistance for roofs with a higher slope. On the south side of the roof amorphous solar panels were installed upon the RENOLIT ALKORPLAN roofing membranes. 

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. 

The ChallengePreston Primary School required cover for their outdoor play area so that their pupils could play outside in all weather conditions at their school in Devon. The school liked the appearance and practicality of the Coniston Wall Mounted Canopy, yet due to the fact that they did not want to fix a canopy to their existing building, they requested information on the free standing canopies available. They also had a fixed budget and therefore required a canopy that would fit into their budget without compromising on quality and size.The SolutionAble Canopies suggested the Grange Junior Free Standing Canopy as the ideal shelter solution for them due to its similar appearance to the Coniston Wall Mounted Canopy, and the fact it also shared many of the Coniston's benefits including its ability to be constructed to an unlimited length. As a free standing structure the Grange Junior does not need to be fixed to a building or other structure which matched Preston Primary school's needs. It benefits from a robust steel frame which is covered with polycarbonate roof panels that offer high UV protection from the sun, making this product ideal for an educational environment.

Perforated cladding panels like no other from Proteus Facades have helped to transform a defunct 1980s structure in the heart of London into a visually striking, contemporary commercial office space. Once described as unwelcoming and foreboding, York House in Kings Cross, which dates back to 1981, featured a complex brick façade, with a set back entrance and very small windows giving the building a stand-offish appearance as well as a poorly lit interior.Following a £13 million refurbishment, the building, purchased by The Office Group, which provides flexible workspaces in London, Leeds and Bristol, has been transformed into a bright, co-working space, suitable for London’s thriving and growing businesses.Designed by Architects dMFK, the 70,000sq. ft, eight storey redevelopment features both modern and traditional elements. An original Torigenus cast aluminium sculpture sits on the east side of the building, created by sculptor Geoffrey Clarke, whilst bold new additions include a double height entrance with offices above, as well as a set back roof extension and terrace on the 7th floor.

The ChallengeThe village of Ewerby sits within the heart of the Lincolnshire Fens, amidst a heavy farming community highlighted and punctuated by the local architecture.Historically, Lincolnshire villages produced their own, indigenous facing bricks from brick pits, and most farm buildings and tied cottages within this community are constructed from Ewerby Yellow facing brick. Together with local Ancaster limestone and handcrafted clay pantiles, this forms the pallet of materials that are considered indicative of the local vernacular architecture. As such, careful consideration needed to be given to the choice of materials used in building The Elms.The SolutionCombining existing detailing and colourings gave architects D.B. Lawrence Associates a strong initial concept for their first stage design process. Sourcing bricks and materials that blend with their surroundings can be challenging, but they were successful in achieving this for The Elms.A yellow stock brick sourced from Forterra was an important part of the concept. The brick was used alongside the use of local Lincolnshire limestone quarried seven miles away at Ancaster. Handmade clay pantiles were sourced to match existing roof tiles.The brickwork was constructed in English Bond to achieve the desired aesthetic and reflect the existing surrounding outbuildings.Complementary Stone quoins, cills and heads together with dog-tooth oversailing courses to the eaves and verges were also used.The brick chosen was Ardleigh Yellow Stock Brick from Ecostock. Ecostock is the most sustainable stock brick available in the UK. It is a high quality facing brick with recycled content. The range carries BES 6001 Responsible Sourcing certification.The BenefitsThe overall intention of the dwelling is to replicate a barn, and careful thought and detailing to the large openings have helped to create the desired effect.When approaching the village of Ewerby from Thorpe, the barn gives the impression of having been there for years, not months. The build has successfully fulfilled the requirements of the planners, and the client has contributed an inspiring development worthy of the village.

Accoya has been used to create a unique “floating” bridge in the Dutch city of Bergen op Zoom. The deck of the bridge, which is made entirely from Accoya, sits close to the water at Pielekenswater. Exceeding the high-quality and aesthetic attributes of tropical hardwoods, Accoya also boasts excellent environmental credentials; it is sourced from FSC® certified forests and certified at Gold level by the Cradle-to-Cradle Products Innovation Institute. The bridge was built by Alldlex Watersports, from neighbouring Halsteren.

Built on a 5.3-acre plot of land, Barnwood Distribution Centre sits alongside the A417 in Gloucester. Originally commissioned by client Amazon, the project was managed by Bowmer and Kirkland and delivered a 118,000sqm distribution centre that will now be sub-let to another company. The development includes a multi-storey van storage deck, offices and HGV and car parking spaces. We were pleased to supply polyester powder coated (PPC) Anvil metal cladding fins to the multi-storey car park.

The ideal choice for specifiers looking for multi-functional wood protection, Sadolin Classic blends outstanding performance with a beautiful finish. Suitable for all exterior wood, Sadolin Classic delivers long-lasting protection for a wide range of timber, including decking, cladding and fencing. It features a high performance formulation which enables the product to absorb deep into the timber, providing exceptional protection against the elements. And as well as being a versatile choice, Sadolin Classic is also available in over 40 shades.

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

The new extension for the Donegal Garda is a prominent feature utilising materials that respond to its topology and enhance the building’s civic presence in the town. The dark coloured brick plinth of the semi-basement grounds the building while the upper floors which feature a facade of open mesh grating provide an open and transparent interface with the public whilst maintaining necessary security provisions.Lang+Fulton supplied the bespoke steel mesh cladding for the glazed upper floors of the facade. The grating achieves a contemporary aesthetic and delivers the practical advantages of protection and a brise-soleil solution, while achieving a transparency that offers the public an insight into the activities of the station; the degree of transparency and solar shading creating an interesting variety, dependent on the angle of view, the time of day and light conditions.The Terra-34 grating, which features an anti-climb aperture, was also used to create walkways, soffits and a secure enclosure around the roof-top plant. The gratings were made to 19 different custom-sizes and shapes for each floor with 3038mm high panels for the facade cladding. Slotted tabs were designed for fixing to the support steelwork. The material was supplied in a hot-dip galvanized finish to withstand the coastal environment.Donegal Town Garda Station has won 4 national awards including Best Cultural/Public Building (RIAI). Adjudicators said that, “The project stands out for its laconic civic presence and its no-nonsense adaptation of the spatial culture of a thriving historic town … the building demonstrates that thoughtful architecture can quietly and carefully edify our everyday culture”.

Client: Jedburgh Grammar CampusLocation: Jedburgh, Scottish BordersSector: EducationYear: 2020Project Size: 700 m²System: vebrores PU SL HDOver 700m² of trafficable, solvent-free, flexible and self-smoothing polyurethane flooring for the main entrance and large atrium at the brand-new Jedburgh Grammar Campus in the Scottish Borders.Vebro Polymers provided its flexible, self-levelling, polyurethane flooring system, vebrores PU SL HD, in a deep Graphite Grey shade for use across the campus’ main entrance and atrium. Inspired by Jedburgh High Street, the linear atrium features large sawtooth roof lanterns with scoop up lights and is the heart of the new development. vebrores PU SL HD offers outstanding strength and performance and is ideal for use in high-traffic areas requiring a highly durable, scratch, stain and wear resistant floor finish that is easy to wipe clean. vebrores PU SL HD is a three-component product, mixing the popular vebro EP Universal unit with a special blend of graded filler. Once mixed, the material is spread out across the floor to the required thickness using a steel trowel before being spike rolled twice to both level out and de-aerate the material.vebrores PU SL HD is formulated from bio-based polymers, low to no VOC and phthalate-free – and it meets stringent AgBB low emissions coating criteria, making it an excellent choice for use in public venues such as schools, offices, hospital and community centres.

Sika and contractors Maincare Roofing and Building worked together to provide a watertight roofing solution for the National Memorial Arboretum, completing a complex, multi-roof installation that was Highly Commended at this year’s Single Ply Roofing Association (SPRA) Awards.

The Royal Shakespeare Theatre in Stratford-upon-Avon has undergone an ambitious and exciting £112m project to install a brand new auditorium inside the skeleton of the art-deco original. The internal refit created some interesting acoustical challenges. One of the most important aspects of the project was to ensure that theatre performances were not disturbed by noise from other parts of the building. In particular, the gantry – from where scenery changes and lighting are managed – was identified as requiring a specialised acoustic solution, to stop the noise of people working behind the scenes from carrying through to the audience. This is where CMS Danskin stepped in.The SolutionAs soft flooring subcontractors on the project, Loughton Contracts installed CMS High Impact Mat in the gantry. Composed of reclaimed rubber, EPDM granulate and PUR binder, CMS High Impact Mat is a durable, environmentally friendly type of floor covering that reduces excess sound, prevents unwanted noise and has excellent impact reduction. CMS High Impact Mat is available in a variety of thicknesses and colours. Simple to install, LoughtonContracts fitted 573m² of blue, 10mm thick CMS High Impact Mat onto wooden, concrete and screeded floor areas in the theatre gantry. As a non-reflective, slip and tear resistant material that meets the highest safety standards, it provides a safe surface for an area of the theatre where there is constant movement of scenery, people and heavy lighting.CMS High Impact Mat also has other qualities which made it the preferred specification for this refurbishment. As well as providing high acoustic performance, it offers an aesthetic, ‘final floor finish’ which is warm underfoot and has anti-fatigue properties. It creates an attractive, comfortable and quiet working environment in the gantry, as well as contributing to the quality finish that runs throughout the theatre.

Architect/Designer: Norman Foster/Foster + PartnersLocation: The Robert Parfett Building, ManchesterProject Overview: New single storey building arranged around a central spine incorporating a mezzanine level, kitchen and variety of meeting spaces. Scope included a complete ironmongery package for all new glazed and timber doors.ServiceFull hardware scheduling & Bespoke finish.Project DetailsHere at 3v we were honoured to provide the ironmongery for the new Maggie’s cancer centre in Manchester that was designed by one of Britain’s most respected architects, Norman Foster, and engineered by his team at Foster + Partners.The first Maggie’s Centre opened in Edinburgh in 1996, there are now 19 Centres at major NHS cancer hospitals across the UK. The Centres have been set up to offer a non-clinical environment where anyone affected by cancer can stop by for advice or support. The timber frame creates a striking angular structure with tapered wooden columns and beams, however the use of warm wood and glass create a soft light-filled environment for people to gather in. What ironmongery do you choose to work with such a beautiful building? With timber as the primary building material and Nordic Bronze roof cladding we turned to our bespoke range and specified solid bronze ironmongery to compliment the natural feel of the buildings material palette. The simple design of our 304 model pull handle works in perfect harmony with the clean angular structure and homely aesthetic; functional while perfectly blending into the final design. Our most popular raw material is high quality stainless steel but increasingly our clients have been asking for something a bit different or unique. Stainless steel would not have worked in this design scheme, matching the bronze cladding added the perfect finishing touches to the warm and tactile materials used in this amazing structure. If you are thinking about specialist finishes for one of your future projects please contact our experienced team so we can advise you in more detail. To find our more about Maggie’s Manchester and to read Norman Foster’s interview on the design of the new centre follow the below link https://www.maggiescentres.org/about-maggies/news-and-publications/latest-news/designing-maggies-manchester/Photographs © Nigel Young/Foster + Partners