"steel"

Kidwells Estate, on the outskirts of Maidenhead in Berkshire, is undergoing major regeneration involving seven new blocks, which are part timber clad and vary from three to six storeys of structural concrete frame. Long cantilever walkways that service multiple flats are a feature of the new development and the unusual design demands of the walkways presented a technical challenge.The solution required a relatively unusual combination of products and Schöck resolved the various issues by designing in its Isokorb® T type HP. It is a product utilised only if horizontal, tension and compression forces are present in the design and additionally it is necessary to integrate the Schöck Isokorb® T types Q-P as well, for linear or point connection to support high shear loads. Schöck Dorn type SLD Q50 heavy duty stainless steel dowels were also incorporated to enable the transfer of vertical shear forces and allow two directional lateral movements at the expansion joints. The result was a completely secure thermally insulated load-bearing connection at all of the restricted, but key structural points.

The design brief Our brief was to design, supply & install a gridshell rooflight that was like a ‘slice of the side of a rugby ball’. The perimeter structure would be provided, but we were to work with the project structural engineer in terms of providing thrust forces etc. The ChallengeTo create a visually impressive source of natural light in the new office extension for this global, research-driven pharmaceutical company embracing many cultures and diverse societies.The SolutionThis beautiful 12m x 6m fully self-supporting fixed glazing. Modelled using the glazing company’s 3D design software. The supporting members are a combination of 80mm x 120mm and 80mm x 80mm steel sections. The rooflight was fully fabricated off site and lifted into place as a single unit.Whether you’re at planning or construction stage why not see how we could help you add natural light and space to your commercial office space; you can call us on 01223 792244 or pop us an email via info@nextgenrooflights.co.uk outlining what help you need.

SubFloor flooring was used to help renovate and raise a concrete floor into a level school floor in Skövde, Sweden.This simple and elegant solution raised and levelled the floor to allow for installations and insulation. The joist and screw system allows for quick and easy assembly so that the floor can reach the desired height.45 mm Rigid insulation was positioned on the insulation bearers to leave a clear void underneath and a 22 mm chipboard was placed on top.Products:Wooden Joist 45x45x3600 mmSubFloor Screw 100 mmSubFloor Screw FootInsulation Bearer 45 mmHeight Variation: 50 - 111 mmJoist separation: c/c 600 mmSystem Weight - c/c 600 mm: 2.66 kg/m²Materials:Pine T0-C24Fibre-reinforced polypropylenePolyamideCold Galvanised Sheet SteelPoint Load Limit (50 x 50 mm):Load next to screw over joist edge - 9.72 kNLoad between screws over joist edge - 15.85 kN

Cambridge Biomedical Campus. (CBC) created a vibrant and groundbreaking health care community at the forefront of science and medicine.Dortek’s brief was to supply and installation of doors to a very specific programme, across primarily 3 floors.Our Dortek doors were installed within the BRF rooms, laboratories, holding room, procedure rooms, CL3 labs, equipment store, changing rooms, and circulation routes. The type of doors we installed were GRP hinged and sliding in stainless steel frames, many with integrated privacy panels.SolutionThe particular project requirements that made our doors suitable was the durability, acoustic performance, non organic door quality of our SS frame which ensures suitability to this environment. The SS frame had previously been used at Francis Crick Institute also. We fulfilled the clients expectations by meeting the specification and programme, and working closely with planners to interface with other trades. There was some complexity about the project as most doors are very large for equipment access and some have acoustic requirements, also to include is there are a lot of doors in a concentrated area.

SubFloor flooring was used in a conversion of an industrial premise for youth gaming activities. This allowed insulation to separate the cold floor from the main area and for wiring installations under the floor.This simple and elegant solution raised and levelled the floor to allow for installations and insulation. The joist and screw system allows for quick and easy assembly so that the floor can reach the desired height.95 mm Rigid insulation was positioned on the insulation bearers and a 22 mm chipboard was placed on top.Products:Wooden Joist 45x45x3600 mmSubFloor Screw 200 mmSubFloor Screw FootInsulation Bearer 95 mmHeight Variation: 105 - 236 mmJoist separation: c/c 600 mmSystem Weight - c/c 600 mm: 2.82 kg/m²Materials:Pine T0-C24Fibre-reinforced polypropylenePolyamideCold Galvanised Sheet SteelPoint Load Limit (50 x 50 mm):Load next to screw over joist edge - 9.72 kNLoad between screws over joist edge - 15.85 kN

Our coatings look after the world’s most iconic and acclaimed buildings. Among them is the Auckland Art Gallery Toi o Tāmaki. Since its redevelopment in 2011, the principal public gallery in Auckland, New Zealand has won 23 awards and counting, including the prestigious World Architecture Festival's 2013 World Building of the Year. The redevelopment plan aimed at restoring and preserving heritage elements and sensitively combining them with 21st-century design. This included earthquake-proofing and heritage restoration of the 1887 and 1916 components of the main building and the addition of new, contemporary elements that increased display space by 50 per cent. One of the most distinctive features of the new building is its roof design, which forms a series of fine ‘tree-like’ canopies that define and cover the forecourt, atrium and gallery areas.Our coatings complemented this architectural challenge of blending old with new. A coatings system comprising of Interzinc 42, Intergard 251 and Interthane 990 was used to protect structural steel, while Interchar 963 was used to provide essential protection from the effects of fire.

Canal Architectural were approached to design, manufacture and install a luxury feature staircase for Gresham Street. A leading workspace design company collaborated with the Technical Sales Team to engineer a four flight staircase for the atrium of the building.The 50,000 sq ft of commercial space in the heart of London was developed to connect its employees and working spaces together. The mild steel structure featured oak timber box treads, painted stringers, bronze metallic balustrade and a wrapped brown leather handrail. The entire development was transformed into a contemporary co-working area for a modern and innovative space for the specialist investment firm.The Canal site team worked closely with the contractor throughout the entire installation process to ensure smooth delivery in line with current building regulations. Canal Architectural are proud to have a long-standing collaborative relationship with leading design and build firm. Canal has worked directly with the workspace design company to engineer exquisite architectural metalwork designs for some of the UK’s most prestigious projects over the years including Gresham Street.

Project: Faraday Business ParkDate: 2021 Background:·        APL were engaged with the architect early in the project design and specification process, providing specification and system support through the tender process·        APL’s strong design and engineering capability ensured that the bespoke window pods designed by the architect were incorporated in early details·        Due to APL’s strong supply-chain relationship, all material was able to be procured and delivered on time to meet the projects programme·        APL provided all thermal and structural calculations Systems:·        10,000m² of APL built-up roof system with stucco-embossed mill-finished aluminium trapezoidal AP31/1000RR profile, along with PV support system·        8,000m² of APL built-up wall system with steel sinusoidal AP45HR in RAL 9006 and RAL 7012 as the external profile·        Bespoke window pods fabricated in 3mm aluminium with a Class 2 PPC coating·        APL Tritherm™ GALV sub-framing·        All rainwater goods including gutters and downpipes·        All fixings and accessories  Building Location:·        Fareham

Cann Hall Skate Park in Waltham Forest, East London had been closed after the steel frame and plywood structure had fallen into disrepair. A refurbishment proposal was put together with funding from the Council’s Greenspace department, government funding secured by the Council’s youth service team and a donation from the local police Safer Neighbourhood Team. The designer chose TOPTINT coloured concrete as part of a high contrast design that would emphasise the bold geometric shapes used. Available in a wide range of colours, TOPTINT would deliver the smooth, durable finish required for the skate park surface in the bright, contrasting colours that the designer was looking for.TOPTINT coloured concretes use liquid colour pigment which is UV stable meaning that the colour will not degrade over time from natural sunlight. Also, because this liquid pigment is evenly mixed throughout the concrete, the colour resists surface wear, even in busy locations like skate parks.Read the full story at: https://tarmac.com/case-studies/coloured-concrete-for-london-skate-park/

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.

Whitethorn Village is an attractive residential scheme positioned adjacent to the centre of Naas. The contemporary development led by Cairn Homes PLC includes a mix of spacious family homes and two apartment buildings. These comfortable, sustainable residences offer the very best in terms of quality and energy efficiency.Developer Cairn Homes collaborated with Horizon Offsite to deliver the impressive 5-storey residential blocks in Whitethorn Village, benefiting from off-site fabrication, accuracy, and rapid completion within a tightly controlled cost plan.The apartments were constructed using an offsite fabricated light gauge steel (LGS) structural system. The external LGS wall panels and floor decking used in this system incorporated a number of Partel’s low carbon building envelope solutions. This included the advanced fire rated components EXOPERM MONO DURO 200 breather membrane and ECHOSEAL ALU FR airtight and windtight tape, the multi-purpose adhesive VERBOND, and also the phA Class Passive House Certified components IZOPERM PLUS vapour control layer and VARA SEAL smart airtight tape.

The vision for Rochdale Riverside was to provide a revitalised and vibrant town centre incorporating a contemporary architectural form and material palette. In this way it was hoped that it would create a destination experience and re-establish Rochdale as a major shopping centre.The impact of the Stereo-kinetic® wall cladding was fundamental within the design of the project.As described by architects, TP Bennet, “The centrepiece of the scheme, a striking, copper-clad cinema, is set against a background of a dramatic kinetic wall featuring a relief depicting the River Roch, which runs in a culvert underneath the centre”.And also noted within the report by Rochdale Online, “To bring visual interest and activity a unique moving tile wall is proposed which will move with the wind to create rippling effects. It will create a truly distinctive piece of public art and feature at a key entrance point to the town for tram and bus passengers”.Lang+Fulton fitted the 77,500 stainless steel tiles off-site using a template corresponding to the architects design and supplied their panels fully finished with protective, recyclable wrapping for ease of installation.

Delivered an elegant Green (Living) Wall at the iconic One Hyde Park building using a a combination of Jakob’s high-quality stainless-steel ropes, rods and planters.Our green wall has been installed to the eastern edge of the One Hyde Park building; where it lines the route of a new pedestrian walkway (Serpentine Walk), just a few steps away from Harrods. The wall creates a stunning green corridor between Hyde Park and the nearby Harrods store and 80 luxury apartments.The Jakob Green Wall system was chosen due to its aesthetic appeal suiting the architectural design of the building and the 21st century trend of city greening.The green wall provides both a visual and physical link between the expansive open spaces of Hyde Park and the busy street scene along Knightsbridge. The greening is also a taster of the views from the opulent penthouse suites above.Alongside the LED lighting, the green wall makes the building unique and distinctive. Ensuring that it looks great, both day and night.

Designed to manage and guide the flow of visitors, the Webnet balustrade plays a key role in the organisation of pedestrian traffic during and after the 2012 Olympics hosted at the Queen Elizabth Olympic Park in Stratford, London.The balustrading infill had to accommodate the multitude of curves that were a feature of the balustrade’s design, and the pliable characteristics of the Webnet wire mesh made it the perfect choice.  The Webnet system can adapt to most forms and shapes, making it perfect for creating curves. Featuring high translucency, the Jakob Webnet system is also a discreet and elegant choice for balustrading. The Jakob Webnet wire mesh balustrade infill went through an exhaustive series of tests to ensure it could cope with the large crowds and fulfil a vital security function.Created using marine grade 316 stainless steel, Jakob’s Webnet wire mesh infill continues to provide a robust, weather resistant solution, designed to last for years to come.MMA Architectural Systems (JAKOB's sole UK distributor) also supplied Webnet wire mesh frames for the London Stadium at the Queen Elizabeth Olympic Park. 

Orbis OS210/OS211 Glass Infill Side and Top FixThe Eastbourne College Project 150 delivered a sports hall, competition pool, fitness suite, squash courts, dining and common rooms, pavilion and 32 classrooms, while also providing connections between key College facilities. The development, to mark the college’s 150th anniversary, enabled the Eastbourne College to take a giant leap forward providing several high-quality facilities in one substantial build. Delta Balustrades worked with the architect from early concept design stages and provided technical expertise and advice. The Orbis balustrade system throughout provided a consistent glass balustrade style throughout the building and could be utilised for the external pavilion areas also. Whilst mainly throughout new build areas of the college, the look and style of the balustrades was especially important to complement the College’s iconic buildings and environment. Due to the proximity to the sea, special attention had to be given to the materials and finishes for the external balustrades, and 316 grade stainless steel with a Lustre bright polished finish was required to be suitable in a marine environment.

Orbis OS211 Glass Infill Top FixThe Birkenhead Community Fire Station was completed in 2013, as part of the North West Fire PFI scheme, a framework of 16 fire stations across North West England. The client’s main objectives were to provide a safe and healthy environment with improved facilities for firefighters and other personnel.Following demolition of the existing fire station, the design and construction of this multi-appliance station, led by Balfour Beatty Construction, included community orientated facilities, training facilities, rest rooms, additional office space and two communal staircases. At early design stages, Delta Balustrades worked closely with Balfour Beatty to meet the client’s objectives of creating well designed facilities to a high architectural standard. The Orbis system was chosen as a cost-effective, high-quality tubular balustrade solution for both staircases.The main stair boasted a brushed stainless steel finish with unique Banjo glass fixings. Savings were made on the rear stairs by selecting powder coated uprights and D type glass fixings.

The VELUX Daylight Visualizer enlightens a new-build school academyA new school building project was commissioned with a clear design vision—deliver an exceptional learning facility to best serve pupils and the community.The school design is a steel-framed superblock with a compacted floorplate and accommodating spaces spread over four floors. In the main building, classrooms benefit from daylight provided through vertical glazing. Larger communal spaces such as the main hall, internal corridors, a dining room, and drama studio can be found in the heart of the building. Daylight in these communal spaces is provided through the roof.  Activity spaces such as the sports hall, a gym and library required specific daylight levels to comply with the Department for Education (DfE) output specification requirements. Deep-plan, central locations also required a calculated daylight design, prompting Pozzoni Architects to invite VELUX Commercial to collaborate on the project and assist with the evaluation of daylight provision.To read more about this case study and how understanding daylight analysis simplifies complex design goals, visit our website.

The ChallengeParmiter’s School needed five of their washroom blocks refurbished and work was initially planned to take place during term time for two of the quieter rooms and Summer for the other ones.The main objective for the school was to increase the amount of cubicles in all the washrooms to accommodate their increased student numbers.The SolutionBrookhouse, having created a strict methodology for term-time work, was able to refurbish both the Sixth Form Washroom and Gym toilets during term time with minimal disruption.The washrooms were designed utilising the spaces effectively to obtain the maximum amount of full-height enclosed cubicles which increased capacity by over 30% for each room.Superbly stylish, practical and highly durable, these solid grade laminate cubicles were the exact finish that Parmiter’s School were hoping for. We Provided:Full Height Washroom Cubicles and IPSSolid Grade Laminate (SGL)Contrasting Colour Doors and PanelsAutomatic Infrared Taps & Soap DispensersHygienic Hand-DryersModern Solid Surface TroughStructural SteelDrainage Groundworks

Formally known as the Olympic stadium, this structure was constructed in the Stratford district of London for the London 2012 Olympics. After the Olympics, redevelopment of the stadium began, including installation of the new floodlights in March 2015. The 60,000 capacity stadium is now home of West Ham United.The project involved working with 2 different clients on the same project – Populous (Global stadium developers) and Buro Happold (consulting engineers) for 14 no lighting puddles for the London stadium. The driver for the use of composites was seeking a way to reduce the weight at the end of what was then the largest cantilever roof section – so weight at the end was more critical than normal. We also supplied 2000m² of steel gratings to the same project – demonstrating how we can identify the most suitable material for each application.The material used was Flowdeck solid top 41mm deep in RAL 7043. Flowdeck is resin moulded with a 3mm thick applied plate on top of a 38mm thick standard panel. It was fabricated at our facility in Middlesbrough with each one delivered on a phase-by-phase basis to a tight programme.

Wood finish powder coating to realise vision of a timber facade Overview A brand-new Skills and Innovation Centre has been added to the Earl Street/Broad Street elevation of the South Staffordshire College’s campus, a £28million project. This 7,500 sq metre, 3 storey building will house leading-edge construction, engineering and hybrid vehicle technology workshops, along with innovatively designed social spaces. The building takes pride of place on the college’s town centre site and a suitably striking external envelope has been planned. The architects’ envisaged a facade of long vertical fins giving the appearance of timber. This would also screen a roof-top substation from view. The Project Maple Sunscreening won the contract to supply the extensive vertical fin façade and proposed using lightweight aluminium instead of timber to achieve the of span required. This project is a perfect example of one of the key advantages of PWF on aluminium, over wood, namely the ability to accomplish very long spans with structural integrity. Powdertech Wood Finish (PWF ™) was selected as the most appropriate powder coating since it is formulated to match the natural variations in colour, grain density and grain pattern of wood. Importantly, PWF meets fire reaction classification A2-s1, d0. The client selected the preferred shade from our collection and the aluminium extrusions began to arrive at our plant. We coated 4000 metres of aluminium, comprising mainly rectangular sections of extruded aluminium, of sizes 200mm and 100mm x 50mm. Now installed on the building these look stunning, giving the impression of enormous lengths of wood wrapping around the building. Why PWF?            · The finish combines the strength and longevity of metal with the warm, natural appeal of wood with a high level of colour and gloss retention· Excellent corrosion protection and resistance against abrasion and weather.· Conforms to Fire Reaction classification A2-s1, d0· A high level of sustainability using aluminium, with a coating that can be removed at end of life leaving the underlying metal unaffected· ‘Green’ credentials of PWF – no solvents, no VOCs, no hazardous waste.· Low maintenance - unlike wood.· The PWF range conforms to EN 12206-1 and Qualicoat specifications.· Can be applied to most metallic substrates including aluminium, galvanized steel, cast metals and stainless steel· Powdertech has over 35-years’ experience in professional architectural powder coatings. Colour, tone and texture are our passion and we have the expertise to develop bespoke finishes.  

THE PROJECTManhattan Loft Gardens is an exciting 42 storey cantilevered tower that offers ‘loft living in a high rise’ in the heart of Stratford, London.The development features a variety of residential living and facilities including a seven-storey hotel, spa, two restaurants, three sky gardens, 248 private flats, apartments, lofts and penthouses.The project was designed by the internationally acclaimed architects SOM (Skidmore, Owings & Merrill LLP). Private accommodation in the building is split between single and double-height apartments that are interwoven into the fabric of the development.Located between the Stratford International Station and the Westfield Stratford City, the Manhattan Loft Gardens has fantastic views over the Olympic Park.THE DESIGNThe design of the development is striking, with three extensive rooftop gardens slicing into the body of the high-rise tower, with the upper levels supported by a cantilever. The open-air spaces offer a modern take on the traditional London rooftop gardens, providing residents with space to relax outside of their home.The façade of the building features a combination of transparent and solid panels manufactured in terracotta and glass. The building has been constructed with a triangular geometric shape to offer a visually-interesting design, pushing the boundaries of modern high-res city developments.THE PRODUCTThe project required 148 mailboxes to securely store the mail deliveries for the residents living within this high-end development. The mailboxes are located on the ground floor in the entrance walkways with access to the mailboxes and building behind a secured external property door.The mailboxes are configured into multiple products in a bank, maximising the quantity of mail that can be securely stored in a minimum amount of space. The large banks of mailboxes are recessed into the walls of the walkways, fixed through the side, top and bottom faces of the product.The mailbox model used in this development was SLB’s brand new and impressive ‘Tile’ product that features composite doors finished in a Stainless Steel grade 316L with a vertical grain flow. This product has been used on other high-end projects such as Rathbone Square and Fulham High Street.The mailbox uses a non-standard lock with a Matt Nickel bespoke finish that secures the front door of the mailbox in style. Each mailbox features contrasting matt black engraved numbers on the face of the stainless steel door. The numbering corresponds to the apartment numbers of the residents in the development, allowing mail delivery personnel granted access to the area, as well as the resident to identify the correct mailbox quickly.They are fully designed and manufactured in our factory in Neath, South Wales.

DescriptionSmet Supported Partner, B Team Shopfitters machine applied the LIDL External Render System onto Poroton blocks externally using as Base Coat: Bauprotec 850 M – Lightweight Lime Cement Render and as Finish Coat; Mineral Finish Coat K.  As Key Coat: Change of substrate concrete/steel pillar/Poroton block or mass concrete and insulated plinths: Bauprotec RHS Multi-Purpose Render with the addition of Bauprotec SLP for plinths.The Internal Render System specification onto Poroton blockwork consists of a base of Coat: Bauprotec 850 M, Lightweight Lime Cement Render, sponge floated in warehouse areas, and skim finished in sales areas. Key Coat: Change of substrate concrete/steel pillar/Poroton block: Bauprotec RHS is used.The LIDL render spec, available from SMET consists of:Bauprotec 850 M is a factory-produced Lightweight Lime Cement Render, specially designed for machine or hand application produced to EN 998-1: 2010 and is CE Marked.Bauprotec RHS is a CE Marked, factory-produced highly polymer-modified render specially designed for hand and machine application produced to EN 998-1: 2010.Mineral Finish Coat – K is a CE marked, factory-produced mineral-based, high-quality finish-coat render, specially designed for hand and machine application to EN 998-1, 2010.Bauprotec SLP is a CE Marked, factory-produced Lightweight Sand & Cement Render specially designed for hand and machine application produced to EN 998-1: 2010.The special render properties; lightweight, low thermal conductivity, high yield, and Smet Supported Partner superior technical backup, are key factors in choosing SMET. SMET is committed to delivering consistently superior quality, German-made Render Systems to Lidl Plastering and rendering/plastering contractors across the UK and ROI.  If you’d like to speak to us about your Lidl job – contact SMET.All LIDL spec SMET Render System products are available directly from Smet Building Products Ltd, which ensures the contractor has a superior level of technical backup in the machine application of the LIDL specification.Related DownloadsTDS CASEA Bauprotec 850 M – Lightweight Lime Cement RenderTDS CASEA Bauprotec RHS – Multi-Purpose RenderTDS CASEA Bauprotec SLP Tanking and Plinth RenderTDS CASEA Mineral Finish Coat – KSMET Render and Plaster Product Selector

Gripsure has played a key part in the transformation of the Story Museum in Oxford. The much-loved attraction has undergone a £6 million revamp, which involved extending, altering and refurbishing a mixture of existing buildings to create space for interactive exhibitions, displays, theatre performances and activities.At the museum’s core, is a courtyard with a bespoke steel and timber feature staircase and walkways, which connect the three main buildings, including the 19th Century Rochester House and a former postal office. Gripsure’s Classic boards with three non-slip aggregate inserts have been used to provide a safe, non-slip surface on the courtyard’s feature staircase and along the curved walkways.Our Classic deck boards achieve the highest non-slip safety rating on the market, meaning museum-goers – many of them young children – can safely work their way up, down, back and along the circular route as they explore various magical storytelling worlds, including a whispering wood and an enchanted library.Project manager Barry Doyle of Buckingham-based construction firm Edgar Taylor said Gripsure decking was a great choice. “It had to be non-slip because it’s a museum and there are children going up and down the stairs all the time,” said Barry. “The decking needed to be safe.”Gripsure’s Classic boards were chosen with a mixture of widths selected to suit the curved nature of the staircase. Gripsure’s Step profile was also used, which has a wide insert. As well as being a safe choice, the contemporary look of the Classic timber boards blends in well with the style of the museum’s timber and steel staircase and walkways.“This was a project of passion for the people that ran it,” said Barry Doyle, adding that it was vital to get details, such as the decking exactly right. “The staircase and external walkways are an important part because they effectively tie the buildings together on all floors.”The Story Museum was founded in 2003 and initially operated as a virtual museum before moving to premises in Rochester House, Pembroke Street. The redevelopment project first started in 2018 and was broken down into ‘chapters’.The Story Museum, which has worked and associated with and associated with authors and illustrators including Michael Morpurgo, Philip Pullman, Terry Pratchett, Jacqueline Wilson and Quentin Blake, was finally able to open its doors again in 2020, to the delight of children and their families.The extraordinary renovation project - led by Purcell architects – has been mentioned in the RIBA (Royal Institute of British Architects) Journal.The museum was also a finalist in the Art Fund’s 2022 museum of the year.See storymuseum.org.uk; edgartaylor.co.uk

The creation of an ultra-modern Teaching Building as a new core to a long established school in Oxfordshire, has included the installation of custom designed and manufactured stainless steel sinks, worktops and splashbacks and other units from GEC Anderson for several of the different technical spaces.The Tudor Hall School, originally founded in 1850 by the Rev TW and Mrs Todd at a site in Salisbury, has been at its present location at Wykham Park in Banbury since World War II, while the past decade has seen some £15 million invested in ensuring the Independent Girls Boarding and Day School offers the best possible facilities.The Birmingham office of ADP Architects has been responsible for the design work on this latest project, while Clegg Construction Ltd of Nottingham was the main contractor carrying out the work. Acting as a specialist sub-contractor, GEC Anderson conducted site visits and liaised with the project team in order to ensure its custom fabrications met the schools’ health & safety as well as technical and teaching requirements. The manufacturer also worked closely with Tudor Hall’s Bursar, Neil Farquhar to ensure its site installation visits in no way interfered with the academic activities as lessons continued throughout normal term time. One of the architects involved with the project from early on commented: “The GEC Anderson sinks, work-surfaces and other fabrications were specified for the Food Technology Area as well as units for the Ceramics and Textiles rooms. The new centre opened on schedule last Easter in time for the start of the 2018 summer term and everyone involved has been pleased with the results.”A spokesperson for Tudor Hall added: “The new Teaching Centre is the largest and most ambitious addition to Tudor Hall facilities to date and sits at the heart of the school site. Designed to provide teaching spaces for the core subjects of Mathematics and English and specialist classrooms for the creative arts, the Teaching Centre transforms the teaching provision which Tudor Hall offers and we are delighted to have it operative, and we are already witnessing its impact.” Since its formation in 1962, GEC Anderson has built its reputation for the supply of top end stainless steel sinks and sanitaryware on a combination of innovative design, top quality materials and expert craftsmanship. In addition to the company’s Decimetric system of cabinets, sinks, drainers and other equipment - widely specified for sectors including health and catering – it is able to create custom engineered solutions to exactly fit any space or specification.

These are the latest cycle hubs designed, manufactured, supplied and installed by Falco for four hospitals on behalf of Wrightington, Wigan and Leigh NHS Foundation Trust, complete with everything a cyclist may need in order to visit each hospital by bike.Wrightington Hospital, Thomas Linacre Centre and Royal Albert Edward Infirmary, all located within Wigan, Greater Manchester, received a bespoke version of the FalcoHub cycle hub, complete with reinforced safety glass cladding, FalcoLevel-Eco two-tier cycle racks, a cycle pump and repair stand, helmet lockers, powder coating and bespoke branding graphics.All 6m x 3m cycle hubs, capable of accommodating 22 bikes each, are clad in toughened safety glass with bespoke NHS branding graphics chosen by the client and the galvanised steel framework has been powder coated in an attractive ‘Fir Green’ RAL colour. Each cycle repair stand is equipped with a cycle pump and a number of convenient tools in order to carry out basic cycle maintenance whilst on the go.Leigh Infirmary, also based in Greater Manchester, received a bespoke version of the FalcoLok cycle store complete with traditional hardwood cladding, FalcoVert-Pro semi-vertical cycle racks to accommodate 10 bikes and five convenient helmet lockers.All FalcoHub cycle hubs as shown here at Wrightington, Wigan and Leigh NHS Foundation Trust, are a contemporary cycle store manufactured from a combination of a galvanised steel frame and reinforced safety glass / hardwood cladding, designed to be sympathetic to the surrounding area. The FalcoHub was developed by Falco’s in house design team to ensure it met the client’s specification including structural calculations so that the whole design meets the UK/European CPR regulations EN1090 and is CE marked as per UK law.In addition to the cycle hubs shown here, Falco has also recently installed cycle hubs for many locations across the UK including Rochdale Infirmary, Stromness Travel Centre in the Orkney Islands, Crewe, Runcorn, Birmingham International, Warrington Bank Quay and Carlisle station for Avanti West Coast, Bradford Royal Infirmary and St Luke’s Hospital for Bradford Teaching Hospitals NHS Foundation, The Royal Oldham Hospital for Pennine Acute Hospitals NHS Trust, Ninewells Hospital & Medical School in Dundee and a bespoke cycle hub for Leicester City Council.For more information about the project here at Wrightington, Wigan and Leigh NHS Foundation Trust or how Falco can assist your cycle parking scheme, please contact our helpful sales team on 01538 380080.

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.”

BackgroundThe BISF (British Iron and Steel Federation) constructed the Newarthill properties in the 1940’s, utilising steel-framed walls that were initially coated in cement render and vertical steel panels.In previous renovations overseen by the Local Authority, the upper level of the building was clad in PVC weatherboard, while the lowest floor had its exterior re-rendered. The building is characterised by its non-traditional construction style.The houses had extremely poor thermal performance and the flats were difficult and expensive to heat, especially with the rising fuel prices and current cost of living crisis, meaning some residents were in a state of fuel poverty.North Lanarkshire Council required an EWI solution that would achieve the following three key objectives:- Improve the thermal performance of the property portfolio- Specify a system that would achieve a U-value of 0.17 W/m²K and would involve as little technical detailing around the property as possible- Ensure the properties had a modern and aesthetically pleasing look as the current exterior was tired and datedUnderstanding and appreciating K System’s expertise in this sector and innate ability to deliver best-in-class refurbishments, North Lanarkshire Council appointed the partnership of K Systems and Ailsa Building Contractors to tackle the low rise refurbishment project.Our ServiceAs the Newarthill development was already occupied, a key element of this project was to deliver the refurbishment with minimal disruption to current residents and / or neighbouring houses.This is one of K Systems strengths, ensuring jobs are delivered in a timely fashion, without delay, without disruption, and with full disclosure of each phase given to residents throughout the project to build rapport, trust, and confidence.On this particular low rise refurbishment, which had limited access points for all traffic in and out surrounding its immediate vicinity, K Systems had to work closely with the contractor, main contractor, and local authority to ensure they were working in harmony to negate any unnecessary commotion.K Systems’ technical team also carried out regular site visits to make sure the system was installed to the highest standard, in line with specification, and to ensure all involved parties were delivering to time and budget.The refurbishment of the properties is a great example of K Systems’ unparalleled ability to deliver constructional excellence that not only meets but exceeds the expectations of its customers.Technical Project DetailsOn initial scope, the K Systems team identified that a major challenge for this project was going to be the technical detailing between the timber frame sheeted ply at the top storey and precast concrete slab at the bottom. Several U-value calculations were completed by the experienced K Systems team to support the Council’s request of minimal detailing around the property and the target U-value.To meet these requirements, the K Systems P EWI system was specified, which utilises phenolic foam insulation boards. This insulation is lightweight and has a high thermal performance, allowing for thinner sections of insulation to achieve optimal thermal efficiency - perfect for this project, achieving the target U-value of 0.17 W/m²K , up from 0.32 W/m²K.It is a suitable solution for buildings that are restricted in expanding their footprint due to pavements or nearby properties, and can be easily installed on masonry structures, as well as non-traditional structures - an ideal solution for the Newarthill properties.Addressing the request for a modernised aesthetic, a dash render finish was specified. This render is extremely robust, hard-wearing, and low maintenance, ensuring the properties’ refreshed exterior would remain for years to come. The dash render was also complementary to the existing local property portfolio which was something the Council wanted to achieve.This refurb completely transformed cold, weathered, distressed housing in a Scotland suburb into warm, comfortable, aesthetically pleasing homes that met the exact requirements of North Lanarkshire Council and reduced the energy bills for residents due to improved thermal performance.

Case studiesAn artistic interpretation of multicultural interactionWith 3.5 million inhabitants, the region surrounding the Twin Cities of Saint Paul and Minneapolis is among the 20 largest metropolitan areas in the United States. The Mississippi separates the capital of Minnesota, Saint Paul, from Cedar-Riverside, which is also known as West Bank. Day by day, tens of thousands of people commute between these three communities to get to work, university or school. The state implemented a comprehensive municipal rail project to bring the 100-year-old infrastructure consisting of buses and congested roads into line with these requirements. A key element of this mammoth project is the so-called Central Corridor Light Rail Transit (CCLRT) with the transport hub West Bank Station. The AECOM firm of architects designed a two-story station at this location. To ensure protection from the sun, the building was provided with large-scale cladding in the form of Omega 1510 and 1550 metal fabrics from GKD – GEBR. KUFFERATH AG. Through etching and the addition of stainless steel birds, the shimmering façade was transformed into an expressive work of art that reflects the eventful immigration history of the region. Scandinavian immigrants sought a new life in the settlement on the upper stretch of the Mississippi in Minnesota, USA, in the middle of the 19th century. These initial settlements grew to become the Twin Cities of Minneapolis and Saint Paul, which are today an important economic and cultural center in the Midwestern United States. As the manufacturing industry went from strength to strength, the region attracted increasing numbers of migrants from all over the world from the beginning of the 20th century onward. Today, the region is viewed as a melting pot of nations, where over 100 different languages are spoken. However, the rapid population growth also took the transport infrastructure of the densely populated area to its limits as early as the 1970s. As a result, planning work on the largest local transport project in the history of Minnesota began in 1981, which also comprised the Central Corridor Light Rail Transit with the METRO Green Line. Today, this connects the centers of the Twin Cities with several of the most populous areas in the conurbation, also crossing the Mississippi.A real eye-catcher: multifunctional solar protectionThe architectural firm AECOM, which was charged with the task of realization, concentrated not only on functionality and aesthetics, but also on public art when designing the stations. For the particularly well-frequented West Bank Station, they chose a solar protection façade made of GKD metallic fabric. The textile skin in front of the extensively glazed station reflects sunlight, thus preventing the two-story building from heating up excessively in summer. At the same time, its transparency grants unhindered views of the outside surroundings and also, through the interior lighting, from the outside in. This visibility conveys a feeling of subjective safety to passengers. Meanwhile, the high light transmission of the woven structure ensures a pleasant atmosphere and lots of natural light. Despite its intricate feel, the robust stainless steel fabric will withstand the adverse weather conditions that often prevail here with wind, rain, snow or frost for many years. The fabric even provides effective protection from the vandalism so often seen at public transport stops. What’s more, the material guarantees the cost-effectiveness required for transport buildings thanks to its durability and freedom from maintenance. The shimmering membrane couples this complex and broad range of functions with an extraordinary visual appearance: as a delicate veil, it follows the stepped architecture of West Bank Station and lends a sense of visual peace to its detailed façade. Spotlights fitted outside create targeted light effects that change according to the position of the viewer and thus give the transparent fabric an unexpectedly opaque appearance.Signs of life: a public work of artThis effect is given an additional dimension thanks to a creative interpretation by Nancy Blum, an artist, critic and art lecturer who is very well-known in the USA. The architects’ concept for three of the city stations for CCLRT included her integrated artworks. The woven stainless steel fabric skin at West Bank Station inspired Nancy Blum to create an artwork visualizing the eventful history of Cedar-Riverside as a transit point for people from many different nations. That’s why the metal fabric panels in front of the stairways were to be decorated with ethnic patterns, with designs reminiscent of the three main regions of origin of the immigrants – Scandinavia, Asia and Eastern Africa. GKD realized this artistic idea by means of etchings on the Omega 1510 fabric. The smooth upper surface and relatively dense structure of this fabric make it particularly well-suited for this procedure, in which the fabric surface is modified slightly. On the basis of the patterns designed by Nancy Blum, GKD produced a screen that covered all surfaces that were not to be altered. The fabric specialist then used a blasting agent to modify the metallic surface precisely according to the artist’s specification. The durable patterns created using this method were instantly resistant to UV and severe weather conditions without the need for any special treatment. Daylight transmittance also remains just as high. Depending on the incidence of light and the viewing angle, the patterns can appear either transparent or opaque. However, they derive their special effect through their seamless integration into the building. Nancy Blum added a third dimension to these etched patterns by having silhouette-style pictures of migratory birds typical of the regions mounted on both treated and untreated woven panels. These large stainless steel motifs link the coming and going of the various migrant groups with that of the migratory birds, which follow them on their journey along the Mississippi. Combined with the ethnic patterns, this creates an almost poetic image of dynamic interaction in a region steeped in such a rich tradition.

Raising the bar of commercial space in the city centre, the new 77,000 sq. ft. of prestigious office space required a premium washroom shower cubicle solution.Unity Full Height shower cubicles were specified in the basement shower area of Dublin Landings. With minimal floor and ceiling clearances and flush fronts, Unity Full Height ensures maximum privacy for end users.A sturdy, waterproof and easy to maintain material was required for the 19 new shower cubicles, so Solid Grade Laminate (SGL) was specified. Also impact, scratch and heat resistant, SGL is an ideal choice for busy washroom facilities such as these at Dublin Landings. To complement the modern décor of the room, our popular light grey laminate ‘Cloud’ was selected for the full height shower cubicles, creating a bright, fresh and calm environment.Unity’s stainless steel and satin anodised aluminium hardware is durable and corrosion resistant, ideal for commercial shower areas. Some of the cubicles' rise and fall butt hinges were set to fall open, allowing office staff to easily identify vacant shower cubicles.Read the full case study for more details.

Cauldwell International Children’s School is an £18 million purpose-built complex and the first of its kind in the UK, a national charity based in Staffordshire dedicated to improving the lives of disabled children.A modern but cost-effective solution was required by the client for their new washroom facilities. Due to this being a charitable organisation, there were budget constraints. Products offered by our competitors were too costly. Water saving was also an important factor to consider.Discussions took place with our product, design and specifications teams to fully understand the project. With the clients’ requirements in mind, we presented various options for review. We provided a sample of our stainless steel infra-red basin curved taps. The touch-free modern design was favourable and the sample was approved.Testimonial“We were thrilled with the approach the TYDE professionals took. They considered all of our pain points. Cost restraints made it more difficult but TYDE offer such a broad range of products, they were able to offer us a solution and we didn’t have to compromise on quality. We love the design and the integrated water-saving technology is a big bonus!”

IntroductionSurespan designed and manufactured the highest hatch in the world, a 600mm diameter submarine access hatch located 816 meters up on the Burj Khalifa. The Burj Khalifa is the world’s tallest building, soaring 828 meters above Dubai. The design for the 162-story tower combines local cultural influences with cutting-edge technology to achieve high performance in an extreme desert climate.Products suppliedWe supplied;Surespan was selected for its engineering expertise, innovative designs, and unique skills.The team designed and manufactured a 600mm diameter, polish grade 316 stainless steel simulated submarine access hatch with handwheels. The hatch is located at 816 meters and is used for maintenance access to the aircraft warning lights.The projectAs part of the 1.5-billion-dollar mega Downtown Dubai project, the government of Dubai decided to build the world’s tallest building. This project redefines what is possible in the design and engineering of supertall buildings.  Architect firm Skidmore, Owings & Merrill design inspiration for the tower was taken from the shape of a regional desert flower the Hymenocallis, also known as the desert lily and the patterning systems embodied in Islamic architecture.

The Rathbone Market scheme, part of the Canning Town and Custom House regeneration programme, is a three-phase development that when complete will see the area totally reinvigorated. There will be a new market square at the heart of the community, bordered by around 35,000 sq ft of new shops and cafes. The development will also feature offices; community facilities, two new public squares and 652 new homes.The majority of apartments on the upper levels will have a double aspect and all will have balconies. The intention is to provide a development of great visual depth, using two colours of brick. The balconies are designed with an unusually large 2.3 metre cantilever and to meet this demanding specification, it is the Schöck Isokorb® that is being incorporated into the project. Specifically the product being used at Rathbone Market is the Schöck Isokorb® T type SK for concrete-to-steel connectivity. It is 180mm wide and between 180 and 280mm high to allow flexible adjustment for differing slab thicknesses and contains 80mm of insulation thickness. It can also bear extremely heavy loads and this combination of features makes the units ideal in meeting the various thermal and structural demands involved with such large modern balconies.

Based in the heart of London’s financial district, LibertySyndicates has taken up new office space at 20Fenchurch Street, more commonly known as the WalkieTalkie.Famed for it’s unique design, the building wascompleted in 2014 by world renowned architect, RafaelVinoly. Unlike most skyscrapers, the walkie talkie adoptsa top-heavy shape which allows it to maximise space onthe higher floors, the most expensive to rent.It also offers a free to use sky garden for the public,situated on the top three levels, which was one of thekey factors in the building receiving planning permission.Liberty Syndicates opted to make six floors of 20Fenchurch Street their new London home, with a view todeveloping a modern and vibrant working space.In a high usage, commercial environment, Allgood’skey brief was to provide a high performing ironmongerypackage. Grade 316 stainless steel Modric pull handleswere supplied on all of the meeting room doorsalongside matching accessories and overhead doorclosers.In the bathroom areas, Allgood supplied a co-ordinatedModric range of signage, WC turns, coat hooks andescutcheons.

RHS Bridgewater – the largest gardening project in EuropeThe Royal Horticultural Society (RHS) Garden Bridgewater is the largest gardening project in Europe. Created on a 154-acre site at Worsley New Hall Estate, the garden has become a major horticultural destination winning a host of awards, including RIBA North West Building of the Year 2022.Allgood worked in close partnership with Hodder+Partners after they were invited to design a world-class visitor centre capable of welcoming up to 700,000 people each year within a decade and has already seen 500,000 pass through its doors in the first year. The building has been designed to be, predominantly, one open space allowing visitors to flow easily between a variety of areas.With this high footfall in mind, we provided a comprehensive package of ironmongery and hardware from our leading Modric range. Its simple, elegant design – developed and made in Allgood’s UK factory from grade 316 stainless steel – fulfilled both the aesthetic and performance demands of the project. The range also comes with an industry-leading 25-year mechanical warranty for further reassurance.

The Project New two storey Sixth Form facility to house teaching, exhibition and social learning spaces.The facility is intended for use by the school and the local community & hoped to be a hive for activity in the local area.  The Challenge Propose and deliver a system suitable for a heavy use environment whilst also offering a commercial style space expected by the wider public.  Durability, ease of cleaning and maintenance are key drivers in the decision process as these areas will be used for extended periods and by a diverse sector.  The washrooms are likely be used by all visitors and it is paramount that the facilities compliment the building and impress the user. The SolutionExcelsior Flush 30 Cubicles with Stainless Steel Ironmongery create an opulent seamless wall within the washroom space Solid Surface bespoke vanity troughs with full height mirrors above open up the space and add a commercial fit out touch.Wall panelling has been included to completement the systems and enclose the WC working mechanisms whilst providing ease of access to the onsite maintenance teams.The project was managed by the contracts team at excelsior and delivered to an extremely high standard by our trusted team of fitters.

The ProjectLocated only 2 miles from the town centre is the town’s most established business park, offering 85,000 sq. ft of developed self-contained office.   The major refurbishment was intended to attract a diverse range of occupiers and underline Altrincham as the leading business park in the area. Space Invader architects designed the high-quality refurbishment and specified Excelsior to manufacture and deliver the washroom package.The ChallengeThis washroom project formed part of a full and extensive refurbishment package managed by TSK Group.  The Architects vision was to create a modern, industrial environment offering the occupant complete privacy and comfort.  Standard vanity frontages and sinks did not meet the brief, a bespoke wash station was required. The SolutionExcelsior Flush 30 Full Height Cubicles provided complete privacy for the user and a flush frontage complete with aluminium rebated edge detail to the doors and pilasters enhanced the industrial theme of the washrooms. Bespoke Vanities were created to carry sit on sinks on a Marble effect, Laminated Polyrey top, all supported by specially made, galvanised steel legs, powder coated in a black finish.