"aluminium"

Worcester has invested in a new £10m swimming pool as part of the city’s Perdiswell Leisure Centre refurbishment. RCM supplied the colourful Trespa® Meteon® cladding panels to the project, which were used on the outside of the pool area and entrance. RCM also supplied the colour-matched fixings and associated trims and the aluminium support frame system to this worthy project.

Moving walkway installation at 5 Rise Shopping Centre in Bingley, which provides the majority of retail for the town. All external finishes on the moving walkway had to be water-resistant resulting in a spectrum of watertight materials from galvanised and satin stainless steel to vulcanised synthetic rubber, aluminium and glass. Stannah also tailored the pallet with an anti-slip coating to maximise passenger safety.

Spearheading an ambitious programme of regeneration, Canada Water Library resembles an inverted ‘ziggurat’ – a terraced pyramid of successively receding storeys – that partly overhangs the Canada Water basin.The £1.4m building sits at the edge of a civic plaza and a stretch of open water. The expanding pyramid form integrates a compact footprint at ground level with progressively wider floors above. The building is clad in light bronze anodised aluminium panels with sequined perforations, interspersed with recessed curtain wall screens. This design gives the project a sculptural appeal and a striking visual effect.Finished in bronze anodised aluminium, the structural sealant glazed facade and commercial doors were specified for the ground floor. A Visible Grid Facade has being used for the strips of curtain walling to the three upper floors, with top hung concealed vents and aluminiumdoors providing access to the balconies.The library forms part of the vibrant quayside at Canada Water - a historic Docklands that was once a bustling port. It was designed to exemplify the importance of the library, education and community facilities for local people and focus on the new phase of regeneration.

The Bourne Business Park in Weybridge Surrey has recently completed two new attractive office spaces totalling over 90,000 square feet. This smart office space built for La Salle Investment Management by Volker Fitzpatrick features new thinking in office design and features a range of metal fabrications on the external envelope manufactured and supplied by Metalline. Using high grade J57S UP aluminium, Metalline manufactured and supplied a range of aluminium pressed components. These included a specialist fascia panel that incorporated bespoke internal supports to ensure that the front face of the panels remained extremely flat together with heads, jambs and cills, for the window pods. To accentuate the flat clean lines of the building, Metalline produced a special secret internal dual toggle, which guaranteed that each panel was aligned correctly and there was uniformity across all the panels. Designed to attract the eye these smart office spaces feature panels and pressings finished in a specialist Regency Gold 2 anodised finish together with glazed in panels in RAL 7035 light grey that were also supplied by Metalline.

Metalline have been involved with the Quartermile project from it’s very beginning, producing high-quality aluminium fabrications from building to building. The project is due to finish in 2019, and Metalline are continuously providing a variety of products for the remainder of the development’s lifespan. Quartermile is a development in the heart of Edinburgh, located on the site of the former Victorian Royal Infirmary. Neighbouring the University of Edinburgh and famous Meadows Park, Quartermile is one of the most sought-after pieces of land in the Scottish capital. Development over the last 10 years has seen the UNESCO world heritage site transformed into an iconic piece of Edinburgh architecture. Metalline’s aluminium products feature heavily throughout the Quartermile development, most prominently with our specified Feature Beam and copings. The innovative production department was able to manufacture deep Feature Beam pressings through a combination of press braking and routering techniques. The coping profiles also provided challenges as they were particularly large with complex corner details, of which Metalline were able to assist at the design stage and manufacture the products to exact specification.

When it comes to showcasing prestige cars from the likes of BMW, Maserti and Mercedes, it’s vital to find the perfect setting and at the new Pure Cars premises in Wakefield, the slimline SF52 aluminium curtain wall system has helped create a building as impressive as the stock inside.The flexibility of the SF52 curtain wall system has brought the vision of architects The Harris Partnership to life, from the crisp lines of the showroom’s entrance to the smooth curve of the main façade. The eye-catching building boasts a prime location on the approach to the city centre, with the slim sightlines of the curtain wall highlighting the cars on display and offering panoramic views of the surrounding areas for the enjoyment of staff and customers within.The thermal-efficiency of the SF52 system will also help to prevent heat loss from the extensively glazed building which is a flagship dealership for the Pure Cars brand which specialises in the sale of used luxury and prestige cars.With a proven track record of work across the retail sector, Senior has been involved in a number of other car showroom projects across the UK. Senior curtain walling and glazing systems have been designed to help specifers working in this market meet the required environmental requirements by creating high-visibility shop frontages that minimise solar gain to create a comfortable consumer experience.Senior Architectural Systems’ stylish SF52 aluminium curtain wall system has been used to great effect at a new luxury car showroom in Wakefield, creating an eye-catching and thermally-efficient façade that maximises the use of daylighting. The flagship Pure Cars showroom has been designed by The Harris Partnership, with Senior’s fenestration systems fabricated and installed by Vision Aluminium Systems for main contractor Glass Walls and Doors.

The new Village Centre scheme at the existing Kidbrooke Village housing development in Greenwich, southeast London, has been designed by Lifschutz Davidson Sandilands and developed by Berkeley Homes. With a welcoming ‘village square’ at its heart, this green landscaped area is bordered by the surrounding buildings which have apartments above and a mixture of shops, restaurants and community use facilities below.The new Village Centre will provide a central hub for the community at Kidbrooke Village, which comprises four distinct neighbourhoods. Boasting a central location in the Royal Borough of Greenwich and benefiting from close transport links, including its own overground rail station, the new development offers a mix of housing from one to four bedrooms and access to a number of onsite amenities and facilities.The project also features an attractive combination of Senior’s SF52 aluminium curtain wall and low U-value PURe® Commercial Doors.The contract saw Senior work closely with two of its fabricator partners, with Soundcraft undertaking the installation of the curtain wall and commercial doors on several of the ground floor retail units, and R.E.L working on the entrances for both the new supermarket and pub.Ideally suited to meet the demands of commercial projects, the popular SF52 aluminium curtain wall system offers slim sightlines to maximise daylighting and enhanced thermal-efficiency to help create more comfortable interior spaces. When used in conjunction with the PURe® Commercial Door, which is part of the Senior’s patented PURe® range of low U-value aluminium doors and windows, further savings can be made in terms of reducing both operational costs and carbon emissions. As Senior’s largest, strongest and most robust commercial door, the thermally-efficient PURe® Commercial Door is ideally suited for high traffic retail environments and offers both security and safety.

Liverpool’s Baltic Triangle quarter, south of the city centre, formerly a major industrial and warehousing site servicing the city’s successful dock economy, is now a well-known and popular venue for work, leisure and accommodation. Since 2007 the area has undergone considerable regeneration, creating a vibrant hub for digital and creative businesses, together with a flourishing night-time economy of night clubs, bars and restaurants. Alongside these developments the Baltic Triangle has doubled its residential population since 2010. A new £24m, 200 apartment building, designed by Tim Groom Architects is currently finishing construction on Blundell Street.‘Maintaining the Vibe’The striking red brick facades of many of the original buildings remain, imparting an energetic atmosphere, and the new apartment block was designed with the same objective. As one commentator put it 'We wanted to maintain the vibe'. For the aluminium feature panels on the façade the designers were looking for a finish with a warm appearance that would reflect and update the industrial heritage. These panels would sit alongside the buff brick colour of the new building. In Powdertech’s Evolution™ and Landscape™ ranges there are many shades with the appearance of rust, red brick and terracotta. The client selected Evolution, ‘Sandstorm’, a rust finish, to coat over 500 sq metres of 2mm folded and castellated aluminium panels.Benefits:The Evolution range has up to a 25-year guarantee for gloss, colour and adhesion.Colour, tone and texture are our passion, and we have the expertise to develop bespoke finishes.Evolution and rust finishes do not stain adjacent brickwork and pavementsPowdertech's rigorous non-chrome pre-treatment system offers the best preparation for architectural aluminium.Powdertech’s flexible plant can coat a wide variety of shapes and sizes of architectural metal work and fabrications.

The Martin High School is a coeducational secondary school with academy status, located in the village of Anstey, Leicestershire. The school was founded in 1957 and was named after Sir Robert Martin, Chairman of the Leicester County Council, in honour of his public service.Last year, the school were looking to replace an old, pre-fabricated block of classrooms, with a new modular six-classroom block which consists of a specialist technology-rich IT classroom as well as five other inviting classrooms which are all fitted with Smartboards, making learning more engaging for students.Principal Contractor Wernick approached Twinfix to design, manufacture and install a bespoke entrance canopy for the new building.The new canopy, which takes a pentagon shape incorporates Twinfix’s recently launched Alu-Link-Panel, a solid aluminium roof comprising of 3mm thick powder-coated, pressed aluminium for the roof, soffit and fascia. The structure spans 40 square-metres and scales 7.2 metres in height.Some of the benefits of the Alu-Link-Panel system include:Exceptional Durability: engineered to withstand harsh weather conditions, including heavy rain, snow, and wind. It is also highly resistant to corrosion and rust, making it an ideal roofing solution.Energy Efficiency: designed to reflect heat, which can help reduce your energy bills and improve comfort of your building.Easy Installation: easy to install and requires minimal maintenance, which means you can enjoy your new roof without any hassle.The Alu-Link-Panel system can be powder coated to most colours so can complement the colour scheme of the adjoining building.This innovative solid aluminium roof system will protect students and staff at Martin High School from the elements and is in keeping with the stunning aesthetics of the new Humanities Block.

The monument, sited on a roundabout on Avenida Circunvalar, near the city’s industrial area, uses a huge steel and aluminium frame to support more than 2,000 m2 (21,500 ft2) of colored laminated safety glass. Arranged in a harlequin pattern, the glazed panels - in shades of red, yellow, green, blue and white - cover the entirety of the structure in a multi-colored façade that is both complimentary and contrasting to the surrounding area.

Using hexagonal INTRAshape entrance matting tiles exclusive to INTRAsystems, Aberystwyth Innovation and Enterprise Campus (Aberinnovation) creates a striking first impression on visitors. Available in five tessellating shapes and a variety of sizes, INTRAshape entrance matting tiles offer endless creative possibilities. Compatible with our complete range of INTRAlux fibre inserts, their aluminium frames can also be anodised to suit your designs.

Project: Supply and installation of 7000 m2  of internal and external GRC cladding panels using hidden fixings system at three newly build metro stations.Location:  Warsaw, PolandClient: Astaldi S.p.A.Materials used:  PLAIN, ENGRAVED and GAP GRC large format concrete panels with ‘Helping Hand’ invisible aluminium bracket system. Panels were in Rough Mist and Anthracite finish.

A 1600+ space car park sitting on the famous waterfront serving the Echo Arena, BT Convention Centre and Exhibition Centre Liverpool. The façade takes its inspiration from multi-mast sailing ships.Aluminium diamond shapes representing the iconic vessels, creating an abstract design, and finished in a super durable metallic powder coating to mimic the brickwork Finish: Interpon D2525 Patah YW267I

Forming part of a £400m Birmingham City Centre scheme the new 17 storey, 250 bedroom Holiday Inn Express forms part of the 2.3m square foot Arena Central mixed-use development. RCM supplied approx. 5,000m2 of ACM rainscreen cladding from Vitrabond, Trespa Meteon panels, the aluminium facade support framing system and fixings to this newly built hotel.

Derelict market buildings in the Conservation Area of Smithfield, central London have been converted to create a warmer, quieter and more secure environment to house the new Museum of London, thanks to Granada’s secondary glazing.Secondary glazing specialists Granada Glazing designed, manufactured and installed bespoke aluminium secondary glazing to improve the thermal, acoustic and security performance of the original timber single-glazed windows.

The task was to replace old wooden floor planks with modern, robust, weatherproof and slip-resistant steel flooring and stair treads that met all the customer’s requirements pertaining to load. In particular, the customer was keen to reduce the strain on workers during both dismantling and assembly. Furthermore, it was also necessary to reduce the noise pollution which occurred when working with metal against metal.The solutionIn cooperation with our customer, the customer’s assembly teams and our product development department, solutions were developed that met the above requirements.User safetyOne of the main challenges which had to be addressed in the customer specification was the requirement for a slip-resistant surface. Here we were able to incorporate a surface design based on our PcP OPTIMO® O2 surface, which has already been used for a wide range of projects worldwide. OPTIMO® O2 is certified according to R13/V10 slip-resistance and meets the strict demands to slip-resistance. OPTIMO® O2 grating discreetly improves safety for visitors during an event while also improving handling for the installation team.With a very small surface perforation of only Ø 5/9 mm, people frightened of heights are unable to look down directly through the platform on which they are standing, thereby guaranteeing a sense of security. Furthermore, this profiling solution offers perfect drainage, ensuring that the floors always remain dry.Combining aluminium and steel – a lightweight solutionFor the system flooring, a combination of aluminium and hot-dip galvanised steel was chosen to reduce weight without compromising capacity. For example, the gratings used for floors and treads were supplied in aluminium and screwed together with high-strength steel end pieces to form a complete unit. This reduced the weight of the components, and provided a significant ergonomic advantage compared to the wooden planks which had been used to date.Reducing noise pollutionDespite the considerable weight reduction from using individual components, another challenge presented itself. Some of the treads and platforms on the metal substructure produced considerable rattling noises. However, even this challenge was overcome with a slightly unconventional method. By installing small oak blocks in the steel end pieces, the fixing points were tightened on the substructure, which significantly reduced the rattling noises.The resultThe customised solution combined steel and aluminium PcP products to provide extremely safe gratings for system floors and stairs for mobile and stationary grandstands. The solution is more ergonomic, lighter and meets the high requirements for safety and load bearing.Furthermore, it meets the overall objective of ensuring safe events for visitors. A successful event relies on the successful implementation of grandstand systems.

Forum "Gold und Silber" with its impressively unusual facade incorporating a thermally separated steel structure. The unusual facade with its warm golden colouring and square cut-outs is fastened to a steel substructure that, in turn, is anchored to the reinforced concrete building with Isokorb® T types SK and K. The design of the magnificent envelope made from aluminium slabs with gold-coloured coating is testament to the goldsmithing that has been a traditional craft in Schwäbisch Gmünd for more than six hundred years. The concept envisaged strict separation of the core from the envelope: A multi-angled lightweight structure made of square façade panels coated with a substance that is reminiscent of gold leaf encases the five-floor reinforced concrete skeleton structure measuring 19 x 19 metres. The aluminium skin is set at a distance and features more than 1000 cut-outs of various sizes at interestingly different intervals.Getting a grip on thermal bridgesThe aluminium panels are fastened to a steel frame anchored with Schöck Isokorb® T type SK elements to the load-bearing reinforced concrete skeleton structure. In addition, Isokorb® T type K elements transfer the loads from cantilevered concrete slabs into the concrete structure. Without these load bearing thermal insulation elements, it would not be possible to implement such a facade design nowadays, given the thermal bridges at the joints. Schöck Isokorb® T type SK transfers negative moments and positive shear forces from steel components, such as cantilevered facade substructures, balconies and canopies, to concrete components. Whereas Schöck Isokorb® T type K is designed for cantilever reinforced concrete balconies and concrete slabs. This Schöck Isokorb® T variant also transfers negative moments and positive shear forces.Modern precious metal designAccordingly the Schöck Isokorb® T plays a key role in enabling implementation of the unusual facade design, which turns the building into a striking statement of modern architecture. A total of 767 aluminium panels were used. Their unmistakable, warm golden colouring comes from Duraflon coating, which is enormously resistant to bleaching and colour changes. Depending on the angle of the sun and the position of the observer, the Swabian nugget on the banks of the River Rems shimmers in different shades of metallic gold, while at the same time proving "all that glitters is not gold". Nevertheless, the Forum Gold und Silber still knows how to impress, long after the State Garden Show has finished.

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.”

The eye-catching Mulberry Park School and Community Hub features Proteus SC perforated TECU Gold panels with a PPC coated aluminium support frame on the school hall and the third floor cantilevered above the main entrance and Public Square. This section, installed by Cladanco, acts as an enterprise space and was inspired by the temporary floating Mulberry Harbours once used for the Allied invasion of Normandy during the Second World War.

Descending into a valley at Grace Farms in New Canaan Connecticut, The River consists of five volumes linked together by a single curving roof. SANAA designed the project with Handel Architects serving as the executive architect. The new building provides a sanctuary, library, court, commons, and pavilion, all under an aluminium roof by Zahner.Previous collaborations with SANAA Ltd include the facade on the museum of contemporary Art in New York.

4500m2 of Optima FC, TFC, IPC & Feature Fabrications in Aluminium Axalta PPC has been used in the completion of Horizon Heights student accommodation at Liverpool Lime Street. The project has been awarded BREEAM Excellent rating for its sustainable building design, development and management. It has also been nominated winner of the RICS Social Impact Awards for the North West region for student accommodation.

Extensive use of parapet capping from the Pendock Linea building linings range has helped improve weather resistance and aesthetics at a modern student accommodation building in Kingston-upon-Thames.Bespoke manufactured from high quality aluminium with a grey PPC finish, the flat PC-F style parapet capping's are fitted to the entire building to improve the integrity of the flat roof and stop the ingress of water.

Speltham Contacts Ltd. contacted us because they were working on a project at St Joseph’s Catholic Primary School in Haywards Heath, West Sussex. They were undergoing a big extension to allow them to cater for 105 extra children. Morgan Carn Partnership Architects who were also working on the project, specified a curved free standing timber canopy with a polycarbonate roof system and aluminium guttering.

More than 3,000 sq m of aluminium rainscreen cladding clad the exterior of the five-storey building. But the brightest feature is a series of perforated panels that accommodate LED lighting.“It’s a project that stands out not just for its scale, but also for the level of collaboration that has been necessary between Maple, lighting designers, architect and all contractors to make it a success,” said Maple’s Operations Manager, Peter Mattimore.

AliDeck successfully supplied a diverse range of cutting-edge aluminium balcony solutions to the Manor Road Quarter project in Canning Town, London. The AliDeck Ultra Decking Board, AliRail Plate Fix 0.74kN Option (AliRail System 2), and the aesthetic AliClad Flow Cladding Board will now create a complete balcony solution, as this collaboration with Alloy Fabweld showcases our commitment to innovation and technical excellence.

Project: Tobacco DockDate: 2021 Background:·        The existing cladding had been identified as being combustible ACM·        APL had previously designed and supplied a bespoke StrongBak™ structural-framing solution to the project due to its unique historical structural design·        APL were engaged to supply and design additional areas of StrongBak™ along with a complete A1-rated face-fixed flat-panel façade to replace non-compliant cladding (not supplied by APL)·        APL Armacoil™PLUS-HT material was selected due to its exceptional performance in a marine environment ·        APL’s fabrication capability meant that all panels were factory-drilled leading to significantly quicker installation time on site Systems:·        4,000m² of APL Slimwall™-FF face-fixed flat panel in 2mm aluminium with an Armacoil™PLUS-HT coating in RAL 1003·        APL Tritherm™ sub-framing for StrongBak™ area·        APL aluminium AluE™ Tritherm™ helping hand brackets and extrusions to support panel system onto StrongBak™·        All flashings, fixings and accessories  Building Location:·        Liverpool

As a key part of the University of Lancaster's Preston Campus, the £32 million Engineering Innovation Centre provided the university and Lancashire based manufacturers with state-of-the-art teaching and research facilities. This helps to train an extra 500 graduates, including an increasing number of female students, gaining degrees in subjects such as mechanical, energy technologies and aerospace engineering. Throughout the entire project, there were a number of technical challenges that needed to be met. These include the building's proximity to a very busy roundabout, the floor to floor heights, physical security, the expected levels of solar gain as well as design detailing requirements. Having a total glazed area of 3,100m2, the aluminium curtain wall carries over 40 different types of IG units, along with high density foam inserts utilised alongside decoupling joints in the mullion section - achieving 50 Dnfw flanking sound reduction, as well as 37 dB sound reduction for noise outside the building. In addition to achieving high levels of thermal insulation, being fabricated from aluminium, the curtain walling frame elements can be recycled, helping to achieve the BREEAM rating of Excellent.

The University of Lincoln invested £19 million in the construction of the Sarah Swift Building which is home to the Schools of Health & Social Care and Psychology. Aluminium Visible Grid curtain walling, doors and windows were specified for this project, and were chosen due to their versatility and aesthetic qualities. This five-storey academic building houses a broad range of flexible learning spaces for students and staff - including new teaching areas, offices, clinical simulation facilities for the school's healthcare programmes and psychological laboratories for extensive research. Furthermore the building also includes the Professional Development Centre, a facility that provides ongoing training for professionals that require skills-based training. Visible Grid curtain walling also offers design flexibility. Available in a choice of glazing gaskets, it achieves superior load distribution and is suitable for flat or faceted facades.Technal’s aluminium doors and windows were also used throughout the building. The specified doors are ideal for high traffic applications and offer exceptional levels of security and thermal performance. The doors were also chosen as they meet the requirements of Part Q of the Building Standards, having achieved PAS 24:2016.

Sandwiched between a retail unit and some 2000 square feet of office space, the seven storey shuttered façade reflects the historical military tailors that used to occupy this part of London. Their tailoring techniques, forms of embroidery and bronze detailed shop fronts were an inspiration for the architects Squire and Partners, whose detailed design of the bronze panelled façade, included glimpses of deep red in the shutter reveals with 45mm diameter punched holes intended to replicate the stripes on a Sergeants uniform. Fabricated on a CNC turret punch press using high grade J57S UP aluminium, the exterior featured hook on Unity rainscreen panels finished in bronze anodised and aluminium infills in a red polyester powder coating. The balcony detail was enhanced with impressive folding shutter doors designed to offer, security, shading, ventilation and noise control from the streets below. The outer skin to the shutters was finished in bronze anodised to match the exterior panels. They also featured a regency gold anodised finish to the side plates and a red polyester powder coating to the interior screen that when folded added to the aesthetic design of the building.

A new project in Woking showcases the many benefits of Maple’s new Pluto louvred screening system.Designed to hide unsightly HVAC machinery on the roof of a new four-storey independent living development, the system is lighter and easier to install than traditional systems.   It’s perfect for the rooftop location. Seen from the ground, it’s a sleek bank of aluminium louvres – but the modular system also means that installation is safer, with time spent working at height kept to a minimum.  Maple’s Pluto system fixes easily to the building sub-frame using galvanised steel brackets, while an advanced sub-structure of posts, mullions and rails in high grade aluminium will provide hidden support for the 100mm louvre blades.  Despite a practical function of hiding equipment, pipes and ducting, the screening will not detract from the clean lines of the building, which are complemented by a bank of curved louvres (also supplied and installed by Maple) on the west elevation of the building.  The project is a collaboration between Maple, Willmott Dixon, HNW Architects and Woking Borough Council. When complete, the four-storey development will provide a mix of 48 one- and two-bed flats, which will provide independent (but supported) living.

Radii joined this fit out in late 2023, where we worked on the design, supply and install of of a tailored glazed partition package for 28 office and meeting rooms.On Level 2, our team designed and installed a stunning Glide framed glazed screen into quad telescopic track between the reception and adjoining communal area.Large meeting rooms on Levels 2 and 4 comprised Parallel 100 (Rw 50 dB) double glazed partitions with red and blue framework respectively; Parallel 100 and single glazed Linear 30 variation screens with bronze and grey frames were utilised elsewhere in the space depending on acoustic requirements. All aluminium was finished in Radii’s dedicated in-house PPC line, with the bronze finish also used on aluminium faced tech panels. Partitions were accompanied by 64mm timber veneered acoustic doors (Rw 41 dB) and double glazed pivoting Hogan doors (Rw 39 dB).Finally, Radii’s own high-performing FirePro steel-clad fire rated screens rated at E60 were installed on all three levels.

Aluminium curtain walling by Kawneer has helped an award-winning and cutting-edge combination of industry and academia achieve a BREEAM “Excellent” rating. The National Automotive Innovation Centre (NAIC), at the University of Warwick, is one of the largest centres of its kind in Europe, and a partnership between WMG (University of Warwick), Jaguar Land Rover and Tata Motors UK and features Kawneer’s AA®110 mullion-drained curtain wall.

The Genesis NTEX range is an Aluminium Nosing with Carborundum filled inserts that make it extremely durable and suitable for all conditions. The range is available in any array of widths and carborundum infill colours. Its exterior capabilities and anti-slip properties along with the required 222mm width made the NTEX294 a perfect choice of Carluccio’s restaurant and the Contracts team at Multiflor Co Ltd who completed the installation in a busy Central London location.

An antiquated industrial building in the heart of Hatton Garden, London, has been given a new lease of life thanks in part to sparkling bronze anodised aluminium rainscreen cladding panels from Proteus Facades. Following an £18.4m refurbishment designed by Karakusevic Carson Architects, Record Hall has been transformed from an outdated former record depository, into a state-of-the-art, six-floor business centre with a striking exterior.

Organic UnAtex Red was utilised on the feature façade and the interior running track.  The architect at Shepard Robson (Simon Davies) developed a patinated two tone multi-layered finish within the Anodised Aluminium surface.  This finish is unique to the UnAmil process and was developed as a bespoke solution for this project.  The Anodic Finish is A1 fire rated and carries a lifetime guarantee.UA worked closely with the architect and Sotech to produce the unique facade on the building.

We reglazed the porte cochere at Victoria Station using our aluminium-framed Multi-Link-Panel fitted with our Georgian wired polycarbonate glazing. This virtually unbreakable glazing mimics the traditional Georgian wired glass that would have been fitted to the three roofing areas when it was first built, but it has all the many benefits of polycarbonate, as well as Heritage approval for use at this prestigious and busy London station.