"cladding"

The eight storey building Faraday House in London is clad in hand-finished copper alloy, reflecting warm light into the spaces around it. But uncontrolled and excessive sunlight can seriously disrupt the experience of comfort. For this reason, the architect opted for structural solar shading. The DucoSlide panels ensure a drop in the average indoor temperature of up to 12% to combat overheating.The Faraday House in London is a  building with imagination; offering a dazzling composition from the Victorian Railway Bridge. The apartments are part of Circus West Village, the first phase of the Battersea Power Station redevelopment.Full height windows frame views of the River Thames and landscaped courtyard, enhancing the feeling of space and light, whilst private terrace balconies and roof-top gardens provide outdoor space.The eight storey building is clad in hand-finished copper alloy, reflecting warm light into the spaces around it. But uncontrolled and excessive sunlight can seriously disrupt the experience of comfort. For this reason, the architect opted for structural solar shading. The DucoSlide panels ensure a drop in the average indoor temperature of up to 12% to combat overheating. The perforated screens animate the façade and provide home owners with additional solar and acoustic control.The result? A better quality of life for residents and a striking composition for visitors as they travel into London Victoria station.

Berry Systems helped our client Wates become car park compliant by designing, manufacturing and installing our vehicle restraint systems. A combination of our RB1, Barrier Rail profile and a Bespoke Rectangular Hollow Section system was utilised to fulfil the client’s requirements and exceed their expectations.Redrock is a new leisure facility located in the centre of Stockport which has a 360 space multi-storey car park.Popular restaurants and a cinema now feature in the location to help provide localswith a safe, secure and modern leisure facility where they can relax. Berry Systems were keen to get involved in such a project and help contribute to the development ongoing in the area. Using our expertise of the car parking industry, we designed, manufactured and installed a system that met their requirements exactly.The RHS (Rectangular Hollow Section) System we specified on the project was made bespoke and suited more to their aesthetic needs. We combined the vehicle restraint systems with handrail and mesh to provide additional pedestrian protection. Cladding rails were also created and supplied to support the exterior cladding that was specified on the project. Throughout this project, our client took advantage of our consultancy services to work together to create a solution that was compliant, safe, stylish and  satisfied both parties.

StoVentec Glass rainscreen cladding has been installed to the entrance of 76 Sir John Rogerson’s Quay, a new mixed-use development in Dublin. The RAL 2008 orange coloured glass panels, manufactured bespoke to project requirements, were installed by Duggan Systems using Sto’s sophisticated sub-construction. This invisible yet indispensable supporting structure forms the structural link between the façade and the substrate and enables the individual StoVentec Glass panels to be installed and secured easily to provide a distinctive entrance to this building. BBA accredited, StoVentec Glass panels are suitable for internal and external use, for new build or refurbishment projects and can be installed within high-traffic areas as the system has passed all industry standard soft-body and hard-body impact tests to CWCT standards. This new development was designed by Dublin based RKD Architects, and the completed facility has achieved LEED v4 GOLD, with more than 20 products with third-party verified Environmental Products Declarations (EPDs) installed, which included our StoVentec Glass panels.  Architect:                    RKD ArchitectsBuilding Owner:        AM alpha, DEProperty Agent:        Savills Sto Applicator:         Duggan Systems, LimerickSto Expertise:            StoVentec Glass rainscreen cladding 

As a consequence of the Grenfell tragedy, an assessment of the building envelope was carried out on the 275nr residential apartment block in the centre of Leeds. It was found to be non-compliant with current regulations and in urgent need of replacement.The VariAL-SF system was selected as it complied with an A2 fire rating, with EN13501-1 classification by third parties, and satisfied the detailed planning constraints.The importance of the cladding refurbishment and replacement on this high-rise residential building cannot be understated. The building was identified by West Yorkshire Fire & Rescue Service late in 2019 as being high risk from the perspective of residents safety, due to the fact it was clad in flammable panels and onus was placed on the building owner to take swift action to make the building safe. As such, an ambitious 52 week programme for complete removal of the existing cladding and replacement was set out and achieved by the project team, despite significant limitations in terms of access and logistical challenges.To the passer-by, there is barely any discernible difference in the aesthetic of the building’s new facade, the colour-matching of the panels is incredibly accurate and allowed for a seamless transition to a much safer environment for the building’s residents.The apartment block was in the middle of a built up residential area. The contractor needed to obtain road closures from Leeds city council for two main roads which ran the full length and one side elevation.Furthermore the other main elevation was a pedestrian walkway with access to the apartment block , a hotel and several commercial buildings therefore safe access routes and segregation had to be installed and coordinated with the various parties involved.In addition, the building had to be reclad using 125ft cherry pickers working off the main road and pedestrian walkways therefore protective tracking systems had to be laid over the tarmac and paving to protect the existing materials.Throughout the building refurbishment, which took exactly 52 weeks, access to all the various buildings was maintained and contractor site personnel worked closely with adjacent building owners and especially the management team of the apartment block which accommodated 270 apartments to ensure minimal disruption.

Castle Court in Sheffield was originally constructed in 1962 by Sheffield City Council. Comprising of three-hundred and three apartments in a single apartment block, this project was a massive investment for the area at the time. NorDan alu-clad StormGuard windows had been selected as part of the regeneration works in 1991 and to this very day, the windows are still in excellent working condition – there has not been a single call back on any of the products installed. This is a true testament to the fact that NorDan windows are, and always have been, exceptionally high performing.

Birmingham Metropolitan College (BMet) is a leading provider of further and higher education courses in the UK Midlands. The project architects required a balustrade and staircase railing that reflected the dynamic, high-tech environment of the college. Q-railing’s Easy Glass Slim and Easy Glass 3kN systems were ideal for use on the staircases, and as balustrades on the upper floors, as they create a safety barrier without blocking views or compromising on design in any way. The installation included a bespoke cladding, which makes the railings appear to rise directly out of the floor or stairs.

A new state-of-the-art entertainment complex in South-East London, described as a landmark for the area, has become the epitome of a high street regeneration project, thanks in part to an eye-catching façade clad in bespoke perforated Proteus SC panels. Based in Eltham, the Vue Cinema development is designed by architect Chapman Taylor in collaboration with contractor Wilmott Dixon. The building forms a major part of Greenwich Council’s ambitious plans to transform the high street into an entertainment destination for the community, with the aim of increasing footfall and business opportunities in the area

Specifiers looking to introduce superior wood protection to decking projects can rely on Sadolin Classic to deliver a beautiful finish, with long-lasting defence against the elements. Offering a trusted and time proven solution, Sadolin Classic’s high performance formulation enables the product to absorb deep into the timber, ensuring exceptional coverage and maximum protection from the weather. One of the most versatile products in the Sadolin range, it is particularly effective on large areas of timber such as decking, cladding, fascias and rough sawn timber. A range of colours are also available.

1400 sqm of the unique Sotech Optima Shingle System has been used on the Collaborative Teaching Laboratory, Birmingham University. The shingles were Anodised Regency Gold 2, 2.5 & 3, the finish was selected to create a scaled texture, which can be seen in the project photography. This stunning façade had to be flexible enough to accommodate the practical demands of a modern building. Due to a requirement to ventilate the high level plantroom, the shingles in this area were perforated and fixed to a bespoke support grid, which integrates seamlessly with the surrounding cladding.

London-based architect, WHAT_Architecture has specified CUPA PIZARRAS’ CUPACLAD 101 Logic as the ideal rainscreen cladding system for a new and unusual housing block in Peckham. Crucial to this decision was the system’s ease of installation and its natural aesthetic, which helped the contemporary design to also complement the surrounding and traditional urban landscape. We chose the CUPACLAD 101 Logic as its design layout also reflects that of the brick base, without actually using brick,” said Diana Kulacka, Project Architect from WHAT_Architecture.

Rotherham Doncaster and South Humber NHS Foundation Trust (RDaSH) operates services in 200 locations across Rotherham, Doncaster and North Lincolnshire. It provides a range of inpatient and community mental health , learning disability and addiction services for adult, young people and children. The solution offered by Intastop was to ensure the door had full anti-ligature protection with the Door Top Alarm and fully clad the door in high quality anti-bacterial impact protection sheet which prevents water absorption and protects from damage.

Utilising the same bricks as were being laid by the bricklayers to the masonry walls, FastClad supplied the cladding to the balconies so that there was a seamless match.Collecting bricks from site to ensure that they were from the same production run, the slips were cut and bonded to our profiled backing board at our Leicester factory.These boards were then returned to site for mechanical fix to the balcony structures and pointed in a lime mortar to match that of the cement mortar being used by the bricklayers at an off-site compound.The balconies were then craned into position and fixed to the structure.

A new-build student ‘hub’ providing more than 650 rooms to aid a future generation of learners. The structure consists of a steel frame, Siniat Weather Defence Board, EPS and then finished in our BrickPlus: Eco cladding system. The external BrickPlus: Eco façade increased the thermal performance of the building whilst providing a traditional brick finish.We produced a smooth titanium grey engineering brick to create a clean cut modern finish. There are many bespoke sections including over 30+ specific angles of squints.

Bok Tower is a transitional steel frame construction built between 1927 and 1929 and houses a 60-bell carillon (set oftuned bells). The tower is 205 feet tall, has eleven floors with the belltowerfrom levels 8 through 11. The Gothic revival architecture has three forms of masonry that adorn the exterior: coquina brick, intricate marble detailing and sculptures clad the steel columns and decorative tile panels. It was facing structural corrosion which C-Probe Systems effectively managed using an ICCP system.

Built in 1964, the Roscoe Building is the hub of the Faculty of Science at Manchester University. Designed by Cruickshank and Seward, it was named after 1860s Professor of Chemistry, Henry Roscoe. In 2009 we supplied the replacement windows for a refurbishment project undertaken by architects Farrell & Clark. The original windows were of German origin and advanced for their time: center pivot windows, to maximize light in the laboratories. To keep a consistent look we supplied the same style of windows but aluminium clad on the external face for ease of maintenance; and double glazed for energy efficiency.

Architect: Waugh Thistleton Architects. Maximising the location and view in an Area of Outstanding Natural Beauty was key to this redevelopment and new-build on the North Norfolk coast. The site contained a 1950s houses and outbuildings that were out of keeping with the area, and so in its place the owners were granted permission to build a sustainable, low-energy new-build family home, clad in locally sourced timber and stone, and including IDSystems' theEDGE2.0 ultra-slim sliding doors to make the most of the stunning view over the salt marshes and estuary.

The St Michael & All Angels church Birkenhead with a Natural Mill finish Aluminium designed by Richard O’Mahony of the F.X. Velarde Partnership opening in September 1965. Awarded RIBA Bronze Medal in 1967. Aluminium has changed very little over the decades remaining an established metal of choice. Extremely lightweight with a strength and durability liked by installers. The material structure makes it ideal for vertical cladding where a flat aspect is required. Bright Aluminium surfaces will adopt a Patina in favour of a matt grey tone.

Verde is situated on the junction of Pitt Street and Wellington Street in Newcastle. Comprising of two buildings forming a V-shape, the facade runs parallel to both streets. These two structures are clad in green glazed terracotta tile laid horizontally across both buildings with a selection of projecting tiles to create a sense of movement and signalling the entrance to the development. For the glazing specification, the building was thermally modelled as part of the Part L Assessment with performance requirements for the windows generated by its outcomes and outlined by the projects building services engineer.

The starting point: an awkwardly shaped lot High above the city centre, halfway between the mountains and the sea, there is a building that nobody can fail to notice: 'U Pavayun' proudly showcases the principality’s official colours – white and red – in a way uniquely its own. By combining vivid colours inspired by nature with a bold and modern architectural concept, the building maximises the visual impact of its ventilated façades. To add thermal efficiency to the cladding’s enduring beauty, external insulation has been integrated into the façade system.

Exterior Accoya cladding has been selected by the University of Minnesota for The Tashijan Bee Pollination Centre. Designed by Architects MSR, 8,000 square feet of Accoya Burn and Brushed Black, coated in Delta Millworks ebony SF, features on the siding of the building and was chosen due to its durability and sustainable properties. Plus, in keeping with the ecological mission of the build, Accoya was the perfect fit due to its green credentials – thereby; the building meets the National B3 Sustainability standards as well as State of Minnesota Sustainable Building 2030 requirements.

The Garden State Hotel is an iconic building in Melbourne. Accoya was chosen for a feature wall in the balcony dining room – a VIP space that looks out over the rest of the venue. Charred Accoya was used for the feature wall to add to the secluded and private feeling of the venue. The Accoya cladding was lined with a polyurethane finish. Other sections of the feature wall were finished with Woca internal maintenance oil. Accoya was also chosen due to its incredible finish and its ability to adapt to the unique and fresh looks offered by modern architecture.

Named the Stavanger Boardwalk, the project comprises two bridges & paths, one is 45 metres & the other is 30 metres. The project was commissioned by the Stavanger region in 2011. Their task was to find a solution that would preserve as much of the natural surroundings & terrain as possible, while also creating an innovative & remarkable structure. For this project, the foundations were fixed into the seafloor, which is 45 metres long & was cladded with a geometrically patterned cover of Accoya, with recessed diagonal stripes to make it extra slip-resistant in colder periods when ice is likely.

Gradus has supplied and installed a range of bespoke wall protection solutions throughout the ground-breaking new Proton Beam Therapy Centre at The Christie NHS Foundation Trust in Manchester. Gradus supplied and installed its SureProtect Pure® hygienic wall cladding in White and Iceberg shades. Specially designed to create an impermeable barrier to moisture and bacteria it features a smooth, easy-to-clean surface to ensure a hygienic solution that meets ‘Health Building Note 00-09: Infection control in the built environment’

British Land commissioned Adam Richards Architects to design a custom-built barge for a new London restaurant, The Cheese Barge. The floating restaurant creates a distinctive focal point and destination for Paddington Central and the wider area. The boat’s curving, sloping roof is clad externally in Traditional Textures Copper Patina Precoated Aluminium metal to replicate aged copper. On the underside of this roof, a copper colour is visible from inside the boat, creating a warm and convivial interior as it gathers the light reflected off the surface of the water.

Situated in the heart of Coventry and clad in Traditional Textures precoated aluminium using an angled standing seam. The colour Blue Zinc Patina captures the colour, tone and textures of real pigmented zinc at a fraction of the cost. The range of pre-coated Aluminium come in a wide variety of surface finishes with a warranty of up to 20 years. Aluminium is lightweight, offers a flat surface aesthetic. Ease of handling and excellent formability even in low temperature conditions make it an installers favourite. Commissioned on this project as a Value Engineered solution

THE PROJECT‘The Wardian is a residence like no other. Amid the skyscrapers and waterways of Canary Wharf, an immersive sanctuary is revealed. Two iconic towers offer the rare stillness of nature in the heart of the bustling metropolis’ (Ballymore)Beauty, functionality, substance and style not only sums up The Wardian as a whole but the attention to detail on all components including the beautiful postroom, carefully considered and designed by Glenn Howells architects. We were delighted to create the solution – following much careful consideration regarding the styling and concept images, this marble clad room became home to MODA 300 mailboxes, all polyester powder coated by SLB inhouse in Anodite Pale Gold with laser cut cladding, digital combination locks and special font numbers, engraved and infilled to match the ‘way findings’ on the project.Beautiful statement lighting and a bespoke central mail sorting area housing a discreet waste paper receptacle, provided the ultimate postroom.‘We pride ourselves on our attention to detail, thus enabling us to be asked to work on such high profile and aesthetically rigorous projects. The Wardian, alongside other hugely impressive developments we have had the pleasure of working on, enables us to be part of the journey and ensure they have a suitably impressive solution for their project. We totally respect these iconic developments and are sensitive to the needs and importance of the smallest of details, often resulting in the biggest and best outcomes.’Alison Orrells, CEO @ SLB

The Shield is a £18.4m development located on the east side of Newcastle city centre - a regeneration area previously occupied by light industrial buildings, a brick-build office and a warehouse. Comprising of three blocks of student accomodation extending seven storeys at Stoddard Street to the east, this scheme steps down to four storeys at Clarence Street to the west.This building features a refined palette of materials including brick, aluminium and bronze coloured cladding in a range of natural colours to animate the facade. Visible aluminium frame windows punctuate the mass of three blocks and provide a significant aesthetic impact. Installed in a vertical configuration to contrast with the cladding's horizontal lines, side-hung, open-out windows were mostly used with some top-hung, open-out vents - all fitted with exclusive TECHNAL hardware including locking handles and releasable restrictors. Visible Grid Curtain walling is also utilised in this project for its durability and design flexibility. Featured to enhance daylighting in communal spaces, it was installed at ground level alongside aluminium doors, and at height alongside the windows - adding interest by visually zig-zagging on alternate floors.Within walking distance of Northumbria University's City Campus East, and the main Newcastle University Campus, The Shield offers a mix of self-contained studio flats and en-suite bedrooms with shared kitchens and houses up to 400 students.

Project:West Coventry AcademyClient:Department for EducationContractor: Bowmer & Kirkland Architect: Strides Treglown Architects Value; £38.4m Location Coventry:Innovaré Completion Date Autumn 2023 Innovaré duration onsite 30 Weeks GIFA m²:12,099m² Framework:DfE’s Modern Methods of Construction Framework (MMC1) Innovaré System/ Solution:Psi-FAST panels included factory installed windows, insulation, and brick-slip cladding with a Passive Purple Coating to substantially improve airtightness.West Coventry Academy (WCA), which was procured through the DfE’s Modern Methods of Construction Framework (MMC1), is the result of a three-year research journey by Innovaré Offsite and a major investment by our partner Bowmer + Kirkland (B+K). It is the first of five pilot ‘net zero carbon in operation’ schools for the Department for Education (DfE) and used the panelised Psi-FAST solution to deliver a hugely energy efficient, offsite manufactured design. Delivering a PMV of 70%, Psi-FAST improves efficiencies by taking more construction processes offsite into our quality-controlled manufacturing environment. The factory fitting of vapour control, windows, and cladding enhanced the quality and integrity of important detailing whilst also accelerating the construction programme. Innovaré’s Psi-FAST panels included factory-installed windows, insulation, and brick-slip cladding with a Passive Purple Coating to substantially improve airtightness. The hybrid solution integrates Psi-FAST wall panels with roof cassettes and pre-cast concrete floors and stairs. Scope of works also included offsite manufactured volumetric plant rooms for the project which Innovaré designed and delivered in collaboration with our M+E specialist, DBS. Increasing Pre-Manufactured Value to 70%- a key driver for the DfE, the Innovaré building solution achieves thermal and airtightness levels required for net zero carbon in operation. This project exemplifies the development Innovaré has undertaken to advance the application of the Innovaré offsite manufactured Psi-FAST system. The result is a net zero carbon in operation building with high-performing acoustic attenuation combined with maximising natural light: ultimately providing an optimum learning experience for staff and students.

“How good is Knauf Insulation’s specification and technical support? Let’s put it this way, I’ve used Rocksilk® RainScreen Slab for every façade project since.”- Nikesh Patel, Façade Design Manager at A2O Cladding The Weald of Kent Grammar Annexe extension is a new three-storey satellite facility for Tunbridge Wells Grammar School for Boys in Sevenoaks. It comprises state-of-the-art classrooms for a cohort of 90 boys. A2O Cladding were appointed by Willmott Dixon to deliver the technical design and installation of the façade, which is finished with a white and grey silicon render set against a red Corium brickslip façade. One of their first tasks was to finalise the insulation specification based on three key requirements: thermal performance, non-combustibility and sustainability. Meeting the thermal performance challenge The first factor, the thermal performance of the rainscreen façade system, initially proved more difficult than expected. Nikesh Patel, Façade Design Manager at A2O Cladding explained: “U-values provided by the architect for a rainscreen façade system are a bit belt and braces because they’re based on assumptions. So, once we’ve confirmed the sub-structure, we redo them to ensure they’re an accurate representation of the building’s thermal performance.”   “The problem is the manufacturer we were working with couldn’t deliver the U-value of 0.18 W/m2K because they didn’t have the right software.” For most applications, the simplified methodology used for calculating U-values is sufficient. But it is not recommended for rainscreen façade systems, because it does not take into account the complex interaction between the Steel Frame System (SFS) and the insulation. Instead, a blanket correction factor is applied, which can lead to the over-specification of insulation – as it had in this case. To prevent this, 3D U-value calculations should be used. They thermally model the build-up based on the complex interaction between the insulation and the rails and brackets. This ensures greater accuracy giving the specifier a true picture of how the build-up will perform after construction, so it matches its design. But most manufacturers don’t have the capability to undertake these complex calculations in-house, so outsource the service to a third party at a cost to the contractor. Before they went down this route, A2O Cladding asked project architect Bond Bryan for advice, who suggested they contact Knauf Insulation.  “We’d not used Knauf Insulation before so didn’t know the standard of their technical support. The biggest tick in the box was they do free 3D U-value calculations – it really helped to keep the project on track.”  Using these calculations, the Knauf Insulation Technical Support Team recommended Rocksilk® RainScreen Slab for the façade insulation. The product has a thermal conductivity of 0.034 W/mK and crucially, a depth of just 150mm would meet the required U-value.  They also recommended 150mm of Rocksilk® EWI Slab with a thermal conductivity of 0.036 W/mK to insulate the rendered external walls. A2O Cladding also decided to use Knauf Insulation’s OmniFit® Slab 35 to insulate the junctions at roof level to ensure continuity of insulation. Fire safety at every height All three products have the best possible Euroclass A1 reaction to fire classification, so will not contribute to the development or spread of fire, should it occur. This meant they met the second specification factor, non-combustibility.  “The Annexe extension is under 18m tall but that would never influence our choice of insulation material. The A2O ethos is that we don’t touch combustible stuff when there are suitable non-combustible solutions available. I mean why would you introduce that risk? Using Mineral Wool insulation gives us, and the school peace of mind.”  Patel goes on to explain that Willmott Dixon has a reputation for quality and will only authorise the use of tested and certified systems. “As the façade contractor, it’s our job to ensure the quality of the supply chain. The fact that Rocksilk® RainScreen Slab is BBA certified for use in high rise buildings and for so many different build-ups meant it met the rigorous standards demanded for the project.” A focus on sustainability But choosing suppliers isn’t just about performance and fire safety. The third factor in the specification process was sustainability.  “As we finalise the technical design, we need to provide Willmott Dixon with a Technical Submittal for every product, and this includes details of its green credentials. It was another example of how Knauf Insulation makes things simple for contractors. They have EPDs for every product and all the relevant ISO standards, so our insulation specification sailed through.” As well as producing products that improve the thermal efficiency of buildings, Knauf Insulation has been taking steps to reduce the carbon footprint of its products. One example of this is its unique bio-based binder, ECOSE® Technology, which contains no added formaldehyde or phenol. ECOSE® Technology is made from natural raw materials that are rapidly renewable and is 70% less energy-intensive to manufacture than traditional binders, so it is more environmentally friendly. From technical support to performance and sustainability, Knauf Insulation scored top marks in all categories – which meant that A2O Cladding didn’t need to compromise on any of their specification requirements or criteria. 

A  £253m contract by the Ministry of Justice (MoJ) for a newly built resettlement prison in Wellingborough. The project was the first in a series of schemes to be undertaken as part of the MoJ's wider Change, Strategy and Planning Directorate within HMPPS. The aim of the project was to reform and modernise the prison estate making it more efficient, safer and focused on supporting rehabilitation. Working closely with the design team of Kier's and our approved contractor Deane Roofing and Cladding it was clear that the mission to build thirteen buildings and 1,680 prison cells in just 45 weeks meant that programming and speed of installation was key to the success of this project.

Neaco have supplied a major balcony and balustrade specification for a stunning development of 58 luxury apartments overlooking the River Trent in Nottinghamshire. Handrails and balustrade have been precision-engineered in aluminium featuring a powder coated finish in one of Neaco’s standard metallic colours which combines superbly with tinted toughened glass infills to bring a stylish modern aesthetic to balconies and communal terraces enjoying spectacular views across the river. Neaco’s product range also includes structural glass, adaptive bathing facilities and aluminium grilles for flooring, cladding and solar shading.

No.1 Hardman Street is located at the heart of Spinningfields in Manchester City Centre. This recently completed building provides 5 floors of office space and is a piece of contemporary architecture which sits comfortably alongside both its historic neighbours and the large glazed buildings of this commercial area. Being one of the smaller buildings of the Spinningfields redevelopment, the design seeks to maximise its visual impact and optimise the site. With work complete by Eric Wright Construction in July 2014, and cladding sub-contractor Cover Structure Ltd, the distinctive external materials provide a strong visual identity.

Three variations of Proteus HR panels – VM Quartz (grey) and VM Anthra (black) in zinc and polyester powder coated aluminium in anthracite grey – feature as rainscreen cladding elements on the first two phases of Greenwich Wharf. Architecture has played an important role in the life of Greenwich since Tudor times when Henry Vlll and his two daughters who followed as monarchs, Mary and Elizabeth, were born at Greenwich Palace. When this fell into disrepair, Queen Anne commissioned Sir Christopher Wren to build a refuge for naval men.

Rubio Monocoat was specified on the interior and exterior timber surfaces, such as the furniture, kitchen counter top, built-in cupboards, stair casing, as well as outdoor furniture. The interior has a minimalistic and uncluttered feel, rather placing a greater emphasis on the sea, and to the mountains on the Northern side. A dark charcoal colour was chosen for the exterior, and this is in contrast with the light walls inside the house. The kitchen has a clean contemporary feel. There is a spine-wall running through the house, which is cladded with dark ribbon stoning, and copper colours. The furniture is uncluttered as well as being practical for a house that is right on the beach/

The new Muscat International Airport is designed to transform the airport experience not only in the Middle East but on the global stage. A smooth and pleasant customer journey is at the core of the design. Since its conception in 2011, SAS has been heavily involved in realising the aims for each area of the building. SAS has supplied more than 200,000m² of column casing, acoustic wall panelling, staircase cladding and bespoke metal ceilings to the project. Each product has been carefully designed to provide essential acoustic absorption for visitors as well as service integration and accessibility for staff.

This foundry was previously known as the Leeds Copperworks and has played host to industrial breakthroughs, royal visits, and was the workplace of a 5,000 strong workforce before it closed in 1980. Preparation included diamond grinding and shotblasting. Solution Resuprime OT oil-tolerant primer was applied to prevent delamination. This was finished with two coats of Resucoat HB, a high-build, low odour, epoxy resin industrial floor coating for high impact and wear resistance. Outcome The site has been refurbished with buildings re-roofed and re-clad and a modern warehousing and distribution facility created.