"wall light"

When it comes to deciding upon the correct skylight solution for your property, there are a lot of different options available to you. Selecting the right type of skylight is essential to ensure the highest possible levels of light enters the room alongside providing you with the most cost effective option for your requirements. In an effort to try and assist you, we have briefly detailed the most popular options available.

When regional housebuilder, Galion Ltd was looking for a way to speed up the construction process without compromising on using traditional masonry materials for its Jarmany Hill site, it turned to H+H’s Celcon Vertical Wall Panels.Celcon Vertical Wall Panels are storey-high panels of aircrete that are craned into place for a fast build with the reassuring characteristics of a high-performance, durable, masonry structure.Galion Ltd is building five large, detached houses with uninterrupted views over the Somerset countryside towards Glastonbury Tor. With a reputation for building individual properties to a high specification, the quality of the build is a strong focus for the company.Tim Barnes, Managing Director of Galion Ltd explains why H+H Vertical Wall Panels were chosen for the site: “One of the unique features of our houses is that we use local, natural stone walling for the external envelope of the properties. These are slow to build, especially when we’re using a traditional masonry build method as we are restricted to a maximum of six courses before laying the masonry to the same height.“With the traditional method it was taking 8 to 12 weeks to get to the point where we could put the roof on a house. The joy of using H+H Vertical Wall Panels is that we can get the roof on in around 8 days – it’s a huge advantage for us.”Constructing the watertight external shell of a house so quickly allows the internal trades to start work much earlier, reducing the build schedule significantly. When building large homes like the 2,800 square foot houses on the Jarmany Hill site, this time saving is particularly pertinent.Galion Ltd is working with Acorn Innovation Build Ltd whose carpenters were trained by H+H to install the Vertical Wall Panels. It was a fairly straightforward transition for them as they already use a crane to install timber floor cassettes and roof joists.Matt Shuttleworth, Director, Acorn Innovation Build commented: “H+H Celcon Vertical Wall Panels is a new system for us but as a company we are always interested in different methods of construction. I have to say, so far we are very impressed with this one.”Tim Barnes is equally impressed, saying: “I’m struggling to see a downside to the system. Everyone who has seen it has been impressed and I think once other companies see contractors building with it they’ll wonder why they’re not using it too. We’re already planning to use the system at another site that will be breaking ground soon.”

The Problem:Associated problems caused by damp and flooding are commonplace throughout the UK’s housing stock. Growth of black mould and efflorescence caused by salt transfer can lead to thedelamination of the plaster and there is no simple resolution. Often the only choice left to the housing association or local authority is to remove the original plaster and treat the walls with a Damp Proof Course (DPC), before waiting for it to dry to receive a backing plaster – all at the expense of the landlord or local authority.The Solution: A Modern, Lightweight Renovating Plaster:Limelite Renovating Plaster solves all of these problems. Firstly, it can be applied to damp walls, saving an enormous amount of money for time that would be otherwise spent waiting for the walls to dry out – it effectively controls dampness passing through walls, as well as providing a barrier against salt transfer – ultimately allowing the substrate to dry naturally. Secondly, and crucially, Limelite Renovating Plaster will withstand damp issues caused by future events, which may be likely in properties susceptible to damp and flooding.Thirdly the Limelite plaster system offers Thermal Insulation by drying the walls rapidly, reducing loss of heat and insulating the internal walls to meet modern day standardsThermal Conductivity, λ10,dry,mat, P=50% = 0.17W/m.KThermal Conductivity (k) at 0% moisture = 0.13W/m.KAnother benefit with Limelite plasters for internal use is their fire resistance/protection as a non-combustible product (as defined by BS476:Part 4) which can be assigned Class O in accordance with the requirements of the National Building Regulations and Reaction to Fire = Euroclass A1 Making the Difference for Local Authorities Dudley Council in the West Midlands is among the many local authorities that specify the use of Limelite Renovating Plaster when tackling such issues in social housing.“Where a renovating plaster is required we use the original and proven, Limelite” said Andy Pratt, Specification and Design Manager for Dudley Council, which has been specified by the council for over 40 years.Where existing plaster is sound, a small area of plaster is removed and replaced with Limelite.In more severe cases where the existing plaster is unsound, all plaster is removed and the wall is treated with a DPC before Limelite Renovating Plaster is applied. Limelite Renovating Plaster is also used for patch repairs in areas such as window reveals, where again the damaged plaster is removed and replaced with Limelite.A BBA Approved SystemLimelite Renovating Plaster is a BBA approved solution, when used as the backing plaster in a 2-part system, finished with our High Impact Finishing Plaster - a hard, durable finishing plaster that produces a Grade D impact resistant surface.

Kooltherm K5 External Wall Board has dramatically reduced the energy requirements of a social housing development in Solihull

The refurbishment at Rose Hill Garage in Oxfordshire was required following signs of excessive spalling and degradation on the premises’ concrete walls.

Project: Birmingham Energy Innovation CentreDate: 2020 Background:·        APL were engaged to provide a non-combustible construction solution to meet challenging acoustic and thermal performance requirements for the roof and walls·        APL were able to meet the clients requirement for matching solid and perforated profiles·        APL provided all structural, thermal and acoustic calculations Systems:·        2,000m² of APL built-up pre-coated aluminium roof system, using the sinusoidal AP18HR and trapezoidal AP31/1000RR profiles·        1,300m² of APL built-up aluminium wall system, using the sinusoidal AP18HR and AP45HR profiles with both pre-coat and PPC finishes·        800m² of APL perforated aluminium wall system, using the AP45HR-Airwall™ profile with a PPC coating·        Bespoke featured fins in aluminium with an anodised-look PPC coating·        APL Tritherm™ GALV sub-framing ·        All flashings, fixings and accessories  Building Location:·        Birmingham

A large bespoke walk on rooflight from Glazing Vision, split into 20 sections, has enabled plenty of natural daylight into this newly built basement conversion, whilst maintaining their outdoor space.With a mantra of ‘don’t move, improve’ being ever present within the world of today, it is important for homeowners to understand how they can best improve their own home and add value to not only their property but also to their style of living.So, when this homeowner spoke to Goedehuizen Architects, they were keen to understand what could be done to create more space in their home and, in particular, how they could create a new lounge area for entertaining friends. With a lack of space above ground and without removing any garden space, it was decided the best option would be to create a basement extension.One of the common problems when creating a basement extension, is you may not be able to get enough light in and the new room may end up gloomy or always dependent on artificial light. Therefore, to avoid this becoming a problem, Goedehuizen Architects sought out a rooflight option which would enable ample light to enter the basement whilst not impacting on any of the outdoor space.Impressed with his discussions with Glazing Vision Europe, it was decided that the initial concept designed by Maikel Snels, architect at Goedehuizen Architects, could be achieved and would include 3 bespoke double glaze diamond shaped walk on Flushglaze rooflights and a large multi-part walk on rooflight, in a U shape and split into 20 sections.Glazing Vision Walk-on rooflights using Flushglaze technology are designed to be installed flush with external flooring – perfect for flat roof terraces. The multipart construction also allowed the construction beams to become camouflaged within the design.Due to its frameless design the U shaped walk on Flushglaze flat rooflight, measuring 1200mm (span) x 11700mm x 15500mm x 11700mm, was not only able to provide the required natural daylight into the basement, but also created an aesthetically pleasing design that fitted into the garden well and maximised the usable space by enabling the clients to walk on the product.This additional natural daylight has helped to bring new life into the property and showcase a remarkable extension project, which has provided the homeowners with the perfect lounge area for entertaining.“The finished result is really great, we get a lot of positive response on the rooflights. Because of the rooflight the basement is a very light space.” Maikel Snels, Goedehuizen Architects.

Jill Ranford and Patrick Taggart are the proud owners of a beautiful new build home in Southern France. The main bedroom features a vaulted ceiling with access to a loft via a wall hatch located 2.7m up from the floor. Therefore, a loft ladder was required that could be easily operated at that height and could be folded behind the wall hatch door without taking up much loft space. The Elite Vertical Loft Ladder proved to be the perfect solution for Jill and Patrick’s needs. Read about their experience...

Style was recently contracted to design and install a creative moveable wall system to divide the main space at the Kadampa Meditation Centre in London. Allowing different groups to enjoy this quiet haven in privacy, the DORMA Moveo glass partitioning wall delivers an incredible 50dB Rw acoustics, thanks to semi-automatic seals and toughened safety glass. DORMA’s products lead the way in sustainable solutions with environment product declaration (EPD) in accordance with ISO 14025 and EN 15804, meaning that this is not only a highly practical solution, but an ethical one too.

The Sedgewick and Barwick high rise building in Bristol is council owned and has been in need of improvements to prevent damp, cold and condensation. As part of the Bristol Homes Standard, Bristol City Council has been working to provide warm, safe and energy efficient homes for its tenants via its Warmer Homes project. Over 4,000m2 of SPSenvirowall Wall System 2, utilising GEPS with an Envirorend base coat, mechanical fixing and acrylic brick slips was installed as part of the external wall build-up.

Sara Bonfield knew what TK-Team could produce and designed multiple rooms that would have our glass writing surfaces. The room pictured shows a custom glass writing wall in conjunction with twin displays and acoustic wall lining. We produced Glass Writing Boards for many meeting rooms and offices and a stylish Glass WriteWall for the main conference room (pictured). The challenge was to ensure all surfaces were level when finished.The project was completed in co-operation with Forrestfield Studio, and Sara Bonfield.

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.”

An exceptional experiential showroom space featuring Rockfon Mono Acoustic which is curved and integrated with Orac Decor wall mouldings.

The large vertical and square openings of the award - winning Helga de Alvear Museum of Contemporary Art feature the Arion XXL roller blind for largewindows , making it possible to create a play of lights and shadows ideal for the exhibition rooms .Tecnically , the cable guides allow a perfect fastening of the fabric without creating “weight” in the design of the façade .Also, the project perfectly integrates in its surroundings, inspired by the traditional house with a garden .

Designed and Manufactured by Simplicity Timber Solutions this curved folding sliding door system was crafted for an opening of 9 linear meters. This was designed to enable a 10 door leaf system to be effortlessly opened, plus it folds and slides in the same direction. To seamlessly bring the room together, Accoya was also used for the 16 sided hex decagon lantern light ceiling feature. Dimensional stability is key for large joinery installations such as this.

Bygga Construction extended this magnificent London family home to include a master suite and guest wing. As part of the project the basement was dug out to create a massive family room, complete with wine cellar. Three Clement double steel door sets were included in the design for the rear elevation. Not only do these create a stunning feature but they allow plenty of natural light into the increased family living space.

Manor Park is a new build development of 53 homes, located on the northern edge of Ashford in Kent. RCM supplied 216 planks of 190mm wide Supertech Weatherboard in a stained Light Oak finish. Plastestrip end and starter profiles (Plasticlad) were also supplied colour matched. Supertech Weatherboard proved to be the perfect choice as it has the beautiful look of natural wood without the need for costly maintena

Sika Liquid Plastics’ Decothane Ultra cold-applied liquid roofing membrane has been used to refurbish the roof of All Saints Catholic Academy in Mansfield, providing a solution that has addressed water ingress, thermal performance and awkward detailing around roof lights without causing any disruption to lessons or health and safety concerns on site.Components:Sika Liquid Plastics Decothane Ultra.

Canadian hospital chooses Altro for new MRI suiteIssueThe Centre Hospitalier Hôtel-Dieu D’Amos short-term hospital in Quebec, is part of the Integrated Health and Social Services Center (CISSS) of Abitibi-Temiscamingue. The hospital is a designated regional trauma centre and its main regional vocations are orthopaedics and vascular, plastic and maxilo-facial surgery.Since 2001, the region had an magnetic resonance imaging (MRI) service via a mobile unit that moved from centre to centre, that reached the end of its useful life a few years ago. In 2021, the hospital became the home to the region’s first fixed MRI scanner.ApproachMaterials in the room must not interfere with the powerful electromagnets, while also being aesthetically pleasing, as the procedures performed could be quite stressful for many patients.As the region’s only fixed MRI, capable of performing 6,000 exams per year, this project required protective wall cladding with superior and long-lasting durability. Materials had to be non-porous, hygienic and easy-to-clean. Due to frequent wheelchair and stretcher traffic, a high impact-resistant surface was also a very important criterion.SolutionMLS Architects selected Altro Whiterock wall designs. The hospital was familiar with Altro Whiterock, having used it in other areas of the hospital. They especially liked that Altro Whiterock wall designs combine the durability, hygiene and resilience of Altro Whiterock wall cladding, with natural looking patterns. These helped enormously with the warm and comforting ambiance that they desired. The Altro walls system easily replaces the typical laminated particle board typically used in applications such as this, all while offering a more durable surface finish and a longer lasting product guarantee. Altro Whiterock Satins in Mint was used in the bathroom and changing area.

The ChallengeSimon Balle School asked BrookhouseUK to help them create two new Unisex washrooms in their Block 1 and Block 2 Sixth Form areas of the school.The aim was to create open plan washroom spaces but with two sides to them by creating a partial height wall separating the two sides. As the layouts were completely changing and structural work needed to take place, this was a challenging undertaking.Full height IPS cubicles were required with separate vents in each along with new hand washing facilities. Simon Balle School were fully committed to investing in these new modern toilet blocks which future-proofed them for generations to come. They also did not want to wait until the next summer holidays to complete the work.The SolutionBrookhouseUK, having created a strict methodology for term time work, were able to refurbish both washrooms during term-time. We created a design which included demolishing the central dividing wall and installing new half-height partition walls using timber studs and hygiene wall cladding.Two new modern solid surface wash troughs sat on each side of the new walls which included automatic taps and automatic soap dispensers, vastly improving the facilities. Oak effect doors with contrasting dark IPS panels gave the washrooms a fresh, updated look.New automatic dryers were installed to complete the modernisation. Simon Balle School were delighted with the results and have happily recommended BrookhouseUK to other schools. We Provided:Full Height IPSUnisex DesignsContrasting Colour Doors and PanelsAutomatic Taps and Soap DispensersHygienic Hand-DryersModern Solid Surface Trough

Newton Specialist Contractors ASF Waterproofing were called in to investigate why the Bridge Master’s Quarters at No.1 Tower Bridge was suffering from damp and proceeded to install multiple Newton products to resolve the issue.At the world-famous Tower Bridge, landscaping contractor Maylim was commissioned by the City of London Corporation to investigate why the Bridge Master's Quarters at No.1 Tower Bridge was suffering from damp.After excavating, they discovered that the structure had no effective damp proofing protection. Newton Specialist Contractor ASF Waterproofing were commissioned to install new damp proofing measures to solve the issue.ASF Waterproofing approached the project in two phases, using multiple products to effectively damp proof both inside and outside the building. At the start of phase one, ASF correctly prepared and cleaned the internal wall surfaces before installing a new damp-proof course by injecting Newton 804-DPC into the walls at regular intervals, then sealing the holes with Newton 313-WP. The walls were then smoothed with a new internal render, ready for Newton 103-S to be quickly and easily sprayed to provide a final barrier to water.For phase two, the ASF team turned to the external walls of the structure, preparing and cleaning the surface before applying a new external render coat. The wall was then thoroughly waterproofed with four coats of the flexible, resilient Newton 109-LM. To ensure that the building was completely protected externally, the waterproofing began at 1 metre below ground level and extended all the way up to the existing windowsills.Thanks to their meticulous attention to detail and high standard of installation, ASF Waterproofing were able to provide both the contractor and the client with a high-quality and comprehensive damp proofing solution. As a result, the City of London Corporation can now hand over the building to the new lease holder, safe in the knowledge that it is well protected from damp.

To facilitiate their exciting BSc Paramedic Science course, the University of Surrey identified that they needed more practical training space for their students. By working alongside Scott Brownrigg Architects, Newton Specialist Contractor Advanced Basements, and the Newton Technical Team, an extensive existing undercroft was converted into three large, dry rooms that are ideal for the purpose.With an emphasis on practical elements, the exciting BSc Paramedic Science course at the University of Surrey needed a new, well-equipped training facility for its students at the Surrey Research Park, Guildford.Having identified a large existing undercroft for the purpose, the University consulted with Scott Brownrigg Architects, as well as the Newton Technical team and Advanced Basements in order to create a new, dry space.The extensive undercroft area was first separated into three large rooms, based on what each room was going to be used for. These were defined as:A live environment Paramedic Training room, with an existing concrete floor, concrete retaining walls, and blockwork internal wallsA storage area, requiring a new insulated floor, and with concrete retainng walls and blockwork internal wallsA plant room, requiring full internal waterproofing to the walls and floorConsidering that the existing structure was already quite robust, Newton and Advanced recommended an internal Type C Newton CDM System. This method of waterproofing is the most failsafe method, using membranes to capture the water, and sump chambers and pumps to collect and remove it. The pumps are also supported by a battery backup system for total security.Advanced Basements acted as the specialist waterproofing contractor and the waterproofing design specialist on this project, working alongside the architect and client to design the system, before providing a high quality installation.Furthermore, thanks to their early involvement, Advanced also took design liability for the project and guaranteed the installation for the client.

Berry Systems supply and installed safety barriers and balustrading to protect loading bays, warehouse racking, pedestrian walkways and the plant.The new Co-Operative Composite Distribution Centre in Birtley covers 25,600 sq metres (276,000 sq ft) and supplies a vast range of products from 3,500 lines to 262 Co-Operative stores in the North of England.Activity in the centre is extremely busy with hundreds of vehicle movements daily facilitated by 500+ members of staff. We won the contract to supply and install all the safety barriers, balustrades, loading bay barriers and racking protectors inside the warehouse, as well as the vehicle perimeter barriers and ramp barriers externally.All the products, with the exception of the galvanised spring steel barriers, were painted in high visibility yellow. The spring steel barriers are designed to absorb  impacts from HGVs and forklift trucks while retaining their own integrity and ongoing effectiveness. The Co-Op were determined to ensure their new development was as environmentally friendly as possible. Waste oil helps provide heating and the lighting system is solar controlled to eliminate wastage. It ensures a variable level of interior lighting to automatically complement exterior levels.

Orbis OS200 Vertical Bar Infill Side FixOrbis OS211 Glass Infill Top FixProviding more than 120,000 sq ft, of innovation space for high growth enterprises, this project is situated within Imperial College London’s White City campus. Built by a market leader with specialist expertise in modular buildings, this project demanded a high level of innovation, and a balustrade supplier that delivered on cost, quality, and timescales. The main reception area is dominated by a large feature stair providing access to all floors, and the Orbis balustrades with glass infill achieve a stunning first impression and allow maximum light through the space from the vast glazed roof lights above. Throughout the three core stairs, which are used for general circulation and escape routes, the vertical bar infill panels within the Orbis balustrade was used. This robust modular panel solution is pre-manufactured to speed up installation on site, which was extremely important to the main contractor. Individual stair cores were not closed for extended periods of time, which means greater productivity, less management time, and reduced risk for the main contractor.

Mono M311 Glass Infill Top FixMono M351 No Infill Top FixOrbis OS200 Vertical Bar Infill Side FixPart of a £71 million scheme to construct three new academy schools in the area, Oldham Academy North was designed by Manchester-based architects, Aedas and constructed by Willmott Dixon.The school features a striking glass frontage for the triple height atrium reception with a brick clad teaching block to one side and a vibrant purple frontage to the other. The feeling of light and space created by the school’s two atriums is carried through by HiBuild coated Mono system balustrades with stainless steel handrails. These enable the creation of safe viewing galleries/walkways, overlooking the open plan library mezzanine and the central ‘Agora’ theatre space.The same system was used to create the handrails for the school’s six staircases, maximising natural light and enhancing transparency as students and staff move around the building. Delta Balustrades worked collaboratively with the design team to ensure that the balustrades and handrails not only meet the aesthetic requirements for the scheme but that the fixing detail for the atriums fully comply with loading requirements.

The £45 million world-class School of Management is the flagship building of the University of Bath. The seven-storey building brings together the entire school under one roof and is a place to inspire new levels of collaboration and showcase the excellent learning, research, and industry partnerships available.The three principles of the design are flexibility, transparency, and collaboration. At the centre of the building is an impressive atrium with a feature steel staircase.   Within the atrium is the pavilion, a double height space flooded with natural light has been designed as a hub of activity where great minds meet. The buildings two arms emerge from a central node, each wing housing an array of academic and research space. The design brief called for openness and transparency which was achieved by the use of Lusso glazed partitioning throughout. The Lusso 25 glazed system and Silenzio doors were used to enhance and divide up space which at the same time allows natural light to filter through the building and encourage connectivity. Where the design required glass partitions in excess of 3.5 metres height the Lusso 105 glazed system was selected to meet the structural requirement which has created a visually impactful atrium.

The Carnaby Street Living Wall, spearheaded by a collaboration between Shaftesbury Capital PLC, Brimelow McSweeney Architects and Terapia Urbana, Scotscape Urban Greening, seamlessly integrated Terapia Urbana's patented Fytotextile® living system into the historical and vibrant landscape. This innovative living wall system is uniquely manufactured to fit perfectly around architectural elements, such as windows, ensuring an aesthetic and functional blend with the building's facade.A key aspect of the project's success was the strategic selection of plants, informed by detailed microclimate and sunlight analyses conducted by Terapia Urbana. This approach ensured the chosen vegetation thrived, enhancing the wall's ecological value and sustainability. Furthermore, the use of large planting cells in the upper sections of the wall allowed for the inclusion of shrubs, increasing soil volume, and thereby supporting a richer biodiversity and healthier plant growth.One of the Fytotextile® system's main advantages is the enhanced aeration it provides to the plant roots. This crucial feature improves the plants' performance and health by ensuring that roots receive the necessary oxygen to support respiration, significantly boosting the plants' overall vitality and resilience. Enhanced root aeration leads to healthier plant growth, reducing the risk of root diseases and ensuring the living wall remains a vibrant and dynamic feature of Carnaby Street.The collaboration between the involved parties resulted in a landmark Living Wall that not only transformed Carnaby Street's visual landscape but also set new benchmarks for integrating green spaces into urban environments. This project exemplifies the potential of combining innovative green technology, such as Terapia Urbana's Fytotextile® system, with meticulous ecological planning to create sustainable, vibrant urban green spaces that harmonize nature with city living, inspiring future sustainable urban developments.Brimelow McSweeney’s quote: ‘Carnaby Street is one of the most iconic fashion streets of London and a desirable address for commercial offices. The project involved substantial extensions and a full refurbishment behind an existing, uninspiring façade. The Fytotextile system is an easy to apply system that allows over-cladding existing and extended structures without over-loading. The expertise on suitable planting provided by the Terapia Urbana/Scotscape team was a fantastic support for developing our artistic vision to include patterns of the fashion industry within the planting schedules.’Photos courtesy of Brimelow McSweeney Architects

Finishes: Interpon D2525 YW206F and YW207F Parts coated: Curtain walling roof panels, louvres Architect: HOK Applicator: Argonaut

The StoTherm Classic M external wall insulation system was specified for the new Day Hospice building at Mary Stevens Hospice in Stourbridge.

Installed by WD Group for main contractors RG Carter, the curtain walling was an integral part of architects Stride Treglown’s vision for the landmark structure, which also features a flying roof. It features AluK’s SL52 flexible capped curtain walling system throughout, with an entrance door fabricated using the suited GT55TB door system. The diagonal design and irregular angles meant that AluK had to create a solution with multiple transom and mullion sections which was cost effective, while still being true to the aesthetic and meeting the static considerations and performance requirements laid out.

In a secluded corner of the Northern Highlands lies Skibo Castle, home to the Carnegie Club, an exclusive members club offering the best of Scottish hospitality & grandeur. Gratte Brothers designed and installed the new kitchen with Gavin McDonald Flooring. As part of the design, Gratte Brothers selected a range of Altro floors and walls to meet the exacting standards of the brief. Altro floors and walls are Hazard Analysis and Critical Control Points (HACCP) approved meet all current European Union (EU) Directives on health and hygiene, making them particularly suitable for use in commercial kitchens.

In a secluded corner of the Northern Highlands lies Skibo Castle, home to the Carnegie Club, an exclusive members club offering the best of Scottish hospitality & grandeur. Gratte Brothers designed and installed the new kitchen with Gavin McDonald Flooring. As part of the design, Gratte Brothers selected a range of Altro floors and walls to meet the exacting standards of the brief. Altro floors and walls are Hazard Analysis and Critical Control Points (HACCP) approved meet all current European Union (EU) Directives on health and hygiene, making them particularly suitable for use in commercial kitchens.

Project: Magenta Storage Reference: Forum Architects Assembly:·        Walls – APL StrongBak™ with complex APL Slimwall™ vertical rainscreen panel envelope & complex feature detailing·        60 minute Firewall performance due to boundary walls Size:·        Approx 7,000 m² of StrongBak™ and external rainscreen panels on a restricted site Special Features:·        21m high 6 storey building – designed to look like a 4 storey building·        Rainscreen panels in various shades and textures of black·        Bespoke feature floor band detailing

Integrating over two thousand employees from across Dublin into one location, Microsofts new offices take on a human-centric form. Covering 33,000 sq m of floor space the new development connects employees from over seventy two different nationalities. Using both Aluprof MB-SR50N capped curtain wall and MB-SR50N EFEKT capless curtain wall systems the project achieves the architectural performance and aesthetics desired. Providing the building users with exceptional natural daylight. Architect: RKD Architects Main Contractor: BAM

Year: 2019Architect: Maber Assembly:·        Walls – APL StrongBak™ with external vertical APL profiled cladding Size:·        Approx 23,000 m² of StrongBak™ & APL external wall profiles Special Features:·        StrongBak™ system requested direct from client·        A follow-on project from the new BMW Mini factory in Oxford, which APL supplied as the same construction assembly and area·        Building 23m high·        All materials delivered to site within a 6-7 week period Building Location:·        Swindon, Wiltshire

Mace Group purchased the units directly and free-issued them to the steel frame contractor, VBH JV (a joint venture ofHollandia and Victor Buyck). Some of the units were 7m x 1.5m wide which Ambar Kelly designed to incorporate horizontal fire protection and drylined fire walls as part of the RiserSafe® system. This allowed for a group of shafts, or openings, to be combined into one unit, which reduced the number of trimmer steels and concrete beams required for walls, thereby reducing crane lifts and construction time. (Courtesy of James Reid Photography.