"elevator"

The ChallengeFailing retaining wall needed to be stabilised and strengthened.The failing masonry wall, to the rear of Latches Close Social Housing, was braced with timber struts and remained like this for 10 years. The ‘temporary’ buttress was effective for a short time but then the wall began to move. The brick retaining wall had fractured at the corner which was a sign it was slowly inching forward. For fear of the wall’s collapse, the surrounding area was cordoned off with heras fencing. For health and safety reasons, the rear of the social housing was completely ‘out of bounds’.The wall couldn’t be taken down and replaced because there was a car sales elevated above. The car sales proprietor did not want his land to be affected. Clarion Housing Group contacted Engie to survey the failing wall and propose a solution. The SolutionSecura Grand was installed under the expert advice of Tobermore’s Civil Engineering Consultants.Engie had previously worked with Tobermore on other schemes and had experience using their Secura Grand Retaining Wall system. Following consultations with Tobermore’s Civil Engineering Consultants, Engie proposed Secura Grand as a solution to strengthen and stabilise the existing wall.Rather than replacing the entire wall, the existing wall and its timber buttress was incorporated into the retaining wall designs. This retaining wall project has restored land for the residents and property managers.

Architectural glazing systems by Kawneer, including aluminium heritage-style GT70S windows appropriate for the conservation area, have helped to transform the façade of an old radio and television factory into the new four-storey London Screen Academy building at Highbury Grove in Islington, north London.Kawneer’s GT70S slimline renovation open-in windows were the “focal new element” of the renovation of the façade of the four-storey building at Highbury Grove in Islington, north London, where Kawneer’s AA®100 zone-drained curtain walling and series AA®190 TB entrance doors also feature.The GT70S windows with narrow sightlines were installed over 12 weeks by a team of eight from specialist sub-contractor and Kawneer dealer JPJ Installations throughout the 8,050m2 building, with the AA®100 curtain walling, which also has narrow 50mm sightlines, used on the rear elevation and the series AA®190 TB severe-duty welded doors used on the main entrance.This cutting-edge new free school by the Department for Education provides world-class film industry focused vocational training, including behind-the-camera roles, costume design, production management, distribution and marketing, alongside a broader curriculum, for 17 to 19-year-olds.

With a view to attracting more technology and media tenants to New York City’s NoMad Tower, owners Global Holdings and architects NELSON were keen to produce a dynamic, industrial-style space that fit in seamlessly with the vibrant and rich history of the surrounding neighbourhood North of Madison Square Park.The multi-million-dollar makeover of the 39-storey building included repositioning the entrance of the building from 32nd Street to 31st Street, with priority placed on the design of the lobby and shared communal spaces to achieve the architect’s vision.Working with our US distribution partners Lewis Stevenson, Planet’s export division manufactured and supplied multiple solutions from our LOFT range of glazed partitioning.LOFT20, LOFT54 and LOFT100 glazed partitions were utilised throughout the space at NoMad Tower, including one elevation 15 feet in height that required custom angle returns to be created. With acoustic performance a priority, the double-glazed LOFT100 (54dB RW) meant that the noise reduction between the bustling reception area and conference space was achieved to a very high standard.Planet IsoPro double-glazed pivoting doors and EclipseTec soft open & close sliding doors were fit alongside the LOFT systems to ensure continuity in noise reduction while providing superb user interface experience.

Crossrail’s new station at Abbey Wood has been built over the railway tracks where the Elizabeth line terminates. From above, the building is shaped like a manta ray, its ‘wings’ extending into canopies sheltering staircases either side which swoop down to platform level below.Stretto-22 Soffit PanelsThe soffit panels for the staircases and elevated walkways were made from Stretto-22 pressure-locked grating, customised to a bespoke 66x22mm aperture to provide an enhanced level of visual screening. Each panel was exactly contoured to match the demanding serpentine shape of the footbridge canopies.Torino-22 Barrier FencingBarrier fencing was made for the platforms from Torino fence panels which were customised and engineered with a heavy intermediate framing bar at the loading point to comply with Network Rail’s specified requirement.DeltaBox-70 Louvred ScreeningStorage areas beneath the stairs were secured with DeltaBox-70 louvred screening panels.Torino-11 and Stretto-11 Protective Screens Lang+Fulton also supplied a Torino-11 screen to protect the overhead lines and track from the threat of thrown objects.An alternative access to the station was enclosed with a Stretto-11 anti-projectile screen.

Falkener House is a 17 storey, residential apartment block located near Coventry city centre. It was originally constructed in 1968 to provide council accommodation.New regulations stipulate that buildings of over 18 metres in height must be fire resistant and classify to A2-s1, d0. KEIM Paints are the only paint manufacturer, to date, that meet this classification.Leicester based Elhance Limited, who specialise in cladding and roofing installation and repair, contacted KEIM to provide a fire resistant paint coating. Bryan Roe, Senior Sales Executive of KEIM Mineral Paints, visited site and produced a comprehensive specification. His findings included moss and green growth over the previously painted concrete, particularly on the south elevation and corners. A power spray was recommended to thoroughly clean the surfaces as part of the pre-paint preparation.Upon cleaning, it was found that the previous paintwork was in good condition. KEIM Soldalit-ME was specified due to its A2-s1, d0 fire classification. Soldalit-ME is a durable exterior paint that has the added benefit of breaking down organic material and contaminants, which will keep the surfaces cleaners for longer.The facades will not require decoration for another 10-15 years, if not more.A further two tower blocks, also situated in Coventry, have been commissioned to be painted using KEIM Soldalit-ME again due to its fire resistant and durable benefits

The Castle Hotel Windsor, dating back to the 1600s, is situated amongst some of the most historic examples of architecture in the UK. The hotel is located opposite Windsor Guildhall, near to royal attractions such as St George’s Chapel and Windsor Castle.The Castle Hotel first began its life in 1528 as The Mermaid Inn, brewing beer and cider. In the 1700s, Richard Martin was awarded the first of the hotel’s Royal Warrants, to provide horses and carriages for the royal household, making it one of the most popular and grandest places to stay in the Royal Borough.By the 19th century, the Duke of Wellington dined at the hotel following his victory over Napoleon at the Battle of Waterloo, which elevated its reputation as the connoisseur’s choice of accommodation in the area.Today, The Castle Hotel Windsor retains this reputation and has recently been restored and to preserve the elegance and atmosphere of its rich history.It was recommended to remove all existing render and re-render using NHL (Natural Hydraulic Lime) to allow full breathability.The KEIM Soldalit-ME system, in colour 9435, was specified for the redecoration of The Castle Hotel Windsor to provide a long-lasting and durable paint finish. It has the added environmental benefit of helping degrade nitrogen oxide pollutants from the atmosphere. The photocatalytic reaction also helps to breakdown organic material and contaminants, keeping surfaces cleaner for longer.

In 2013, the largest and most impressive Wall-Holla in the world was sold to Ketteler Hof - a family-owned Play Park that wanted something truly extraordinary to add to its playground. After extensive research, planning, and customisation tailored to their unique needs, they got exactly what they wished for - an incredible 36m wide Wall-Holla with not one but three thrilling Drop Zone elevators!Turning unused space into a popular family oasisThe Czyżyny Park Avia is an example of how public participation can help create vibrant recreational spaces that benefit the whole community. It provides an opportunity to get outdoors and enjoy nature while engaging in physical activity with friends and family. The park is located in the area of the former bus depot and part of a disused airport where used to be 3 hectares of asphalt and concrete.The playground includes climbing frames, carousels, swings, and a vertical playground Wall-Holla with challenging obstacles that will keep kids entertained for hours. There is also an outdoor gym with Lappset's metal gym equipment.The end result is a very popular recreational family place in the city of Kraków with a nice story still referring to its previous function: planes and buses are part of the pattern on the EPDM surface at the playground.The project was part of THE GREEN CITIES EUROPE AWARD – 2022 and it has been praised for its quality recreational spaces and innovative value.

Project:Unity Campus Client:Howard Group Architect:Nicholas Hare Architects Value: £12m Location: Sawston, Cambridge Completion Date: June 2023 Innovare duration onsite 15 Weeks GIFA: 88,000 sq. ft Air Tightness: 1 via passive purple U-Value 0.13 (259mm i-FAST with additional insulation by others on inside face of panel) System: i-FAST/Wrap SolutionPhase 2 of a new £100 million technology and R&D campus in Sawston, south Cambridge is now complete, providing an additional 90,000 sq. ft of science laboratory space across three buildings. Built on Cambridge’s reputation within life sciences, this phase enhances Unity Campus and elevates the region’s role within the industry. Designed by Nicolas Hare architects, the building envelope is purposely designed to provide occupants with a healthy and attractive environment. Collaborative design development incorporating a concrete frame and advanced structural timber technology meant an innovative approach to the construction method could be adopted, bringing key advantages of sustainability and performance efficiency. The Innovare Offsite i-FAST Panels were selected for construction because they minimize embodied carbon compared to steel framing systems, achieving the sustainability objectives set by the client Howard Group. Effective collaboration with the architects ensured that the client’s performance specifications were agreed well in advance of the start date.

A catastrophic fire meant the original property at this site was uninhabitable and beyond repair. Planning permission was granted for a new house to be built, of a similar size, but different proportions. The new home has been exquisitely designed to be in keeping with the natural surrounding landscape and the traditional building that was there previously.Clement was delighted to be chosen to manufacture bespoke steel windows and doors for all elevations of the property. The EB20 range with multi point locking was specified. Offering elegant slim frames, a high level of thermal efficiency and when combined with multi point locking, it meets the enhanced security standard - PAS24.Attention to detail was crucial on this project, not least because of all the different leaded light designs on the steel doors and windows. In total 38 windows and 14 sets of steel doors were manufactured, all power coated RAL 7016 Anthracite Grey (matt). Beautiful Eaton and Kensington handles were chosen to complement the fenestration which were all painted to match the frames. Jon James, Contracts Manager at Vale Southern said:“The new steel windows and doors are a major feature of this stunning property; in line with the rest of the building they are of a very high standard. Clement have stuck to the various time scales and have helped us with any issues that have arisen after. We have worked together on a few projects now and have been pleased with their service.”

As with many primary schools, St Andrew’s C of E Primary School suffered from a serious lack of dining space with a small hall that also had to accommodate indoor PE lessons and assemblies. A further issue was that no internal connections existed between the two main blocks of the school, meaning students had to walk through the front carpark of the school – a major safeguarding issue.Streetspace have completed two projects to resolve these issues for the school, installing a 10.0m x 5.0m Triton Maxx symmetric polycarbonate roof canopy in a courtyard adjacent to the hall to provide additional dining space, and a 20.5m x 1.5m Triton Mono walkway with glazed curtain walling to provide security across the front elevation of the school.The projects have been a great success for the school, with the head teacher commenting: “The covered walkway means the whole front of the school is enclosed, ensuring children having lessons in the hall aren’t disturbed and visitors can only access the school through reception. The dining room was overcrowded, and the noise levels were higher than we wanted and it made it difficult to manage. Now we’ve practically doubled our dining space and that’s really helped the children choose where they want to go and eat. It’s helped with the noise levels and made the dining experience much more pleasant.”

News that The Curve in Slough has won an LABC award in the “Best Public Building” category, has delighted Metalline who supplied a wide range of architectural aluminium fabrications on the project. At the heart of a £450m regeneration scheme, The Curve is Sloughʼs premier cultural centre. Now complete, it houses a new library, café, museum, performance venue and learning rooms. The iconic project features a bespoke cladding system curved on plan and in section. The complex geometry involved to the North, East and West elevations meant that Metalline were involved from an early stage with contractors Colorminium, who took responsibility for the detailed design and delivery of the full building envelope. Once Colorminium had specified their requirements for the project to Metalline, the architectural aluminium was supplied promptly and to the exact measurements and detailing. The bespoke cladding system features a range of Metallineʼs curved and straight fascia panels, Secret Fix soffits and curved Secret Fix hook on Unity rainscreen panels complete with welded studs to the rear and curved carrier system. All panels and soffits were finished in a polyester powder coated RAL 9006 metallic silver finish to give the building a modern and high quality appeal. Metallineʼs aluminium rainscreen cladding now has CWCT certification which has provided architects and specifiers with limitless possibilities for their projects enabling them to use unique and elegant rainscreen designs.

The Challenge The Horsted development in Chatham, Kent, was to provide for a range of housing suitable for its suburban context. Incorporating a mix of two and three storeys, properties ranged from one and two-bedroomed apartments through to two to four-bedroom family homes with gardens, parking and garages, all set with an attractively landscaped setting of shared surface with pedestrian priority zones. The Solution The development incorporates 169 houses, 111 apartments, 9 coach houses and 63 affordable extra-care accommodation The design has been carefully crafted to create a relationship with the surroundings, with the choice of brick being key to achieving this objective. The combination of smooth red stocks and subtle and heavily creased soft mud bricks provide a pleasant aesthetic, alongside a combination of red, brown and occasional black slate roof tiles to give added variety. Chelsea Smoked Red brick from the Ecostock range was the brick selected for this development. Projecting Flemish bond panels and recessed soldier courses create modelling and depth within the elevations of each block and enhance the overall character of the scheme. The Benefits The site strikes a good balance between communal and private space, with the choice of brick adding warmth and connection to the surrounding environment. The brickwork contributes to achieving a high-quality finish. This project won the Large House Builder category in the 2018 Brick Development Association’s annual Brick Awards.

Situated in the middle of the London Borough of Hackney, Will Wyatt Court is a 511-room residential building providing student accommodation.ChallengeRoofing & façade contractor Russell Roofing Ltd were contracted to carry out refurbishment works externally on the Will Wyatt Court building - recladding and subsequently transforming the building with BTS Façades and Fabrications' Vantage® IP Interlocking Plank rainscreen system in alternating metallic colours.SolutionThe rainscreen panel used has a secret fix fastening system, which means that the majority of the fasteners are hidden - but the remaining exposed fasteners have to colour match exactly the panel in order to blend in with the building.Using Fixfast DrillFast low profile lacquered fasteners, Fixfast were able to colour match the fastener heads so Russell Roofing could install the fasteners knowing they'd match perfectly with the external panels.Fast forward to 2023 and Russell Roofing were awarded 'best refurbishment project' in the 2023 UK Façade Awards for the Will Wyatt Court refurbishment and re-cladding of the building. "Working with Fixfast at Will Wyatt Court was a great experience all round. Their unwavering commitment to providing technical support, cost-effective solutions, and exceptional customer service has not only streamlined our processes but elevated the overall success of the project."Frazer Simpson - Director at Russell Roofing Ltd

The ChallengeAs part of this strategy, the decision was taken to replace a fully-glazed non-fire-rated internal atrium with a new, high-performance fire-rated solution to ensure the highest levels of fire protection.Spanning five storeys, the atrium would create a functional yet architecturally stunning light-filled centrepiece within the modern office space.Forming part of the broader regeneration of Dublin Landings, bringing this aspect of the project in on time would be critical.As a result, Walls to Workstations were tasked with removing and replacing the five-floor atrium in just six weeks to see the project through to completion.The SolutionWorking closely with W2W, Pyroguard supplied more than 500 square metres of toughened EI30 fire safety glass to the project. Equipping fabricators with the flexibility to deliver on ambitious architectural projects which require large expanses of glazing, Pyroguard toughened glass provides protection against flames, smoke and radiant heat and delivers impact classification of 1B1 to EN12600.Complementing modern architectural ambitions, the inclusion of large areas of toughened glazing within projects helps to safely incorporate natural light into buildings, something which is critical in renovation projects where buildings are being transformed from their original purpose.In practice, this sees spaces flooded with natural light, elevating levels of light transmission throughout a building and having a positive impact on occupants’ wellbeing – crucial in delivering functional and inspiring workspaces.

As a leading provider of renewable energy across the UK, SSE Energy Services aims to drive the transition to a net zero carbon world through the development, construction and operation of state-of-the-art renewable energy assets. To support this mission, in 2017 SSE built a wind farm in Stronelairg - a remote area of Scotland near Loch Ness. At an elevation of around 600 meters above sea level, it is one of SSE’s windiest sites. The site includes 66 wind turbines and has the capacity to generate 228 MW of energy.As part of the project, SSE needed to create three transformer enclosure bays on the site, each of which had to meet a demanding four-hour fire-rated standard. This required the installation of walls and ceilings - as well as internal access doors for maintenance personal - that would all meet this high-level of fire resistance. It was also necessary that various penetrations, including wall bushings, were able to safely pass through the barriers in the enclosure bays.An additional challenge was that the project would have to be completed in an isolated setting where the work would be constantly exposed to cold, wet weather conditions. Having worked with Promat and its products for more than a decade, the project’s subcontractor, Invicta, knew its fire protection solutions would be a perfect fit for the wind farm’s unique requirements.

Woolton House stands as a testament to the architectural prowess of the past. Constructed during the 18th century and remodelled in the 1930s, this magnificent estate exudes an air of elegance and grandeur. Reading-based Herridge Decorators undertook removal and reinstatement of areas of deterioration, replacing failed cement render with lime render. One of the key advantages of lime render is its breathability, allowing moisture to evaporate from the building's walls and preventing the accumulation of dampness and subsequent damage. The use of lime render in conjunction with the vapour permeability of KEIM Mineral Paints ensures restored areas remain structurally sound and free from the detrimental effects of trapped moisture. The application of impermeable acrylic-bound coatings over historic limewash had contributed to delamination and required removal back to a sound edge prior to redecoration. Surface breathability cannot be restored unless impermeable coatings are removed, however if sound and well adhered to the underlying substrate, redecoration using KEIM Mineral Paints remains possible. KEIM Mineral Paints chemically bond to bare mineral substrates and chemically bond to sound existing paints, providing surface protection and UV stable pigment. Following recent wet weather, organic growth has become more apparent on surfaces retaining moisture which are unable to dry out. Green algae can cultivate on any exterior surface retaining moisture, including elevations of a property and particularly at lower levels. Fortunately, removal is straightforward using a mild detergent and reoccurrence can be prevented by treating surfaces with fungicidal primer, KEIM Algicid, 24 hours prior to paint application.  Polymer and acrylic-based repair materials are unsuitable for use with mineral paints, therefore minor cracking and repair work was completed using KEIM Spachtel, a ready-mixed and easy-to-use paste filler with mineral fibres. Patch repairs were blended with the surrounding substrate using KEIM Contact Plus, a lightly aggregated paint also suitable for disguising surface imperfections and filling hairline cracks. Application of KEIM Contact Plus is suitable onto isolated areas up to a natural breakline or over entire elevations. The high porosity of lime render needs to be equalised without compromising breathability before painting. Also suitable for consolidating previously limewashed substrates, KEIM Soldalit Fixativ, a potassium silicate primer, was applied to prepare surfaces where required. Redecoration was completed in bespoke colours to match the historic scheme using two coats of KEIM Soldalit-ME, with added protection against airborne contaminants typical of rural locations, in addition to the reduction of toxic gasses and A2-s1, d0 fire certification. David Herridge of Herridge Decorators commented; “We've been using KEIM products for many years and knew how suitable they would be for a project of this nature and scale. The products were easy to apply and the colour consistency over large areas is very impressive. The client was really happy with the colour choices and finishes.” Preserving our heritage buildings is a responsibility we should all embrace. By entrusting the restoration work to professionals like Herridge Decorators, we can ensure that these architectural treasures continue to stand tall for generations to come.

Hudson Quarter is a modern development consisting of four buildings that surround a central courtyard. The £35 million investment has provided 127 apartments over three buildings and a Grade A office space.The site sits on the former grounds of the city’s first railway station and within the ancient city walls. To remain sympathetic to these historic factors and York’s distinctive character the buildings have been deliberately built close together, to mimic tight spaces in the city. The external walls are angled to reflect the organic nature of York’s core. As a connection with its railway past the apartment blocks are all named after stations – Waverley, Victoria, and Kings. Hudson Quarter’s buildings have been carefully designed to step down from Toft Green towards the City Walls to create a new public pedestrian connection between the nearby train station and the Micklegate area. It is here that Artforms Cestis Litter Bins have been supplied to provide a robust waste management solution.The Cestis litter bin features a stylish and simple design with a cast aluminium pole, a galvanised steel container and cast aluminium cover. Further to this, a number of Cafe Cycle Stands with matching powder coated finish to the bins have been installed running parallel to the exterior of the building and ancient walls. Cafe cycle stands offer a unique approach to cycle parking that elevates a space whilst maintaining a secure structure for cycle locking.Using a careful and considerate approach in a highly sensitive location Hudson Quarter has successfully provided a vibrant new place to live and work in the City of York.

Client: Northacre Consultant: Vinci Technology Centre Main Contractor: Multiplex Main Product Used: Emseal ColorsealThe development of The Broadway creates six buildings on a plan designed to frame views of the Grade-1 listed 55 Broadway across from Victoria Street in Westminster, providing residential, office and retail workspace and a new public space linking Victoria Street with Broadway and Dacre Street. The new building elevations were specifically designed “to reference the local vernacular in the rhythm of facades”, using materials sympathetic to the traditional sandstone and brick of the adjacent historic Conservation Area. The façades and their constituent precast panels were therefore a critical element in the design and construction process, as was ensuring that the joints between them could safely accommodate the anticipated thermal and any other structural movements, whilst always maintaining a watertight seal. This was further complicated by the façade design and necessary construction tolerances, meaning that the joints varied in width, resulting in high joint movement capability demands. A test programme was established with Vinci Testing Houses to determine the most suitable joint solution available to meet these challenges in detail - and the clear winner was Emseal Colorseal. This is a unique, preformed, double-sided, silicone-faced movement joint sealing system, that is bonded in position without invasive metal anchoring. Colorseal is CE-marked and ETA-certified to provide a watertight seal with 100% joint movement capability, thermal insulation, UV stability, and colour coordination with vertical or horizontal substrates.  

PROJECT BACKGROUND: The construction of weighbridges and a weigh cabin.The cabin will be elevated 1.5m above ground level on support columns.Lorries will drive up to the cabin for initial checks before the weighbridges are used to calculate the load by weighing the lorry when empty and when loaded.REQUIREMENT:A walkway around the cabin in a L shape with steps to allow the site operatives access. ADDITIONAL INFORMATION:2D and 3D CAD drawings were created by our designer in-house. These were given to the client with their quotation.END RESULT: A Rapid Ramp platform was raised around 1.5 metres high and included steps. The appropriate height was reached with adjustable telescopic legs. Plus, cross bracing was achieved using longer length tubes to ensure rigidity under all platform legs.The system was completed within a quick three-day turnaround time.FEATURES INCLUDED: Infill Handrail - this product prevents users from climbing or falling through gaps.Yellow Tread - this is a safety feature designed to help those with impaired vision identify the nose of a step or level change.Trombone Ends - these are added to the ends of a step unit to prevent clothes catching.Mesh Platform - the self-draining mesh allows water to pass through rather than collect on the surface.1100mm High Rail – these handrails attach to any level sections.Continuous Handrail - this handrail system ensures users always have support to hold onto.Standard Colour: Black - Black is the standard handrail colour. Handrails are powder-coated to create a durable finish that is tougher than conventional paint.

The Burton Borough School development is a brand new sports hall for Burton Borough School in Newport, Telford. As this building will be used primarily by schoolchildren, it was especially important that it was built using a durable solution which can stand up not only against weather conditions, but is fully non-combustible.Ash & Lacy worked through Kynaston Contract Services with Pave Aways Building Contractors and TACP Architects to deliver for Telford & Wrekin Council a MechSlip façade employing Ibstock’s Himley Ebony Black brick. Developed in conjunction with Ibstock Kevington, MechSlip is a lightweight, mechanically fixed system that offers significant advantages including reduced installation times and associated costs, as well as being classified A1 (non-combustible) to EN 13501-1 fire testing standards by Exova Warringtonfire.This project shows some of the design versatility of MechSlip as well, with the projecting header pattern on the building’s front elevation being achieved by alternating between half bricks and full bricks to create a memorable impression which manipulates shadow well. MechSlip allows specifiers and architects to create distinctive façades thanks to the flexibility of different sizes of brick slips and choice of multiple colours and textures.As well as offering the reassurance provided by a mechanically-fixed design, MechSlip has been rigorously tested to the Centre for Window & Cladding Technology (CWCT) standards, for wind resistance, water tightness and impact resistance. The result is that it eliminates the weather dependency of traditional building methods without compromising on the choice of brick finish.

St Mary’s School in Calne, Wiltshire, is a leading UK independent boarding and day school for girls aged 11-18. It was founded in 1873 by local vicar, The Reverend John Duncan, who believed that the daughters of the town’s Anglican families at the time lacked access to a wide-ranging education. The school moved to the current site in 1907 and over the years as the school grew, nearby properties were bought and new buildings were established.Clement Windows Group was chosen to manufacture and install almost 40 new steel windows to replace the original steel windows on the front and gable ends of the Plumer Wing which comprises classrooms for music, computing, Religious Education and art. Windows from the EB20 steel window range were chosen and these were polyester powder coat painted RAL 7016 (Anthracite Grey) instead of white like the original windows.This was the second phase of work for Clement who had previously manufactured the steel windows for the rear elevations of the building. The school acted as the main contractor and CDM lead for the job and Clement was the sole contractor on site. The project was completed to programme and budget during a break from the school term with minimum disruption to the school overall.Bob Lunn, Director of Estates at St Mary’s said “The installation of 83 high quality Clement windows, which were installed in two phases during 2021 and 2022, have significantly enhanced the aesthetics and environmental efficiency of this building. Installation was very efficiently completed by Clement operatives within the specified installation timeframes.”

The owners of this four storey, semi-detached, Victorian home have totally transformed it to create a wonderful, contemporary space, full of character, colour and texture.The works undertaken included the demolition of the existing lower ground conservatory and the construction of a full width rear extension. The new space provides a large kitchen, dining and sitting area, but also retains the connection to the front snug. A two storey extension was formed along the side return, providing a boot room and utility space on the lower ground level and a cloakroom and WC on the upper ground level. A bespoke, black steel door screen from the Clement EB24 range was designed to form a glazed elevation facing onto the raised garden from the kitchen. The feature doors, along with other elements, such as the wide oak timber flooring, Bauwerk painted walls and a specialist kitchen provided by Daulby and Tickle, have created an incredible result.The Architect, Daniel Harris said “We’ve worked with Clement Windows on several residential projects, this one being the most complex. The process from initial sketch design through to installation was excellent. Clement produced highly detailed drawings and were very responsive throughout the development of the design. The installation team worked in close collaboration with the Contractor and ensured all elements of the openings were prepared and ready for installation. The end result was an extremely high quality and complex product installed with very low tolerances to an impeccable standard.”Photograph: GG Archard

Built in 1957, St Cuthbert’s is one of the oldest Secondary Schools in St Helens, and was the first Catholic Secondary Modern to be built since the war. The distinctive main elevation of the school appears largely as it did nearly sixty years ago, but over-all the school’s buildings have increased over the last half century to accommodate increased pupil numbers and more facilities. Last year, Twinfix were approached by BPL Construction to design, supply and install an enclosed free-standing mono-pitch canopy at the school, which would provide additional space for dining, a popular choice for schools looking for a cost-effective alternative to traditional extensions, allowing them to utilise their outdoor areas and provide additional covered space. The canopy covering a total of 129 square metres, manufactured from rust-resistant aluminium and powder coated to RAL 9004 signal black comprises of our innovative Multi-Link-Panel NF roof-glazing system, glazed with 25mm opal polycarbonate. Coloured vinyls were attached to some of the side panels to brighten up the structure and tie in with school branding. Mrs Twist, Head Teacher at the school commented: “We are extremely impressed with the quality and design of the canopy. The onsite team have worked in close proximity to our students and have taken full account of their health and safety.” The addition of the side glazing and doors add extra protection from the elements, making it a usable space throughout the year and a secure area for storage of equipment.

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

The ChallengeCumbria County Council decided to invest in new, future-proof headquarters rather than invest a similar amount of money into refurbishing and maintaining its multiple existing sites.The project would allow the Council to downsize its office portfolio from 22 locations in and around the city to just two.Housing 700 staff, the new £10.4 million development would reflect a major rejuvenation of the area, designed to be a major gateway into Carlisle city centre.The SolutionThe new building is laid out to house two functions. The first, a two-storey elevation, houses public, customer-facing activity, while the second contains private, open-plan work areas for 450 people, along with ‘hot desks’ for visitors.The building makes use of a range of sustainable technologies, such as photovoltaic solar panels, to improve the building’s efficiency.Forterra’s County Multi Smooth brick from its Butterley range complements the natural stone and glass also used in the building’s design.The BenefitsAs well as saving Cumbria County Council money, Cumbria House brings a wide range of benefits, including improved working conditions for staff. Chief Executive, Diane Wood, commented “The new offices will provide a fantastic working environment for staff. It will support our ‘one team’ ethos with everybody working together in one building. Cumbria House is a much more environmentally-friendly building and, importantly, it’s better for our customers in Carlisle because they can now access all our services from one place”.

Bradfield College, located in the heart of Berkshire, is a school for 13-18 year olds, providing an 'education for life'.Set up in 1892, the school has its own church as part of the grounds, which has remained closed for a number of years.However, work has been completed recently to connect the church to the school, and convert it into a learning hub for academic purposes - providing students with the space to work individually or collectively to further their learning, preparing them for life in the 21st century.ChallengeNationwide metal & single ply roofing contractors Salmon Solutions provided the solution when it came to the cladding - using elZinc® standing seam cladding in Rainbow Gold to elevate the cladding, giving a sophisticated modern feel to the metal and glass exterior.SolutionTo get a secure fix, Salmon Solutions turned to use Fixfast SPIDI® Max brackets and rails as part of the vertical cladding solution. SPIDI Max brackets are versatile to be used in a wide range of applications, as well as being suitable for horizontal or vertical applications - one bracket for both fixed and sliding points, and available in 3 material grades: aluminium, A2/304 stainless steel, or A4/316 stainless steel."We have a great working relationship with Fixfast and use their products on the majority of our projects. Fixfast - as always - were reliable and efficient with both service and the technical info, which allowed us to incorporate not just their fixings but the SPIDI helping hand system into this project."Charlie Whitman - Salmon Solutions Ltd

Senior Architectural Systems has taken its aluminium fenestration solutions to new heights after being specified on the new Oaklands Rise mixed-use residential development in London, which is not only one of the UK’s largest regeneration projects but also one of Senior’s largest contracts to date.Designed by CZWG Architects and constructed by the Vistry Partnership, the £175m scheme comprises three major tower blocks which vary in height from ten to 27 storeys. Senior’s slim profile SF52 aluminium curtain wall system has been used to create the striking faceted curved elevation, with the smooth rounded corners of the balconies and corner apartments further accentuating the design. Senior’s robust SPW500 aluminium commercial doors were used externally and installed to the fire exits and main entrance, with SPW600 aluminium doors fitted internally throughout communal areas.With the need to increase energy efficiency and reduce the carbon footprint of the scheme, Senior’s patented low U-value PURe® aluminium windows and PURe® SLIDE patio doors were also chosen for the scheme. As well as contributing to lower energy bills for the residents, the slim sightlines of the PURe® aluminium windows and doors perfectly frame the development’s far-reaching views over London and the attractive green streetscape below. The stylish PURe® SLIDE aluminium sliding doors also provide select apartments with access to individual roof terraces, creating a seamless link between the interior and exterior spaces.

Regent’s Park Regeneration is a £72m development which has seen the creation of 122 affordable new homes and community facilities in Camden, north-west London.The scheme, on behalf of Camden Council, followed the demolition of housing and businesses in the area to make way for the High Speed 2 rail link between London and the West Midlands. As a result, Lovell Homes London, in conjunction with architects Ingleton Wood, was selected to deliver the new homes across eight sites within the existing estate. The one-to-five-bedroom apartments are situated in an inner-city location with buildings ranging from three-to-eleven storeys in height.ChallengeEach building within the Regent’s Park Regeneration presented a slightly different challenge, with the brick elements playing a vital role in fulfilling the architect’s vision for each of the blocks.Various brickwork features in an array of bespoke designs were required for the exterior of the blocks. Traditionally, achieving these features requires skilled labour cutting bricks onsite, a time-consuming process which IG Masonry Support’s offsite manufacture of bespoke, pre-fabricated brick slip components helped to significantly speed-up.SolutionThe intricate brick detail achieved at the Regent’s Park Regeneration project highlights the design versatility of IG’s offsite brick slip solutions.The company worked with the architect from an early stage to design effective offsite solutions which enabled the project’s complex brick details to be achieved across the eight buildings; Cape of Good Hope, Newlands, Rydal Water, Robert Street, St Bede’s, Varndell, The Victory Pub and Dick Collins House.IG Masonry Support was challenged to supply brick slip soffit solutions, accommodating the range of different sized openings and soffit requirements throughout the development. A combination of Brick Slip Lintels and B.O.S.S. units capable of achieving both stretcher and soldier course bond patterns, were designed by IG’s technical team. These offsite units achieved the beautiful brick soffits over apartment block windows and openings on the various elevations of the buildings throughout the development.The Newlands and Rydal Water buildings presented complex brickwork elements that required IG’s technical team to design bespoke B.O.S.S. units to achieve the detailing specified within the architect’s designs. Beautiful brick soffits varying in depth from 102mm to 440mm feature over the balconies on every corner of these apartment blocks, as well as recess panels with 102mm brick soffits in a stretcher bond pattern on each elevation. A flying beam features on the upper level balconies of the Varndell building. This architectural detail, which has a 665mm soffit, was also achieved using bespoke-designed B.O.S.S. units. IG Masonry Support’s precise, prefabricated solutions manufactured using a consignment of bricks from site, blended seamlessly within the buildings’ eye-catching exterior.From design stage to delivery, IG Masonry Support worked alongside the contractor and the architect to deliver complex brickwork elements that formed an integral part of the design of the buildings. The result is a stunning, modern inner-city housing development which has not only been shortlisted for a host of industry honours including the RTPI Awards for Planning Excellence, New London Architecture Awards, and RICS Social Impact Awards; it’s provided new homes and peace of mind for hundreds of residents whose domestic lives were transformed by the government’s ambitious rail project.

Client: Battersea Power Station Development Company Consultants: WilkinsonEyre Architects, Turner and Townsend, Buro Happold, PurcellMain Contractor: MaceSpecialist Fire Contractor: Roseville Projects LtdMain Products Used: Emshield DFR2 for Floor JointsLeading Architect Sir Giles Gilbert Scott, who was also responsible for Britain’s red telephone boxes, designed the iconic Battersea Power Station on the banks of the River Thames back in 1929 and elevated what was a functional building to an Art Deco masterpiece. For its new incarnation, the lead architects Wilkinson Eyre and their partners, approached the redevelopment with homage to its history, by retaining and enhancing its place in the London Skyline, and adding 21st-century sustainability and sensibility for its new functional life as a great place to live, work and play, in the heart of the city. The new building structures were designed with 20 to 50mm wide structural expansion joints between floor slabs to accommodate the high levels of thermal movement anticipated, as well as the vibrations from traffic and other loadings. This required the joints to allow +/- 10mm movement, effectively +/- 20 to 50%, meaning a total joint movement capability of 40 to 100%, plus the joints also had to prevent noise transmission and provide a minimum of 2-hours fire resistance. These stringent demands are why the consultants selected the Emshield DFR-2 System, as it could easily meet all these requirements. In fact Emshield DFR-2 can accommodate more than 100% joint movement capability and is now uniquely CE Marked to EN-1366-4, confirming fire resistance for up to 4 hours, the effective maximum test level.

Topping out at 64m tall, Furnival Square hosts a brand new £35 million, 445 bedroom, purpose built student accommodation building on a prime site in the heart of Sheffield City Centre, adjacent to the Sheffield Hallam University campus.Built by McAleer & Rushe and aptly named the ‘The Gate’, the 22 storey building offers modern, quality student accommodation to support Sheffield’s thriving higher education sector. The building is designed to a BREEAM Very Good rating, developed and detailed by TODD Architects using the latest in Revit and BIM technologies.The specification called for the use of special bricks that gave depth and texture to the external skin. The 22 storey student accommodation tower also had to comply with all current Building Height Regulations for residential use and the construction team was faced with the considerable additional challenge of completing the build during global pandemic restrictions.Ash & Lacy provided over 4,000m2 of the fully-tested noncombustible, mechanically-fixed NaturAL-X brick cladding system, suitable for residential buildings above 18m tall. The system is also CWCT A1-rated and BBA certified (20/5773). Brick choice was SD102 from the Simplicity range.This lightweight system offers fast and simple installation and enabled a large amount of labor to be completed offsite, improving time efficiencies on site and facilitating just in time delivery.Over 50,000 cut and bonded corner bricks were manufactured at our in house facility, creating the deep castellating reveals that sweep across the building elevations. Soffit bricks were designed and manufactured to return underneath window heads, providing a realistic genuine brick aesthetic at key interfaces, achieving the original design intent.

When Liverpool’s leading specialist heart and chest hospital trust wanted to set-up a drive through COVID-19 testing facility, Twinfix were approached by Actua to find a solution to provide shelter within their client’s COVID 19 testing pick up points.The area was a small courtyard and the proposal was to create a turning circle where vehicles could drive in and pick up their testing kit and drive out, the canopy would provide shelter for the vehicles whilst doing so.There were further complications as the area is also used for general hospital deliveries therefore meaning the height of the canopy needed to facilitate lorry/wagons.With the hospital’s requirements in mind, Twinfix designed two bespoke structures spanning a total of 82 sqm:Section 1: Free standing duo-pitch canopy completely independent of the building·Section 2: Wall mounted lean-to mono-pitch canopy with vertical glazed screen to side & front elevation.Section 1 comprised of galvanised steel posts with upper aluminium sub-frame roof, whereas, the full structure of Section 2 was manufactured in aluminium.Both structures were fitted with our non-fragile Multi-Link-Panel roof-glazing system glazed with 25mm clear polycarbonate.Joe Astley, Capital Projects Officer at LHCH commented: “The trust is very pleased with the services received. From a quick turnaround in manufacturing to a trouble free and speedy installation, Twinfix did a great job at LHCH.”These canopies not only look great, but also utilise the outdoor space providing shelter for patients and staff throughout the testing process.

Yoko Ono Lennon Centre is a unique teaching and performance building at the University of Liverpool. It has been designed by Liverpool School of Architecture graduates based at UK architecture practice Ellis Williams.The new facility includes The Tung Auditorium – a world class music performance space – together with two large lecture theatres, seminar rooms, café space, a public facing linear park and a new outdoor space for the University.With a floor area totalling around 6500m2 the building was planned around a careful understanding of the site and an innovative response to a challenging brief.PROJECT INFOThe lecture theatres were arranged vertically, which allowed for a much smaller building footprint – freeing up the site to deliver a linear public park alongside the main arterial route adjacent to the south elevation. This also allowed for large volume and height of Tung Auditorium to be placed adjacent to the teaching spaces, separated by the main atrium circulation space. Externally, the building’s form and materials relate to the robust architecture of some of Liverpool’s historic civic buildings and dockside architecture.The University of Liverpool was the original “red brick University” so the use of that material may seem obvious. The facing brick selected was Forterra’s Butterley Farmstead Antique.The bricks here are more than decorative however, they are a key part of the acoustic strategy and were selected for their density as well the colour and tone.The large inward looking spaces of the theatres by definition are without external windows and openings. The curved forms to the corners are used to both soften the impact of the mass (accentuated by the use of double stacked protruding bricks to catch the sun), and as a nod to the curves used in prominent corner buildings that can be seen across Liverpool.

The ChallengeCarmichael Court is a new development of 14 one and two-bedroomed flats primarily intended for the elderly, and wholly for social rent.The scheme occupies the site of a Victorian villa in the town of Stevenston, Ayrshire. Traces of its former use remain – most notably in the form of a stone wall which extends around the northern and western boundaries of the site.The former War Memorial Institute, a handsome Victorian sandstone building which lies adjacent, has provided design cues for the Carmichael Court scheme.The scale of the surrounding context and the relatively confined nature of the site itself, required that the completed development be a restrained and sympathetic insertion into the existing townscape. The choice of facing brick would be integral to achieving this goal.The SolutionBelgravia Gault Blend by Ecostock was used throughout the scheme.It is a rich grey-buff stock brick that references the blonde sandstone buildings around the site, as well as the existing stone boundary walls.Projecting Flemish bond panels and recessed soldier courses create modelling and depth within the elevations of each block and enhance the overall character of the scheme.The BenefitsWhilst the Carmichael Court development is modest in its scope and conception, it is a carefully considered solution that closely aligns with immediate townscape. Working within the restrictions of a confined site has required greater emphasis to be placed on creating a more low-key and human scaled proposal, focusing on using the space available to create a meaningful and attractive environment.Ecostock is the most sustainable stock brick available in the UK. It is a high quality facing brick with recycled content. The range carries BES 6001 Responsible Sourcing certification.

The new Halcyon Way school was constructed for the community in Oldham - a Special Educational Needs (SEN) school for just over 150 children to grow, learn and develop in a caring and encouraging way.ChallengeMetal roofing and cladding contractor Decron Ltd were contracted to provide the façade for the new school. Turning to Fixfast for a solution for the support system to secure the façade, Fixfast assisted with the intricacies of the project itself - including the large letters that spell out 'Halcyon Way School' at the front of the building.SolutionFixfast were able to provide a detailed façade calculation for Decron, which included details and advice on using our SPIDI Max bracket and rail support system for the wall façade.SPIDI Max is a one-bracket design system that emphasises strength and simplicity - just one bracket can be used in vertical or horizontal applications and can be used for both fixed and sliding points within a façade.The brackets are available in a range of sizes to allow for contoured elevations, and to accommodate a range of cladding zone/cavity depths - from 80mm to 600mm in wall applications, and up to 946mm in soffit applications.Supplied in aluminium or stainless steel to cover a wide range of applications, the unique ribbed bracket design puts strength and ease of use first."Decron extends its sincere appreciation to Fixfast for their invaluable support. Fixfast's expertise in providing a detailed façade calculation and guidance on utilising the SPIDI Max bracket has been instrumental in the project's success. Fixfast's commitment to excellence and innovation reflects the high standards we uphold in our collaborations. Thank you for being a crucial part of our team."Ian Wallbank - Director at Decron Roofing & Cladding

An historic landmark in the Lake District has been given a new lease of life with the installation of StoTherm Mineral K external wall insulation and StoSilco finishing render. Built in 1937, the building in Keswick originally housed the UK’s first pencil factory, and now provides new headquarters and site for the Keswick Convention for the Keswick Ministries organization. After being used by the Cumberland Pencil Company the building had fallen into disrepair. Set at the entrance to Keswick, this important local landmark has now embarked on a £10.5m redevelopment project, split into four phases. The Sto materials have been used on the first phase which has seen the building’s front elevation fully restored, and they have also been specified for the remaining three stages of the work.The BBA-certified StoTherm Mineral K system combines impressive insulation with unrivalled fire protection characteristics. It features Sto-Mineral Fibre thermal insulation boards, which in this case were fixed to the substrate using StoLevell Duo Plus mineral bonding and reinforcing mortar.  “This allows any unevenness in the surface of the substrate to be accommodated and makes installation a fast and easy process,” comments Alan Rees of Eco Rend North East who installed the Sto system. This efficient single-leaf construction allows for excellent thermal performance without reducing the interior space, and as it requires no additional expansion joints, a smooth and unbroken exterior surface can be created.  An additional mineralic reinforcing coat was applied and the exterior surface was finished with StoSilco silicone resin render.  With high CO2 and water-vapour permeability, StoSilco render allows a weather- and water-repellant outer surface to be created in any of the 1,000+ colours available in the StoColor System.  

Deeside Leisure Centre is the National Centre for Ice Sports in Wales, and during a major building envelope refurbishment utilised TATA Steel Transpired Solar Collectors as part of its renewable energy transformation to improve buildign performance and reduce operational costs in order to reduce the centre's carbon footprint.The south-facing elevation of the leisure centre was over-clad with a Trisobuild® C32 profile as part of the Colorcoat Renew SC® solar air heating system. Using 216m2 of Colorcoat Prisma® in Slate Grey, the micro-perforated Trisobuild® C32 fascia was installed easily over the existing insulated wall cladding. Trisobuild® R32 profile manufactured from Colorcoat Prisma® in Oyster was additionally installed over the leisure centre’s existing roof cladding.In its first full year of operation at Deeside Leisure Centre, Colorcoat Renew® delivered 47 MWh of heat. This equates to 218kWh per square metre of the installed solar collector area. By gaining fuller experience of system control and operation, Deeside Leisure Centre personnel in conjunction with Tata Steel were able to extend the Colorcoat Renew SC® system operating hours to optimise use of the available solar radiation.In its second full year of operation the system delivered approximately 53 MWh of renewable heat energy at an average yield of 244kWh per square metre per year. This means that over a two-year period the Colorcoat Renew SC® system delivered an average of 50MWh of energy per year at conversion efficiencies (solar energy to useable heat energy) averaging in excess of 70%.