"glazing"

Based in Somerset, Taunton School was founded all the way back in 1847. While the building’s stunning exterior has been immaculately preserved in the years since, the interior has of course been routinely upgraded during that time in order to support the ever-evolving demands of educational environments – including the recent installation of our Type G100 movable wall system.Type G100 is a glazed partition system that provides effective protection again sound transfer when fully closed, achieving up to Rw 54dB. This particular system is comprised of 10 panels, with half being glass and the other half sporting a solid matte black finish – all housed within a sleek black painted aluminium frame.Thanks to the Type G100, the school’s cafeteria layout can changed within minutes, offering the choice between a large open plan space, or a pair of smaller rooms. A fully solid system would not allow for the transfer of natural light to the smaller of the two spaces created when the system is in use, however the glazed panels mean this is not an issue. A pass door also allows for access between the smaller spaces when the panels are being used.

Based in Somerset, Taunton School was founded all the way back in 1847. While the building’s stunning exterior has been immaculately preserved in the years since, the interior has of course been routinely upgraded during that time in order to support the ever-evolving demands of educational environments – including the recent installation of our Type G100 movable wall system.Type G100 is a glazed partition system that provides effective protection again sound transfer when fully closed, achieving up to Rw 54dB. This particular system is comprised of 10 panels, with half being glass and the other half sporting a solid matte black finish – all housed within a sleek black painted aluminium frame.Thanks to the Type G100, the school’s cafeteria layout can changed within minutes, offering the choice between a large open plan space, or a pair of smaller rooms. A fully solid system would not allow for the transfer of natural light to the smaller of the two spaces created when the system is in use, however the glazed panels mean this is not an issue. A pass door also allows for access between the smaller spaces when the panels are being used.

This set of 12 houses, by Quarry View Developments and Progressive, sits in Llanberis, Wales. Overlooking beautiful lakes, and mountains and nestled at the foot of the Snowdonia National Park. A combination of glazing, timber, render and stone helps to create an incredibly pleasing facade that helps distinguish the project from the scenery without overpowering it.Our Blockley's Synthesis S12 mosaic brick is used in coalition with Blockley's Black Smooth to create a beautiful facade that sits perfectly within the beauty of the valley.

At the end of 2021 we were approached by a couple looking to build their dream retirement home in Braemar.The client's wished to maximise the main aspect to the West, within the tight width of the site, by creating a double height living room with a glazed gable.The final design consisted of a one-and-a-half story dwelling. The client's also chose to install a Mechanical Ventilation & Heat Recovery and Air Source Heat Pump system, with heating supplemented by a feature wood burning stove.

Large laboratories, dubbed ‘super-labs’, use AV and acoustic technology to allow up to 120 students to be taught different lessons at the same time in the same space. There is also a range of flexible spaces that help bridge the gap between disciplines, allowing researchers to find better solutions by working together. The labs and research areas benefit from plenty of natural light and ventilation thanks to large expanses of glazing constructed with Schüco FWS 50 curtain walling.

Stone Cladding: Moleanos Crème Limestone & Giallo Veneziano Granite natural stone rainscreen cladding (Unitised). tp bennett was asked to refurbish the building to Grade A office standard. PROJECT: 8 SALISBURY SQUARE LONDON ARCHITECT: TP Bennett MAIN CONTRACTOR: BAM Construct UK INSTALLER: English Architectural Glazing & PAYE PRODUCT: AlterStone Unitised Moleanos Crème Limestone & Giallo Veneziano Granite CLADDING AREA: 800m2 COMPLETION: June 2016

The Palm Tower, a new landmark from master developer Nakheel, under construction at the heart of Dubai's iconic Palm Jumeirah, promises that each of its luxury hotel rooms and apartments will feature one of the best views in the city.To achieve this, the 52-storey, 240-metre-tall hotel and residential building will be clad entirely in glass.Of course, Dubai’s climate means that preventing excessive heat build-up inside heavily glazed buildings will always be a priority. For this project, the architect chose to install 50,000 square metres of Pilkington Suncool™ One 30/21 solar control glass so that residents and guests enjoy both stunning vistas in cool, comfortable surroundings.Silver liningThe glass features a state-of-the-art multi-layer coating that incorporates a microscopically thin layer of silver to help reduce heat transmission to just 21 per cent, while maintaining a neutral colour balance in the light passing through, maximising the views.The building is clad in an area of glass equivalent to 192 tennis courts, but because of the advanced magnetron sputtering technique used to apply the coating, just eight kilogrammes of silver was needed to cover the whole tower. That’s a piece of silver approximately the size of a laptop.Pilkington Suncool™ One 30/21 was originally developed by Pilkington United Kingdom Limited, part of the NSG Group, for Intraco UAE, which has used the glass on a number of projects in the past.Leo Pyrah, product manager at Pilkington UK said: “The view you will get from these hotel rooms and apartments is one of the major draws of this building, but clearly a fully glazed skyscraper in such a hot climate creates challenges from an energy management perspective.“The bespoke coating we have developed alongside Intraco lets the developer and its customers enjoy the best of both worlds – a stunning view with much reduced solar heating.”CentrepieceAs the centrepiece of the world-famous Palm Jumeirah, The Palm Tower is set to become a new landmark for Dubai. When completed, the mixed-use complex will feature 432 apartments and 290 hotel rooms, as well as a rooftop dining and recreation destination featuring a 360-degree roof top infinity pool, a high-end restaurant and a public viewing deck offering sweeping views of The Palm, the Arabian Gulf and the Dubai skyline.As well as creating a comfortable climate for users, the solar-control glazing will also significantly reduce the need for air conditioning, reducing costs and emissions.Leo Pyrah continued: “Dubai is a city that is pushing architectural and technological boundaries and we’re excited to have played a role in shaping the look of its iconic and ever-evolving skyline.”Project: Palm Tower, DubaiClient: NakheelGlazing distributor: Intraco UAE

Crittall Corporate W20 windows are an important component in the refurbishment and upgrade of a prominent industrial site in historic Bath.Newark Works is recognised as a masterclass in the retrofitting of heritage buildings that has transformed a former riverside heavy engineering factory into 21st century workspace.The buildings, dating from 1857 to 1905, are Grade II listed and sit within Bath’s designated World Heritage Site. They were formerly the home of world-renowned crane makers Stothert & Pitt but had fallen into serious disrepair. Their location as part of a larger Bath Quays redevelopment spurred their re-use, underpinned by sensitive treatment, to create 40,000sq.ft of modern workspace.“We specified the Crittall W20 system to replace the existing, single-glazed, cast-iron framed windows that were at the end of their life and deemed beyond repair,” said Nick Brown, Director of Ferguson Mann Architects.He explained: “The Crittall W20 system was chosen due to the need to use a window system that could sympathetically reproduce the fenestration of the large industrial windows – many of which were 3.6m tall – but also provide a huge thermal improvement.”  It was recognised that retaining the original cast iron windows and introducing secondary glazing was neither economically viable nor appropriate aesthetically.“The slim profiles of the Crittall W20 system meant we didn’t have to compromise on the amazing amount of natural light coming into the interior whilst improving the air tightness and reducing the overall heat loss of the building through the windows,” said Brown.He added: “Crittall were also able to recreate the opening vent arrangement of the existing windows, meaning we could also improve the natural ventilation provision to the new workspaces.”Consulting engineers Buro Happold calculated that just replacing the existing single-glazed windows with new double-glazed alternatives with a U-value of 1.8W/m2K would result in a 16 percent annual energy saving. That translated to 21.4 tonnes of CO₂. Over the building’s lifespan of, say, 25 years, that equated to a 535-tonne reduction in CO₂ emissions.In view of the heritage credentials of the buildings, planners and conservation officers at Bath & North East Somerset Council were consulted on the desire to replace the original fenestration with like-for-like steel windows. The local authority was keen that the buildings should be brought back into use after several previous failed attempts. They wanted the site’s historic significance to be respected while avoiding the desire to turn Newark Works into a ‘museum piece’. The installation of Crittall W20 was approved and two of the original cast-iron windows have been retained and refurbished as a reminder of the original building but not in a way so as to compromise the improved thermal performance of the whole.Summing up, Nick Brown comments: “Everyone is really pleased with the final result.”

Architect: Harvey Norman Architects. Having returned home after years of working abroad the owners of this 1970s house chose to extend the property to make better use of the internal space and to breakdown the divide between the house and the garden. The design centred on a single storey pitched roof extension with large IDSystems' theEDGE2.0 sliding doors and fixed frame gable end glazing that transformed the layout of the home, creating a large open plan living space that included a kitchen, dining and lounge space.

Set around a new courtyard in the heart of London’s West End, Ham Yard hotel creates a new ‘urban village’ in the heart of the city. To celebrate the hotels unique situation , Firmdale tasked architect Woods and Bagot to pursue a design approach that “seeks to bring the outdoors inside and turn the indoors outside”. Floor to ceiling Crittall doors open up the restaurant to the hotels outdoor terrace and full height Crittall glazing brings the street to life from the comfort of their bedrooms.

The re-development by Liveman Properties has converted the Dock Office into a mixture of one, two and three-bedroom apartments, with an additional 14 new duplex apartments constructed on the existing building roof. DV Architects, Liverpool, specified Technal’s MX Toggle Glazing curtain walling for the steel frame extension and Technal FY65 windows. Architect Billy Hodge commented, “The Dock Office is a local heritage asset and great care has been taken to make sure that the character of the building is not altered.

Helo was commissioned to create a poolside sauna in keeping with this traditional style pool hall in a country estate in the south west. Space was limited and effort was made to reduce, as far as possible, the impact of the cabin on the surrounding décor. The client wished to enjoy a view of the existing pool area whilst bathing in the sauna. This was achieved with an angled glass door and full height glazed panel. Helo’s sophisticated Fusion heater, with steam generator, was used to allow a multi climate sauna to suit varying tastes.

In the course of the restructuring and refurbishment of a multi-storey library tower (MST) for the School of Law and the linkage of the tower to the adjacent Peter Froggatt Centre (PFC) to form a new student hub at Queen’s University in Belfast, the architects TODD decided to use Wienerberger’s Lincoln Red brick to tie the scheme into its surroundings. Generally, the brick was laid traditionally, but brick slips secured to a proprietary backing board were also used to form soffits and glazed into the curtain walling on the PFC façade.

A comprehensive fire door replacement programme throughout the 5-storey Ladywell Unit which provides mental health services including a psychiatric intensive care unit.Advanced Timber Systems supplied fully PVC encapsulated ‘Vanta-form’ Door-sets and specialist anti-ligature hardware to give a robust, compliant and durable solution in this complex environment.Glazed Side screens were supplied with toughened security glass to enhance the safety for patients and staff without compromising visibility through corridors.

Aurora is a first-class, highly sustainable office building in the heart of the city of Bristol and one of the greenest offices outside London and among only six in the UK to achieve a special BREEAM 2014 Outstanding Environmental Award for its sustainability credentials. Aurora, which provides 95,000 square foot of Grade A office space on the Floating Harbour, also achieved LEED ‘Gold Standard’ and is currently the only building in Bristol to exceed BCO design guide criteria.The aim of the design was to provide a space that is efficient, offers maximum natural daylight and promotes health, wellbeing and productivity amongst users. To achieve this inspiring working environment Lusso provided and installed the glazed partitions to create a stunning glass atrium within the 7-storey building. This was a challenging design which involved close collaboration between Lusso, Bush Consultancy, and Willmott Dixon to create a system where the framework floated off the slab edge. The structural complexity of this atria required a bespoke solution, which involved close collaboration with the architects from conception.The Lusso 25M single glazed framed system was used within the interior of the building which allows the maximum amount of daylight possible uniformly spread throughout the interior making Aurora, arguably, one of the best office space Bristol currently has to offer.

The ChallengeAs the building has listed status, any expansion would need to be carefully considered, allowing the building to become more suited to modern demands without losing its heritage.As part of this, meeting the necessary safety requirements of today’s building regulations was crucial – something which could be achieved by specifying materials appropriately.The SolutionTo ensure a product that could meet all the fire and loading requirements was specified, Pyroguard provided expert technical guidance to cater for the project’s constraints of working within a listed building, helping with the specialist design of additional fire-rated glazing to be incorporated in existing timber windows and doors.Due to the ambitious nature of the project, more than 300 square metres of Pyroguard toughened glass, including Pyroguard Firesafe T EW30/6, Pyroguard Rapide Plus EI30/EI60 and Pyroguard Protect T-EI60, was chosen for its unrivalled quality and safety features.Protecting against flames, smoke and radiant heat, the selected glazing range has the advantage of providing Marr College with additional radiant heat control and greater fire protection.In tests this glass demonstrates the ability to maintain the amount of radiant heat to below 15 kW/m2 on the unexposed face, protecting critical evacuation routes for occupants.

The award-winning and BREEAM Outstanding Engineering Building at the internationally renowned Lancaster University features a complete range of architectural aluminium glazing systems from Technal. Located on the Lancaster University campus in the North West of England, the new engineering facility was awarded Winner of the RIBA National Award for 2015 and was highly commended by the Royal Institution of Chartered Surveyors in the Design through Innovation category at the 2016 RICS North West Awards. Purpose-built to a world-class standard, the scheme comprises of 4,701 sqm of workshop, laboratory and office space in two concrete framed blocks either side of a dramatic four-storey atrium. Using passive techniques to achieve the environmental performance measure of BREEAM 'outstanding' in the design assessment, which is in-line with Lancaster University's sustainability and carbon reduction targets. With this in mind, aluminium doors and curtain walling were chosen for this project. The Facade is featured throughout the building, and was specified for its contemporary aesthetics. The system also includes concealed vents to allow natural ventilation without compromising the architectural integrity of the facade. With natural light being a key part of the specification, Technal aluminium curtain walling allowed larger and heavier glazing units to be installed thanks to its superior load distribution, permitting more natural light to flow through the building's rooms.

Preserving Gothic Heritage: Exquisite Heritage Windows for William White BuildingsThe William White Buildings in Audley, Staffordshire, renowned for their Gothic design, required special heritage windows to uphold their distinctive character. Gowercroft Joinery, with their expertise in timber craftsmanship, provided a solution that combined traditional aesthetics with modern efficiency.Architectural Heritage:Designed by esteemed architect William White in 1855, the Grade II listed William White Buildings exhibit remarkable Gothic revival features. The red brick facades, adorned with traditional bond patterns and alternating narrow and wide pointed arches, create a visually striking ensemble.Restoring the Character:Purchased in 2006 as a family home, the property underwent extensive restoration to preserve its unique charm.Retaining the original fabric, including some ceiling lath and plaster, and fireplaces, played a crucial role in maintaining the house's character.Modern Windows, Conservation Standards:The deteriorating condition of the old windows prompted the search for high-quality replacements that would meet building conservation requirements.Gowercroft Joinery's Accoya® timber-framed windows with LandVac vacuum glazing provided the perfect blend of traditional craftsmanship and thermal efficiency.Exquisite Heritage Windows:Gowercroft supplied six Richmond casement windows from their Heritage range, featuring delicate astragal bars, to complement the front and back of the property.The configuration of the first-floor and attic windows, echoing the ground-floor arches, retained the distinct architectural feature.The replacement casements were fitted flush with the internal arch, requiring careful removal and reinstallation of the surrounding brickwork.Testimonial from a Satisfied Customer:"We are delighted with our new casement windows, as they look as though they've always been there," expressed Robert, the owner."The LandVac vacuum glazing has made a noticeable difference in the warmth of our home, combining slim design with the energy efficiency of triple glazing."Gowercroft Joinery's commitment to preserving architectural heritage while integrating modern advancements allowed the William White Buildings to regain their splendour and offer a comfortable living environment for generations to come.

Ysgol Gyfun Gymraeg Bro Myrddin is a Welsh-medium Comprehensive school in Carmarthenshire, Wales. The school was founded in 1978, on the premises of the former Queen Elizabeth’s Grammar School for Boys, Carmarthen. In 1996 the school was moved to its current purpose-built campus at Croesyceiliog. Every year, approximately 150 pupils are admitted to the school in year 7 and about 950 pupils in total attend the school and with over 200 pupils attend the sixth-form college.When the school had a requirement for shelter over the outdoor construction area and also an eating area for their pupils, Twinfix were approached by Main Contractor Lloyd & Gravell to design, manufacture and install the free-standing mono-pitch canopies spanning a total of 156 square metres.Both the canopies have aluminium frames powder coated in hipca white, RAL 9910 SG. As this metal doesn’t rust in use, they will keep their good looks throughout their long life.The roof glazing consists of Twinfix Multi-Link-Panels NF fitted with 16mm clear multi-wall multiwall polycarbonate. The NF (Non-Fragile) denotes that these panels conform to the HSE’s recommended drop test ACR[M]001:2019, as recommended by HSG33.Vertical glazing was included in the design for one of the canopies, to provide protection from the weather all year round whilst enabling vision into and out of the canopy.Mr Madoc-Jones, Deputy Head at the school commented – ‘Twinfix – a professional company that understands the needs of schools, and the fact that space is a premium. Twinfix has helped us to maximise the use of outdoor spaces, providing enhanced outdoor eating areas as well as additional teaching space at a time when ‘being outdoors’ is recognised as very important for the well-being of learners. Courteous, safe, professional and always reachable and reliable, Twinfix worked with us to find excellent solutions to enhancing our outdoor offer to learners. Highly recommended.’Once the installation was complete and realising the benefits that the vertical glazing offers, the school requested that it be added to the second structure.

With average daily energy bills of only 24p, the cottages at Howgate Close have earned a reputation as possibly the UK’s most energy-efficient homes*. Built by farmer Dr Chris Parsons, the row of nine, single storey cottages exploits a range of passive solar design principles** - including a southerly orientation, a high thermal mass and a earth-bonding (external walls partially covered in soil) - to create homes which are exceptionally energy efficient and comfortable to live in. The homes are also truly affordable as no artificial heat source is required to deliver a stable internal temperature averaging 21-23 degrees Centigrade. The cottages instead use a mix of passive heat sources, created by people and appliances, and solar gain generated through VELFAC triple glazed aluminium / timber windows. As a result, the energy consumption of a two bedroom cottage is 94% less than the average UK household. The architecture of Howgate Close is based on designs created by sustainability housing experts Hockerton Housing Project** ( https://www.hockertonhousingproject.org.uk/) with performance further enhanced by Dr Jerry Harrall (https://drharrall.com) a consultant in the design and adaptation of fossil-fuel-free buildings. ‘Describing Howgate Close as a development of eco-homes is to understate its performance,’ states Dr Harrall. ‘In fact all nine properties operate beyond zero-carbon, and instrumental to the success of Howgate Close is the installation of VELFAC composite triple glazing, specified for its excellent thermal performance.’ A key feature of every cottage is a large, white framed VELFAC composite window screen installed on south facing facades. The screens combine fixed units and a sliding patio door, and with dimensions of up to 3m x 5m occupy almost the entire wall. ‘The VELFAC windows play a crucial role in achieving a SAP rating for each cottage of around 143, potentially the highest group of SAP rating’s in the country and a significant improvement of the average rating of 63,’ says Dr Harrall. ‘VELFAC triple glazing has a U-value of 0.8W/m2K which reduces the rate of heat loss while bringing more natural light into each home, thereby reducing the need for artificial light,’ says Dr Harrall. ‘Across the development, the windows are actually net gatherers of heat, and contribute to an annual energy surplus which we estimate will be enough to power another similar dwelling.’ Unwanted solar gain is minimised by the exceptional insulation afforded by the triple glazed units, enhanced by low emissivity coatings applied to inner glass panes. Ventilation is primarily mechanical but supported by trickle vents within the window frames, and by cross ventilation using additional, smaller VELFAC windows installed in the rear facade. ‘Triple glazing also delivers excellent acoustic insulation,’ adds Dr Harrall, ‘which is important, as the cottages are located within actively cultivated farmland, and are near a busy road and wind turbines.’ Howgate Close is now a model development for affordable, ultra-low energy homes and is also the focus of a two year research and monitoring project, co-run by Dr Harrall and Professor Anton Ianakiev, Professor in Sustainable Energy Systems at Nottingham Trent University (NTU). ‘I have also co-authored an academic paper on Howgate Close,’ adds Dr Harrall, ‘which aims to show that it is possible to design, construct and live in buildings without resort to fossil fuels.’—ends— * Analysis by Elmhurst Energy, the UK’s largest independent provider of energy assessment, retrofit and property professional training, software and accreditation. * * Principles advanced by Professors Brenda and Robert Vale, architects of the Hockerton Housing Project, the design of which inspired Howgate Close.

Kawneer’s aluminium AA®100 zone-drained curtain wall and thermally superior AA®720 entrance doors feature on all elevations of Unit 216 at the UK’s leading science park, while AA®190 TB severe-duty doors have been used on the main entrance. The unit was taken back to a concrete shell and rebuilt with a brick and glazed façade by main contractor Hutton Construction and is now the new home for Amgen, one of the world’s largest independent biotechnology companies.

Llanelli based Atcost Windows (Wales) Ltd won the contract to manufacture and install the glazing for the redevelopment of Oriel in Port Talbot. This striking development has provided 41 new affordable energy efficient homes situated above retail shops in the heart of the town centre. Kestrel Aluminium Systems worked closely with Atcost to ensure the successful delivery of their part of the re-development project. The contract saw the installation of the Kestrel’s 60mm window system, low rise curtain wall system and thermal commercial doors.

Neaco’s semi-structural glass balustrade and aluminium decking have been extensively specified at The Slate, the University of Warwick’s impressive conference centre occupying a waterside setting in the heart of the campus near Coventry. Designed by Associated Architects and built by Speller Metcalfe, the facility comprises 650 sqm of flexible event space.The building maximises views of the adjoining lake with a predominance of glazing and no pillars or fixtures to obscure the outlook. Neaco’s balustrade lines the full-length of a front terrace overlooking the lake and accommodates the view with clear glass panel infills.

The Research and Translation Hub at Imperial College, London forms the centrepiece for the innovation district in White City. The completed design for the central atrium wholly pushed the boundaries of performance glazing. Planet AG worked with PLP Architecture to ensure the project stayed commercially viable whilst maintaining the desired impressive design. Curved glass, which reached up to 3.4 metres tall on floors 2-6 and a staggering 5 metres tall on the ground floor had to be heat soaked toughened and was up to 25.5mm thick to support the weight.

Premier Security & Fire Consultants Ltd designed, fabricated and installed these security products for instructing clients, the Wates Group.The project in Tower Hamlets, East London included LPS1175 SR2 Secured by Design security installations including: Fully glazed entrance doors with side screen and control panel; bin store doors, vehicle and pedestrian gates, louvred doors and dry-riser box doors.For more information about Premier, go to our website premier-ssl.com or call us on 0208 559 8295. 

Casa OM is part of an innovative design part of the houses JIA, developed by the architect Gabriel Gomera . The concept aims to re -connect people with nature thanks to sensible and smart architecture, using a modular system . Our BSO, or outdoor Venetians blinds , provide optimal sunlight management and complement the large glazed surfaces thanks to their complete integration in the façade . The rustproof materials are designed for durability, safety in harsh weather and resilience through time . It also promotes efficiency, flexibility but also, comfort and well -being spaces 

Working closely with Meldrum Construction and architects Purcell to support The Auckland Project’s conservation scheme in Bishop Auckland; Selectaglaze provided the Grade I Listed Auckland Castle with a bespoke secondary glazing solution to compliment the restoration for the purpose of security. Overall, the newly renovated rooms are far better equipped to house exhibitions and museum collections. Selectaglaze is proud to have been involved in this project that will generate a legacy for Bishop Auckland; supporting an attraction that will breathe new life and opportunities into the local economy and overall visitor experience.

Project: London Architectural Glazed approached Surespan to design and manufacture bespoke roof access and AOV Hatch. The project had a requirement for a huge 4700 x 1300 Smoke vent with access however due to EN12101-2 testing, Surespan only has CE Certification up to 1800 x 3000mm. Surespan designed a solution which involved combining a large 3628 x 1300 electric roof hatch with a separate 1300 x 1218mm SRHE/AOV unit combined into one frame.

In the university city of Cambridge, three neighbouring buildings forming part of Pembroke College’s estate have recently been renovated. One of which is the Grade II Listed Kenmare House designed and built by James Essex c.1760, who was a prolific constructor in Cambridge. Due to its Listing, the original single pane windows had to be retained, so a solution to combat the noise ingress and thermal inefficiencies had to be sought. Over 60 secondary glazed units were installed by Selectaglaze throughout the buildings.

This office building was designed as part of the long and large redevelopment saga; Brindleyplace. While the building is a truly modern statement, the anodised frames and fins to the glazing system are not simply powder coated but vary in colour; this gives them a warm and natural appearance, and so reflects the warmth of the brickwork of Brindleyplace’s Victorian buildings. The Reynaers systems used on the façades – a customised solution based on the curtain wall systems CW 50 and CW 60, and CS 68 doors in bronze anodized aluminium – form part of a bespoke curtain wall design.

This eye catching outdoor A5000 was installed with access the care homes patio area, ensuring safe and secure accessibility for residents and staff. The patio has outdoor seating where residents are regularly served afternoon tea, and meals when the weather is fine. The glazed shaft panels allow for great views of the landscaped grounds when travelling in the lift. The staff and residents enjoy many activities outdoors, including their annual summer fair and barbeques, so a lift was essential for ensuring that everyone has easy access to the patio and gardens.

Harleyford Court is a residential building which sits within the London Borough of Lambeth’s Vauxhall Conservation Area. Clement worked closely with Lambeth Planning Authority to agree precise details on the replica replacement steel windows for this red brick building. Clement’s bespoke EB16 steel window range was chosen to replace the existing single glazed fenestration. Despite being fitted with slim 16mm glass units, they benefit from being krypton filled and Part L compliant, offering improved thermal efficiency over that of the original windows.

Framlingham College was founded in 1864.The land on which the college was built was originally part of the Castle estate, left by Sir Thomas Hitcham in 1636 to Pembroke Hall, Cambridge. Included in the Governors’ recent £4million development initiative was the restoration of the original metal windows within the schools boarding accommodation. Clement were chosen to sensitively replace the windows in both the Stradbrook and Rendlesham buildings. To replicate the unusual, shaped head existing windows, the Clement W20 range of steel windows was specified with vertical pivots and genuine T glazing bars.

The Hilton Garden Inn is a global brand facet of the Hilton Worldwide group, with over 780 locations across the world. In the hotel’s lobby area, LOFT20 single glazed partitioning was installed, reaching 3500mm high. The designs were made to allow for vertical and horizontal polyester powder coated aluminium trims, set at different heights, to compliment the style of the hotel. IsoTec doors were used, reaching 3000mm in height, and the doors included LOFT style aluminium trims, bonded to both sides of the doors, to provide a uniform style throughout.

LAMILUX designed, supplied and installed eight LAMILUX Glass Roof PR60 mono-pitch rooflights at Oundle School Sports Centre. Seven of the rooflights, were positioned over the 50 metre swimming pool, adding an abundance of natural light, with special sun protective glazing to eliminate overheating. A special coating was applied to the aluminium profiles to protect them from corrosion within the chlorine environment. The eighth rooflight, an 18m x 6m trapeze shape, illuminates the atrium at the flagship of the school’s sports masterplan.

Carlos Place in Mayfair, London, was originally developed by the Grosvenor family. Opulent number 14, also known as Mayfair House, was built by the Holloway Brothers in 1921 to the designs of Wimperis and Simpson. TRC Windows were commissioned by architects Derek Williams Ltd to design, supply and install 95 Heritage Box Sash Windows, casement windows and doors to closely match the original yet deliver modern thermal insulation. In total we used approximately 890 individual Slimlite double glazed units for the project, all in oak frames.