"roof finish underlays and insulation"

When Get Active Kincorth required a world class indoor flooring finish for their facility, our Olympic pedigree Taraflex® sports flooring would be the natural choice for this iconic refurbishment!Over 600m2 in Light Cherry would be the specified in a Taraflex® Combi Elastic system, that was finished with a Taraflex® Evolution point elastic flooring… the complete package!

The design comprised of a three-storey-high, bespoke GRC concrete staircase with floating precast steps and landings, all in Rustic Grey finish.For the floors and landings we used Microconcrete coating in Lead Grey colour to create a contrasting effect with the lighter coloured walls and the imposing ceiling suspended fireplace surround was hand coated with Microconcrete in Metallic Bronze finish.

We worked closely with the client, Architect and main contractors to provide a unique engineered wood floor solution. The boards are unique and unusual, being cross band sawn to create a textured finish that looks natural like the old boards in loft conversions. This matched the ethos the client was trying to achieve in both look and finish. The product code is TW E781.

The Conduit is an existing client of Caribbean Blinds having used our louvered pergolas at their previous club in Mayfair in 2018. Knowing both the benefits of installing louvered pergolas, providing flexible shade and shelter allowing the terrace to be used all year round, therefore providing an important revenue stream for the business along with a unique dining experience for their discerning members along with the service we offer, the Conduit wanted to replicate this at their new club in Covent Garden, albeit on a much larger scale.The new roof terrace, which was on the 7th floor, had a footprint of approx. 300sq/m. The client wanted to cover 2/3rds of this with pergolas, leaving the remaining 1/3rd completely open. The model was to be our Prestige Pod, which they had previously installed, where the louvered roof not only rotates but fully retracts and when closed is completely watertight. A total cluster of 8 modules were required to cover a surface area of c. 200sq/m. The perimeter edges were equipped with screens to offer protection from the elements to the sides. Additionally screens were inserted along with doorways between certain modules so areas could be zoned off for events and private functions. Each module had infra-red heating and festoon lighting installed to create a cosy and pleasant environment year round.A project of this size, requires clear communication, co-ordination and planning. We worked closely with the architect, designer, contractor and end client at every stage, to ensure a seamless process and journey. Site meetings were held with all parties. Full CAD drawings of the structures, positioning and importantly drainage, wiring and post mounting plate positions, which were highly critical as a steel sub frame had to be fabricated and installed and services run were provided. A dedicated project co-ordinator oversaw the entire project to ensure it run smoothly and on-time and in-budget.Like all roof terrace installations there were many challenges, from working at height to access with a road closure required for this project to allow craning of the goods to the terrace. Manufacture from order sign off for the bespoke pergolas was just 12 weeks, with installation taking 2 weeks, via our own trained teams and all in time for a VIP client 4th July party.Anthony Pollak, Facilities Director for The Conduit commented:“Having had a Caribbean blind pergola installation at our previous property we knew the quality of their products.When the opportunity came from our landlord to give us a substantial area to build a roof terrace we knew that we had to include Caribbean Blinds within the design.Installing the Caribbean Blinds pergolas has enabled us to use our roof terrace all year around. In the summer when the weather is good we can open up the space effortlessly and in the winter when the roof is closed, sides are down and heaters on it gives us much needed outside space.From the initial design meetings all the way through to install the Caribbean Blinds team were pleasant and professional to deal with. They made the whole experience very pleasant and straight forward.”To find out more about how we can help you create unforgettable alfresco experiences 365 days a year please contact one of our knowledgeable and friendly team on 0344 800 1947, send us an email projects@cbsolarshading.co.uk or visit our website www.cbsolarshading.co.uk.

Project Overview:Fusion Facades Limited took center stage in the design and supply of architectural aluminium solutions for Battersea Reach Blocks H & J. Set over 15 storeys, this development known as The Pinnacle comprises 88 apartments, featuring an exclusive collection of penthouses. Boasting exquisite features, including floor-to-ceiling windows, private balconies or terraces, and meticulously designed interiors by Broadway Malyan Architects, these luxury homes offer residents an unparalleled living experience with spacious layouts ranging from 613 sq. ft. to 3319 sq. ft. Fusion Facades played a crucial role by designing and supplying Brise Soleil solar shading, SnapLok Capping for flat roof parapet protection, and rainscreen cladding.Project Details:Scope of Works:Design and supply of Brise Soleil solar shadingDesign and supply of SnapLok Capping for flat roof parapet protectionDesign and supply of rainscreen claddingClient's Requirements:Battersea Reach Blocks H & J demanded architectural solutions that not only complemented the modern luxury of The Pinnacle but also accentuated the stunning riverside views. The client's key project requirements included:Architectural Excellence: A design that reflects the high-end luxury and modernity of The Pinnacle while seamlessly blending with Broadway Malyan Architects' interiors.Riverside Views: Solutions that enhance and frame the breathtaking riverside views from the apartments across all 15 storeys.Comprehensive Protection: Architectural elements that provide solar shading, protect flat roof parapets, and offer a sleek rainscreen cladding solution for the building.Fusion Facades' Approach:Fusion Facades Limited approached the Battersea Reach Blocks H & J project with a commitment to innovation and architectural finesse:Brise Soleil Solar Shading: Fusion Facades meticulously designed and supplied Brise Soleil, a solar shading solution that not only offers sun control but also adds an element of contemporary elegance to the exterior.SnapLok Capping for Flat Roof Parapets: The SnapLok Capping solution provided by Fusion Facades served a dual purpose, offering protection to flat roof parapets while contributing to the overall sleek aesthetic of the building.Rainscreen Cladding: Fusion Facades delivered a rainscreen cladding solution that not only offered weather protection but also added texture and depth to the building's facade, enhancing its visual appeal.Results:Fusion Facades Limited's design and supply contributions to Battersea Reach Blocks H & J yielded outstanding results:Architectural Integration: The Brise Soleil solar shading, SnapLok Capping, and rainscreen cladding seamlessly integrated into The Pinnacle's modern luxury aesthetic, enhancing the overall architectural excellence.Riverside Views Accentuated: The carefully considered design of Fusion Facades' solutions accentuated the stunning riverside views from all 88 apartments, contributing to the overall appeal of Battersea Reach Blocks H & J.Comprehensive Protection: Fusion Facades not only provided architectural elements for aesthetic enhancement but also ensured comprehensive protection with the SnapLok Capping and rainscreen cladding solutions.Conclusion:Fusion Facades Limited's design and supply of Brise Soleil solar shading, SnapLok Capping for flat roof parapet protection, and rainscreen cladding for Battersea Reach Blocks H & J exemplifies their commitment to architectural excellence. This case study underscores the importance of expertly designed and supplied solutions in achieving a harmonious blend of luxury, functionality, and breathtaking views in modern residential developments. Fusion Facades' role in Battersea Reach Blocks H & J stands as a testament to their ability to elevate architectural aesthetics to new heights.

A notable feature on the University of Manchester campus is the Samuel Alexander Building - a five storey Grade II listed building. Erected in 1919 the building has been excellently conserved, however one element that required urgent attention was its flat roof, which had been experiencing considerable water ingress.

There’s no monkeying around for Kestrel Aluminium Systems and HTL Windows and Doors as they deliver an improved visitor experience at Whipsnade Zoo based in Dunstable. As part of a refurbishment project the entrance area was redesigned incorporating a gift shop, café and ticket office, all under one roof creating an inviting visitor welcome area.

Project:Kingfisher Court Client: Hertfordshire Partnership University NHS Contractor: Osbourne Architect: P+HS Architects Value: £42m Location: Hertfordshire GIFA: 23,450 m²WORLD CLASS, STATE OF THE ART FACILITIES The aim was to create world-class facilities providing the best mental health and learning disability services in a pleasant, airy, and comfortable setting. The 86-bedroom Acute Mental Health Unit was designed to blend into the landscape and create an effective healing environment. The construction method balanced building a 23,000m² structure with minimal disruption to on-site residents. Key design considerations included waste elimination, low energy use, carbon reduction, solar gain, and environmental protection. BREEAM EXCELLENCE The SIP Full Structure System enabled a fabric-first approach, meeting energy efficiency and sustainability requirements. Innovaré’s design and engineering expertise addressed technical challenges, ensuring simplicity in fit-out and services provision. Custom designed 6-meter panels were manufactured offsite and delivered just in time, reducing site work, noise, and dust. The BREEAM excellent rated building is naturally ventilated, energy-efficient, and clad in carbon-neutral timber. The SIP System integrated structure and insulation, reducing energy costs and allowing for better integration of M&E services, crucial in a healthcare environment.PROJECT OF THE YEAR AT THE DESIGN IN MENTAL HEALTH AWARDS 2015 The Kingfisher Court, Europe’s largest structure made entirely of Structural Insulated Panels, was built in less than 23 weeks. The structure used large i-SIP panels, ensuring zero waste and minimal disruption through offsite manufacturing. The project was a finalist for Health Care Project of the Year in the Structural Timber Awards 2015 and won Project of the Year at the Design in Mental Health Awards 2015, recognized for its visual appeal, sustainability, teamwork, and problem-solving. It was also a finalist for the “Service-User Experience” award

SMET Supported Partner, Brendan Doherty Screeding Services supplied Südanit 280 Alpha Hemihydrate Screed and SMET LiteFlo® Lightweight Flowing Screed for the floor solution in this self-build in picturesque West Donegal.The ground floor was prepared with 280 Alpha Hemihydrate Screed at 50mm with UFH, maximising the clients’ insulation. The first floor was completed at 50 mm SMET LiteFlo® Lightweight Flowing Screed poured on UFH on timber joists.The 280 Alpha Hemihydrate Screed self-levelling liquid screed is remarkably quick to walk-on – applied at 500m² per day and walkable within 6 hours thus ensuring the follow-on trades were not delayed. it’s particularly suitable for use with UFH, fully encapsulating pipes and services, providing excellent heat transfer – and with thinner floors and more insulation – this increases the performance of underfloor heating.SMET LiteFlo® Lightweight Flowing Screed used on the first floor of the timber frame house is ideal where loading is an issue. SMET LiteFlo® Lightweight Flowing Screed is a high-quality, innovative, pumpable factory-produced, CE marked, self-levelling screed based on calcium sulphate.German-made LiteFlo® is unique, in that it’s the first pumpable lightweight flowing screed. Made from specially selected aggregates, makes it 30% lighter than conventional flowing screeds and therefore 70% lighter than traditional sand & cement – ultimately this means less is required per m2. LiteFlo® complies with EN 13813: 2002, is CE-marked, and is available in 27Kg bags or bulk silos.TDS SMET LiteFlo® Lightweight Flowing ScreedAftercare SMET LiteFlo® Lightweight Flowing ScreedSMET Floor Screeds and Compounds Product SelectorHave a look at the Northern Builder MagazineTop 5 Liquid Screeds Article.  Read about SMET LiteFlo® in the Irish Construction News.SMET delivers another innovative, showcase flooring solution to their Smet Supported Partners.

Project Overview:Weston College in Weston-super-Mare embarked on an expansion project to house Sixth Form, Art and Music Technology faculties, along with central facilities like the Learning Resource Centre and a restaurant. The college sought a distinctive perimeter feature for the new building, and Guttermaster Limited was engaged to provide a solution. This case study details how the manufacture of 800 meters of SnapLok capping and 300 meters of TrimFix fascia by Guttermaster enhanced the architectural vision and achieved bold symmetrical lines around the project.Project Details:Scope of Works:800 meters of SnapLok Capping300 meters of TrimFix fasciaClient's Requirements:Weston College aimed to create an iconic and aesthetically striking perimeter feature for their new development. Key project objectives were:Perimeter Feature: The college wanted a distinctive roof edge that would serve as a striking architectural feature for the new building.Symmetry and Precision: To achieve the desired aesthetic, the roof edge needed to have bold and symmetrical lines around the entire project.Architectural Vision: The solution provided had to align with the architect's vision, enhancing the overall appearance of the building.Guttermaster's Approach:Guttermaster Limited approached this project with a focus on precision and collaboration:Custom Design Integration: Guttermaster's design team worked closely with the architect to create a fully welded curved solution. The design was meticulously engineered to ensure that the SnapLok Capping and TrimFix fascia seamlessly matched the architectural vision.Symmetrical Lines: Guttermaster ensured that all junctions between eaves and verge were perfectly aligned to create bold, symmetrical lines that encircled the entire building, achieving the desired perimeter feature.Results:The partnership between Guttermaster Limited and Weston College resulted in a project that surpassed all expectations:Distinctive Perimeter Feature: The fully welded curved solution using SnapLok capping and TrimFix fascia systems created a distinctive and visually appealing roof edge, serving as a notable architectural feature.Symmetrical Lines: Guttermaster's meticulous approach ensured that the roof edge featured bold and symmetrical lines around the entire building, meeting the project's design objectives.Architectural Enhancement: The installed systems perfectly aligned with the architect's vision, enhancing the overall appearance of Weston College's expansion project.Conclusion:The collaboration between Weston College and Guttermaster Limited in implementing 800 meters of SnapLok capping and 300 meters of TrimFix fascia systems exemplifies the power of precision and teamwork in achieving a unique and bold perimeter feature. This project underscores Guttermaster's commitment to delivering custom solutions that enhance architectural vision and aesthetic excellence. The result is a roof edge that not only adds visual appeal but also represents a striking architectural feature for Weston College in Weston-super-Mare.

2030-1 mailboxes - power coated finish

Located on the edge of Cambridge’s De Freville Conservation Area, Clare College’s St Regis site has provided accommodation for postgraduate students of the University of Cambridge for over fifty years. In recent times, the need for regeneration became clear and Freeland Rees Roberts Architects was appointed to design a new scheme. The practice worked closely with Vandersanden, selecting brick as the principal element of the attractive new facades.While the old buildings failed to fit into the surrounding urban context and lacked the facilities required, the new scheme provides more and improved student accommodation for the college together with market flats. To achieve this successfully in a residential area, it was vital to consider the massing and perceived scale of the buildings. Consequently, the volumes were broken down to feel more like a series of big houses than large residential blocks.Clearly of a confident, contemporary design, the buildings respect their surroundings, repairing and maintaining the rhythm of the street scene. In large part, this is due to the choice of bricks and the splitting of the facades into separate gables with slopping roofs. Vandersanden’s Majestic and Luna Apollo facing bricks were selected and contribute to the detailing of the facades.“There is plenty of life and colour variation in the bricks,” explains Alexander Hobohm, director at Freeland Rees Roberts Architects. “This assists in breaking down the overall massing of the facades and works well with the dark zinc of the roofs.”The bricks act to soften the appearance of the facades and link the context of the new and neighbouring buildings. The beige grey Majestic brick predominates with the darker grey Luna Apollo providing detailing. It forms the plinth that anchors the buildings while a soldier course of Majestic bricks above provides the transition to the main body of the walls. At the junction with the zinc roof, the detailing is subtle with the transition provided by stepped courses of the Luna Apollo. Panels of projecting brick headers are a further feature, introduced to add a textural quality that brings light and shade to the facades.“The brick’s colour, tone and texture were qualities that other manufacturers couldn’t offer,” says Hobohm. “Usefully, Vandersanden invited us to see a number of projects using the same bricks which was so much more helpful than relying just on sample panels.”Another contributory factor to the look is the choice of mortar. This was specified to create a natural, lime mortar-like appearance and was achieved by fully pointing and, after the initial set, brushing back; there are no struck joint lines.A defining feature of the front facade is the public art. The college commissioned a carving featuring swifts in flight, inspired by the birds that were in residence in the original buildings. Swift boxes have been integrated into the new facades to provide a home for these beautiful birds. Using hand tools and following trials, stonemasons carved some 5-10mm into the face of the brickwork to create the design. A breathable paint finish was applied to highlight the indentations - a single bird at the very top is gold-leafed.  For Hobohm, working with Vandersanden was a positive, supportive and proactive process. “It was very straightforward. Early on, Vandersanden supplied product and technical information, plus a batch of the two brick types, enabling us to create sample panels. The bricks helped deliver the project vision and the client is delighted. It’s now one of the college’s signature buildings and has already won several awards.” To find out more about the bricks used in this project or to see the wide range of high-quality bricks available from Vandersanden, click on the 'View more' link 

It’s the ‘Desert Mist’ powder coated finish that makes this project specialIt’s a stunning two tone Adapta finish from their Patina range and is available with a warrantyThe system is our CWCT tested Vantage r SF (Secret Fix) RainscreenThis new state of the art health centre was jointly funded by NHS England and Milton Keynes Council and we are proud to have been involved

The site engineers approached ASF to develop a specialised quayside post and rail system that has a straight post on the inland side of the riverside path and a curved quayside profile on the waterside. Critically the base and top of the curved post had to be on the same vertical plain, thus not interfering with the width of the path. Posts are finished spun galvanised offering a maintenance free finish for many years

Now reimagined as The Edinburgh Grand, the formerA-listed RBS head office built between 1938 and 1942 is animpressive building situated on St Andrew Square. With manypieces of Victorian antique brass and pewter ironmongeryand hundreds of original period doors throughout, theironmongery solution had to accommodate the traditionalaesthetic and be fit for the many demands of a modern hotel.Allgood was commissioned by the project’s architect andinterior designer, both long term partners of Allgood; KarenBrown of Chris Stewart Group and Eirini Christodoulou ofMorgan McDonnell. With such a striking, but unusual finish,finding coordinated hardware was a challenge. Severaloptions were assessed before settling on a brass finishapplied to the Allgood door closers, cylinders and joinerysubcontractor’s hinges.A collection of classic Frank Allart handles was chosen for allapartment front doors, which also integrated with the hotel’saccess control system. To match the patina of the agedhandles, a satin nickel-plated surface was given a light bronzefinish to produce an aged nickel silver appearance. Thisunlacquered, ‘living’ finish, will oxidize and patinate naturallyover time.

Rhepanol fk from SIG Design & Technology was chosen to waterproof five areas of roofing with a total area of 949 m2 on a residential scheme at Worcester Park, Surrey. Built by a national house-builder, the residential complex at 68-72 Salisbury Road comprises three new-build blocks of terraced-style homes.

Superb development with inset balconies and beautiful roof terraces.This prestige development by the riverside in Manchester used the MyDek Vista board on our standard box rail and cleat support system. Renaker and their subcontractor were a pleasure to work with and were keen to ensure that they delivered a first class product and installation to complement the quality of the development.

Krakow is considered as one of the most beautiful cities in Europe. Today, the second largest city in Poland is still referred to as the country's unofficial capital. Just four kilometres from the centre as the crow flies, a former quarry has become home to a residence with a striking slate roof: the Edge House.Architect: Mobius Architects

In 2014 a new development consisting of 7 luxury beachfront apartments with uninterrupted sea views was built. The Beach Retreat is positioned on the marina esplanade along the beautiful east Kent coastline. The roof design is of particular interest as Ramsgate seafront and Marina Esplanade is a designated Conservation Area and area of special architectural and historic interest.

Project: 1 Aylesbury Street, Clerkenwell, London, EC1R 0DRClient: MeritcapeArchitect: Atum Design LabM&E consultant: EngDesignProtecting Cities Against Fire with Advanced GlazingDaylight-flooded spaces command a premium from tenants, but in the densest urban areas – where buildings are very tightly packed – it can be difficult to achieve. Not least because of the need to protect against the spread of fire.This was the challenge for developer Meritcape when they set out to refurbish 1 Aylesbury Street – a converted historic warehouse building in Clerkenwell, East London.The designers wanted to fill every floor of the building with natural light, from both the front and the back of the building by using floor-to-ceiling glazing on every floor. However, the rear of the property was just three metres away from a neighbouring building.To prevent fire spreading from one building to the next, building regulations specify the fire resistance that external walls need to be able to provide. This is given as minimum requirements for integrity – how long they can contain smoke and flames – and insulation, or how long they can prevent the escape of heat. Steve Bond, technical and customer support manager, fire, at Pilkington United Kingdom Limited, said: “When you have two buildings this close together, standard glazing is not an option, as it doesn’t put up enough of a barrier to fire spreading outwards from the building.“That’s where fire-resistant glazing can make a big difference. By providing protection against fire while also letting light flow in, we can create light-filled spaces in very built-up parts of the city where not long ago it wouldn’t have been possible.“As well as sealing in flames and smoke for at least an hour, the glass also provides radiation shielding that reduces the amount of heat energy that can pass outwards through the glass – another key means of spreading fire.” The rear façade of the building is glazed in Pilkington Pyroclear® Plus insulating double-glazed units, delivering not only the right level of fire resistance, but have also been designed to give excellent thermal insulation (U-value) properties to reduce heat-loss from the building.Davood Kiani, Senior Project Consultant at Meritcape said: “Those looking for modern commercial space expect floorplans to be well lit with natural light, and this is one of the main design challenges when working with buildings in the most densely urban areas of the city.“Fire regulations are one of the big reasons for this, so Pilkington fire-resistant glazing means we can achieve the best of both worlds - a building that meets or exceeds all of the safety regulations while also feeling spacious and airy.”A total of 800 m2 of Pilkington glass was used in the project, including in the front façade of the building, in which hundreds custom-sized small double-glazed solar-control units were used to imitate the crittall steel-framed windows that are a signature feature of buildings in the area.Images by S G Photography

Fulham is the oldest of the ten London Premier League football clubs. Founded in 1879 by the Reverend John Henry to offer the young workers of the neighborhood an alternative to less healthy temptations, since 1896 it has had its home in the mythical Craven Cottage.The site and the club have evolved dramatically since. Located on the banks of the River Thames, very close to the refined London neighborhoods of Chelsea, Kensington and Chiswick, the stadium is one of the main tourist attractions of the London capital due to its significance in the history of football, and its extraordinary location on the banks of the Thames.The south-western part of the British capital is now undergoing an ambitious redevelopment plan that includes the demolition and new construction of the legendary Riverside Stand, adjacent to England's most important river. The scheme is being led by the club itself, appointing Buckingham Group as main contractor and Populus as its lead architect. As part of the wider scheme, an URSA specification has been made to ensure all thermal and acoustic targets are met. The project will see the redevelopment and expansion of the current Riverside Stand to increase its capacity from 4,689 to 8,650 whilst increasing the overall capacity of Craven Cottage to 29,600 seats. Creation of a new public riverside walk as well as new restaurants, cafés, bars, corporate hospitality and event space forms an important part of the scheme. Below ground, a new basement will provide ‘back of house’ facilities, club and lounge area whilst nine serviced apartments will be made available on site.Partnering with distributor, Encon and liaising directly with the installation team at Grant Plastering, the project used URSA TERRA glass wool slabs to insulate the ceilings and soffits. Normally used behind rainscreen cladding systems, URSA WALLTEC 32B was chosen because of its class leading thermal conductivity of 0.032 W/mK, acoustic performance and ease of installation.In addition to the low thermal conductivity, the slabs have exceptional acoustic absorption and are non-combustible (Euroclass A1), so they do not contribute to the propagation of fire, an advantage that is fundamental in an installation of this type, designed to house thousands of people.Another noteworthy aspect is the sustainability that they bring to the buildings in which they are installed, and which are recognized by the most prestigious European certifications. URSA's range of glass wool insulation products are completely recyclable and use less energy in their manufacture, transport and installation. Ian Claydon, URSA UK Technical Manager, commented; “This is an incredibly important development for the capital that sees a huge amount of investment in one of the UK’s oldest football clubs. The site location and wider ambitions of the project make this an incredibly exciting development to be part of.“We have worked closely with the project managers technical team and installers to ensure they made the very best specification. Opting for one of our core products, we have managed to fulfil all of their wider needs in terms of the insulation specification.”The works will include an increase in capacity and new amenities, but also seek to enhance the space for residents, fans and tourists, with a public promenade running along the banks of the Thames, commercial spaces and new meeting rooms underneath the grandstand.  

Urban development within St. Helier, the capital of Jersey is gathering momentum with URSA seeing its specialist insulation products specified at one of the capital’s newest and most ambitious developments. The largest of the Channel Islands, St. Helier is a lively harbour town and has become one of the UK's most popular tourist attractions, creating a high demand for ongoing residential and commercial development. Both its commercial port and marina, as well as the centre and the main neighborhoods, are undergoing an in-depth study for the renovation of its building stock and the transformation of the urban landscape it offers. The ultimate objective is a profound urban regeneration carried out through the creation of a commercial heart open to the sea, in the city centre, and modern, sustainable and healthy residential developments on the outskirts to ensure the demands of future growth. It also aims to reduce traffic and create a walkable city for pedestrians and cyclists with green spaces and open spaces. In the north of the city is Ann Court, a large development located next to a large municipal park built on the site of a former car park that has been demolished. Being developed by Andium Homes, construction is nearing completion on the development of 165 new homes of different sizes and orientations (with internal and external courtyards), but with a common standard: the energy efficiency and sustainability of the whole complex. To support the sustainable objectives, architects have specified a ventilated façade that guarantees thermal and acoustic comfort, whilst preventing moisture penetration and condensation. A correctly designed ventilated façade system also guarantees a fire safe structure, prolongs the life of the building and enhances its energy efficiency. As part of the specification, 2,400 square meters of 220mm URSA Walltec Black 32 were specified. The choice of material was the direct decision of the architect Stephen Marshall of Axis Mason Architects, who decided on the glass wool slabs after learning about their performance and the knowledge provided by URSA's technical office. URSA Walltec Black 32 is a semi-rigid glass wool slab treated with a water repellent additive. The slabs have a black glass fibre tissue to one side only that helps to hide the insulation in ventilated façades with open joints. It is a non-combustible product that does not contribute to the spread of fire, is water repellent and has high performance to ensure the thermal and acoustic comfort of the entire residential complex. Once the insulating material has been fixed, the façade is completed with the installation of the cladding to create cavity that ensures the properties of the system. This imposing façade enveloping the courtyards of Ann Court facilitates a new building in the north of St. Helier where social interaction, tranquility, quality, comfort and healthiness are guaranteed.  Ian Claydon, URSA UK Technical Manager, said: “We first became involved in this scheme in June 2020. We were approached by the architect for recommendations on correct choice of product and the thermal assessment for the external walls.  “During the early stages of the project, we were in regular contact providing advice on the target U-value in the wall(a commendably low 0.18 W/m2K), as well as the impact on Jersey SAP energy assessment and the technicalities of rainscreen cladding. The team were particularly impressed with the speed of response and our wider technical knowledge, helping to support the perfect specification.” 

The new £65 million, Science, Engineering and Environmental Building (SEE Building) at the University of Salford was designed under the concept of incorporating high sustainability credentials. This supports the university’s pledge in reducing the environmental impact, as part of the wider Salford Crescent and University District masterplan. The SEE building promotes innovation, environmental protection and excellent educational opportunities and offers students state-of-the-art facilities with the aid of the LAMILUX Glass Roof PR60. A stunning skylight measuring an incredible 44 metres long and 9 metres wide, as well as three other Glass Roofs PR60, were installed onto the roof of the four-storey building, illuminating the lecture halls and common areas. This results in enhancing the natural daylight, whilst also allowing for natural ventilation, creating an inspiring environment for learning and development. To avoid overheating and glare inside the building, special 60/30 high performing solar glazing was used. This innovative technology ensures a comfortable indoor climate whilst providing an optimal learning environment.LAMILUX worked with the architect from the early planning stage of the project to design, supply, and install the four rooflights. “Just-on-time” deliveries were planned to enable offloading of the materials, with a crane, from the vehicle to the roof, to minimise loading out as space on site was very limited. Integrated ventilation panels were installed within the three smaller PR60 Glass Rooflights to provide the ideal solution to provide natural ventilation into the building alongside natural daylight.The largest rooflight was glazed with an impressive total of 120 fixed glass panels to make up the impressive 44 metre length and complete the installation. The glass panels were specified with Class 1 Fragility, suitable for walking on for cleaning and maintenance loads, according to CWCT TN 66 /TN 67 & TN92. Before the final handover of the project, extensive water tightness testing was carried out. On site CWCT hose tests were passed successfully, as testament to the quality and durability of the installation led by the LAMILUX installation team. The University of Salford is passionate about sustainability. LAMILUX are proud to be involved with a building project that not only contributes to the progressiveness and commitment to sustainable architecture, but is also considered a BREEAM Excellent-rated facility.

Newmarket Hospital, a cornerstone of healthcare in the United Kingdom, has revealed a remarkable transformation with the addition of a new walkway spanning a total of 99 square meters.One of the standout features of this canopy is its structure, meticulously crafted from powder-coated aluminium. This choice not only guarantees durability but also reduces the maintenance demands on Newmarket Hospital. In a healthcare setting, where patient care is paramount, this ensures that staff can concentrate on their core responsibilities without the constant worry of upkeep.The new walkway showcases the innovative Twinfix Multi-Link-Panel Non-Fragile (NF) roofing system, which incorporates polycarbonate glazing. This roofing system is not just about allowing natural light to permeate the space; it’s also about doing so while ensuring adequate weather protection.This unique roofing system utilises polycarbonate glazing, effectively diffusing sunlight, creating a well-lit and evenly illuminated space beneath the canopy. Patients, visitors, and staff can move comfortably without the discomfort of harsh sunlight or the risk of glare. The canopy also provides effective weather protection, shielding individuals from rain and creating a dry and secure passage, regardless of the weather outside.The design of this roofing system aligns perfectly with safety standards, particularly in healthcare settings, as it complies with HSE’s drop test ACR[M]001:2019, ensuring it is non-fragile and capable of withstanding potential impacts without shattering.In a healthcare environment, safety is non-negotiable. The Twinfix Multi-Link-Panel NF glazing meets rigorous safety standards, providing protection against potential breakage. This means that even in the rare event of an accidental impact, the glazing won’t shatter, minimising the risk of injury to those underneath. It’s an assurance of patient well-being, and it’s something Newmarket Hospital takes seriously.Vicky Evans, Director at Twinfix, commented on the project: “The new walkway at Newmarket Hospital is a testament to the superior quality and design expertise offered by Twinfix. This installation marries durability, aesthetics, and safety, ultimately enhancing the healthcare experience for all stakeholders. We take pride in having delivered a solution that not only meets but exceeds the expectations of Newmarket Hospital.”This project is more than just a canopy; it’s a symbol of progress and excellence, and it’s a part of the journey toward a better healthcare experience for all.”

When CMS Danskin Acoustics Limited was engaged by Progressive Group to ensure the Shangri-La Hotel’s 42 floors in the Shard were effectively soundproofed, it wasn’t a straightforward assignment. From the very first sketches drawn on a napkin by Piano during dinner with entrepreneur and property developer Irvine Sellar, the Shard was always intended to be ‘all about the windows’, with expressive façades of angled glass reflecting sunlight and the sky, and affording 360° views of the city.Unfortunately, when the glazing is central to the design, floors can get in the way of the overall effect, and the temptation is to minimise floor heights (within Building Regulation parameters, of course). This presents a significant challenge to acoustic insulation installers. In short, the thinner the floor, the harder the soundproofing material has to work acoustically and the more physical punishment it has to endure.For approximately 70% of the floors, Progressive applied a Gyvlon liquid screed at a 40mm minimum thickness. The screed was pumped from ground level, with the largest pour in excess of 80m3 covering an area of 1,680m2. In approximately 30% of the floor areas, however, the floor screeding level could not be raised because of the existing floor-level transom in the curtain walling. This meant that there were instances of screed thicknesses of approximately 25mm in places.CMS Danskin’s Regupol E48 (REGUPOL sonus curve 8) was specified, a Robust Detail approved (E-FC-6) high-performance screed isolation material. E48 (REGUPOL sonus curve 8) was perfect for those ‘thin screed’ areas, with its maximum load bearing capacity of 3000kg/m3 (30kN/m2), combined with a mean average impact sound insulation performance of 46dB and a mean average airborne sound insulation performance of 49dB, both values well in excess of the requirements of Part E of the Building Regulations.Building Regulations aside, E48’s (REGUPOL sonus curve 8) ‘over-performance’ is crucial for a hotel as exclusive as the Shangri-La. The award-winning, globe-spanning hotel group prides itself on providing a customer-focused experience, with the emphasis very much on luxury. Intrusive noise from above or below a guest’s accommodation would almost certainly undermine those efforts. Plus, with this being a flagship project for the Shangri-La – their first hotel in Europe – ‘fit for purpose’ simply wasn’t an option.As a Robust Detail underscreed, E48 (REGUPOL sonus curve 8) has already been rigorously pre-tested to ensure it achieves a minimum performance of 5dB over and above Part E, thus eliminating the need for Pre-Completion Testing. However, CMS Danskin and Progressive, having worked together successfully on the exclusive One Hyde Park development, preferred to adopt a partnership approach, with the emphasis on planning and testing, giving absolute certainty to all parties and making full use of all the skills, expertise and experience at their disposal. To this end, Paul Absolon, CMS Danskin’s Technical Director, worked closely with Progressive’s technicians, carrying out off-site simulations and fitting trials with varying screed thicknesses. Only once both parties were satisfied with every aspect of E48’s (REGUPOL sonus curve 8) acoustic performance in a ‘real world’ situation did the installation proceed.More than 16,000m2 of E48 (REGUPOL sonus curve 8) were installed over approximately 3 months, with Progressive and CMS Danskin maintaining their close working relationship throughout.Tony Cooney, Estimating Manager at Progressive Group, said, “The completion of the screed and insulation work on the Shangri La Hotel development was a fantastic achievement and it presented a number of very challenging situations – both technical and logistical. Solutions to these challenging situations are achieved by the co-operation of all parties involved – including material suppliers. The technical assistance provided by CMS Danskin on this Shangri-La project and other prestigious contracts in the London region in recent years has been exceptional and we look forward to continuing our excellent relationship.”Said Paul Absolon, “It was a privilege working on a project as ground-breaking and culturally significant as The Shard, and it was a pleasure working with the professionals at Progressive Group again. At CMS Danskin, we like to be put to the test. The Shard certainly was a challenge and we’re proud to have met that challenge and delivered.”

From the beginning, architects DLR Group designed Metea Valley High School in Aurora, Illinois, to light up education, both literally and figuratively. The sprawling campus with room for 3,000 students is broken down into a handful of more intimate, human-scale learning spaces, called “think tanks”, where interaction with faculty is encouraged. Two interior courtyards, open to the sky, offer fresh air during free periods. Shaped a bit like a bow tie, Metea combines three concepts – mind, in the midsection, and body and soul on either end – to offer students a truly 21st century school experience.Lighting up Metea in the literal sense comes largely from the extensive use of Kalwall translucent curtain wall throughout the school. Upon coming through the school’s main entrance, visitors are struck by the cheerful, airy, daylighted lobby. Controlled daylight also pours into the school’s innermost areas, traditionally a structure’s darkest, from the courtyards. Kalwall introduces daylight into the vast commons area that serves as the students’ lunchroom. In the gymnasium, Kalwall’s shadowless, glare-free light enhances ball handling in team events; sunlight does not glance off the shiny court surface. The diffuse-light-transmitting panels also prevent glare off computer screens, easing eyestrain. And in a dramatic demonstration of Kalwall’s superb flexibility, the design includes occasional, narrow, horizontal runs of clear glass – some serving as clerestories – adding visual interest as well as clear views to the outside.At 464,000 square feet, Metea could have been an energy-consumption nightmare, adding significantly to its $125 million total project cost. But innovations such as demand control ventilation, energy recovery wheels, and high efficiency boilers will save Indian Prairie School District 204, the state’s fifth largest, thousands of utility dollars every year and pay for themselves in just a few years. In fact, the building’s design is targeted to be 19 percent more efficient than ASHRAE 90.1 requires. Because translucent Kalwall admits so much controlled daylight, the school’s exterior light harvesting system, which monitors indoor light levels, can actually turn off electric lights in public spaces automatically when they are not needed. The harvesting system alone is expected to save the district over £16,000 a year in operational costs with a payback of under seven years.Illinois can get very cold in the winter and quite toasty in the summer. Highly insulating Kalwall helps there, too, keeping temperature extremes outside and lessening the need for and cost of heating and cooling. During the manufacturing process, standard 2-3/4” and optional 4” Kalwall sandwich panels can be infilled with various densities of specialized, translucent insulation. Architects and designers can achieve a thermal insulation value of up to R-20 (0.05 Btu/hr/ft²/F).At Metea Valley High School, DLR Group chose to include Verti-kal™, a unique design variation on the standard shoji or square grid layouts of Kalwall Translucent Systems. The panels incorporate internal, continuous supports to provide a vertical emphasis. As with all Kalwall translucent systems, Verti-kal distributes diffused daylight throughout the school, even on cloudy days, drastically reducing the amount of artificial lighting required and eliminating shadows and glare as well as stark contrasts of light and shade. Verti-Kal can be supplied in panels up to 5 ft. (1.5 m) wide and up to 12 ft. (3.6 m) high, minimizing the number of joints. The unique format creates an entirely different look while still utilizing the most highly insulating, diffuse-light-transmitting, structural composite technology.Any school system must concern itself with maintenance costs, and Kalwall excels there as well. The panels are vandal-resistant and self cleaning; dirt simply washes off with each rainfall. After dark, the diffuse, translucent properties of Kalwall contain interior lighting and prevent direct-beam light pollution. Instead, the exterior surface of the building simply glows beautifully, boosting Metea Valley High School’s aesthetics and welcoming both students and the surrounding community to a true masterpiece of daylighting.Photography: James Steinkamp

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

ASF were approached to supply the ASF 3001 Tree Grille and Tree Guard Combination in stainless steel, alongside a range of other stainless steel street furniture products. The grilles were manufactured in grade 316 stainless steel and supplied with a brush polished finish which offers that classic stainless steel sheen whilst being a robust enough finish to minimise marking up and discoloration.

Boutique apartment development in Central London of six new high-end flats, including two penthouses for a private developer. High quality finishes are specified throughout, and the compact design makes intelligent use of the site.InterLace designed, manufactured and installed luxury curtains and blinds to all living and bedroom areas, working with the special window systems and slimline recesses for a minimal and contemporary finish.

With modern design, the building is at the forefront of technology ... These offices focused on writing newspaper and various journals under a single roof. The aim of this ambitious project is to maximise company resources, and be in agreement with the innovations of the new millennia... Barrisol contributed to this project with the provision of 1,100sqm of Barrisol acoustic light (BSA301010B) materials. 149 ceilings with 142 identical hexagons

A brand new school on the outskirts of Bury St. Edmunds in Suffolk was built to accommodate 1,600 students. The project was designed and managed by Concertus Design & Property Consultants on behalf of Suffolk County Council, who wanted the school to act as a benchmark for sustainability with the building’s roofs playing an integral part in achieving this through the inclusion of solar panels.

Metrotile Lightweight Roofing has been utilised for a refurbishment project by Homes in Sedgemoor, an Arms Length Management Organisation (ALMO) that manages over 4000 properties owned by Sedgemoor District Council. In this case, the refurbished properties are Cornish Units located on various roads within the Sydenham Estate area in Bridgwater, Somerset. (more at the link)

Part of the Scottish Schools for the Future (SSF) programme, the design for Oban High School and neighbouring Campbeltown Grammar school was made possible using a package of high-performance cladding and roofing products from Tata Steel, that both fulfilled the design ambitions and were capable of withstanding the physically challenging climate to which the buildings will be exposed.

The project required the stripping and re-covering of the existing 100-year-old roof which was failing. Due to the prominent location of the building on campus, and it being of historical local interest, Keymer’s handmade Traditional Antique and Elizabethan tiles were selected to ensure a sympathetic renovation that was in keeping with the existing building design principles of Queens’ College.

The Old War Office is a magnificent refurbishment of Winston Churchill's headquarters during the World War II. The sensitive restoration of this Grade 2 historic building includes a 125-room world class Raffles Hotel and 85 luxury residences, along with restaurants, exclusive bars, a Spa and Wellness centre. Referred to as London’s anticipated destination, this architectural landmark opens its doors to the public in Summer 2023.RYNO’s involvement in the scheme included providing the paving and substructure to the Centre triangle Courtyard and the Penthouse Roof Terraces. The triangle Courtyard was finished with a RYNO Quadro porcelain range and supported on our TerraSmart Rail system. The system uses a double lattice structure to provide superior support to the pavers even around the complex curves of the planters on the courtyard and penthouse terraces. The design and detailing of the build-ups from concept to completion has been brilliant, fully complementing the building’s magnificent heritage and unique character.RYNO worked very closely with The Gardenists to ensure the rail layout and build-ups were designed to absolute perfection. Seeing is believing and as Calvin Dalrymple, Specification Manager at RYNO, testifies “to come to the site and see the results…, they really just speak for themselves. Knowing and understanding the coordination that's gone into this whole project and now to see it looking so fantastic has really been a huge reward.” Home to Winston Churchill and David Lloyd George, the Old War Office was designed in a trapezium shape to maximise the use of the land in Whitehall. Of the 25 million bricks that make up the building, the first was laid in 1901: the building was completed in 1906. For all Bond-fans out there, the building has featured in the background of many films: its first Bond-appearance was in 1983.

‘Autobarn’ is an unusual build comprising an elegant five-bay garage and accompanying workshop sitting within the grounds of a Grade-II listed 18th-century home in Somerset.Designed by Bindloss Dawes Architects, the brief was to create a garage with an adjoining workshop to house the client’s classic car collection. The finished result is an aesthetically beautiful building with its deceptively simple wooden barn-themed styling using agricultural materials such as concrete and recycled wood under a zinc roof. With surfaces comprising steel, timber and polished concrete floor, the architects incorporated Troldtekt acoustic panels to clad both the walls and ceilings between the steel frames for sound absorption and to combat the issue of reverberating noise.The added advantage of having services hidden behind the white panelling means the final result is a stunning simplistic and minimalist design allowing the classic cars to be the focus of attention and transforming the space into more of a gallery than a traditional garage.Troldtekt acoustic panels are available in a variety of different surfaces and colours and combine sound absorption with a tactile surface. With an expected life cycle of at least 50 years and resistance to humidity and impact, they are available in various sizes and four grades, from extreme fine to coarse. The panels can be left untreated or painted in almost any RAL colour. Depending on the panel specified, reaction to fire is classed in accordance with EN 13501 as B-s1,d0 or A2-s1,d0 respectively. Founded on the Cradle-to-Cradle design concept and having attained Gold certification, Troldtekt wood wool acoustic panels are manufactured using wood from certified forests (PEFC™ and FSC®C115450) and can contribute positively to a building’s BREEAM, DGNB or LEED points.