"architectural salvage"

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.

The British museum has seen a number of additions over the years,most recently the £135 million world conservation and exhibitionscentre which was completed in 2014. The brief required a particularfocus on creating an environmentally sustainable building with amodern interior that could hold exhibitions, as the museum did nothave enough space for them.The British Museum was conceived in 1753 after Sir Hans Sloaneexchanged his vast collection of artefacts with King George III for£20,000 to ensure that he left an inheritance for his children. Itopened it’s doors to the public in 1759 and has remained in thesame location in Bloomsbury ever since.The main building exhibits landmark architecture inspired by theGreek Revival. To fit the 19th and 20th century design of the site,the architects Rogers Stirk Harbour worked with Mace group tobuild the new conservation centre using steel frames and Portlandglass and stone, easing the transition between the exterior of themuseum and the new development.With a public building of this magnitude, there is a high amount oftraffic around the building so it was imperative that the ironmongeryperformed to the highest level. For this reason, Allgood suppliedthe highest quality hardware including: triple knuckle hinges, floorspring units and mortice locks. We specified the hinges as they aremade from 316 stainless steel and come with a 25 year guaranteewhilst the other hardware items have a ten year guarantee. We alsosupplied our Modric lever handles on mostof the doors as they aretested to grade 4 against BS EN 1906 and would provide the doorswith the highest quality and most durable handles.As science and research are at the core of the new development,the building needed to be modern, functional and sustainable.We were able to meet the sustainability expectations as all of ourstainless steel door fittings are made from 62% recycled materialsof which 95% can be recycled at the end of the product’s life.Additionally, our packaging is also made from recycled material andcan be recycled once it has been used.The World Conservation and Exhibitions centre has now been openfor 6 months and has further enhanced the British Museum’s statusas a world class institute.

The British museum has seen a number of additions over the years,most recently the £135 million world conservation and exhibitionscentre which was completed in 2014. The brief required a particularfocus on creating an environmentally sustainable building with amodern interior that could hold exhibitions, as the museum did nothave enough space for them.The British Museum was conceived in 1753 after Sir Hans Sloaneexchanged his vast collection of artefacts with King George III for£20,000 to ensure that he left an inheritance for his children. Itopened it’s doors to the public in 1759 and has remained in thesame location in Bloomsbury ever since.The main building exhibits landmark architecture inspired by theGreek Revival. To fit the 19th and 20th century design of the site,the architects Rogers Stirk Harbour worked with Mace group tobuild the new conservation centre using steel frames and Portlandglass and stone, easing the transition between the exterior of themuseum and the new development.With a public building of this magnitude, there is a high amount oftraffic around the building so it was imperative that the ironmongeryperformed to the highest level. For this reason, Allgood suppliedthe highest quality hardware including: triple knuckle hinges, floorspring units and mortice locks. We specified the hinges as they aremade from 316 stainless steel and come with a 25 year guaranteewhilst the other hardware items have a ten year guarantee. We alsosupplied our Modric lever handles on mostof the doors as they aretested to grade 4 against BS EN 1906 and would provide the doorswith the highest quality and most durable handles.As science and research are at the core of the new development,the building needed to be modern, functional and sustainable.We were able to meet the sustainability expectations as all of ourstainless steel door fittings are made from 62% recycled materialsof which 95% can be recycled at the end of the product’s life.Additionally, our packaging is also made from recycled material andcan be recycled once it has been used.The World Conservation and Exhibitions centre has now been openfor 6 months and has further enhanced the British Museum’s statusas a world class institute.

“Good morning, I have two of your doors in a boatshed at South Georgia Island. They were installed 22 years ago and are in need of a set of bottom door seals” The correspondence originates from Paul Cousens, the facility engineer stationed at the British Antarctic Survey Station situated in King Edward Point, South Georgia Island – renowned as the smallest capital in the world. Positioned in the remote expanse of the South Atlantic Ocean, South Georgia lies at the equivalent latitude as the southern tip of South America, Cape Horn, approximately 1350km east of the Falkland Islands.The station's main edifice features two bi-folding industrial Q doors, serving as vital shields against hurricane-force winds and corrosive saltwater. Throughout the frigid winters, a team of twelve individuals resides and operates within this isolated outpost. However, during the summer months, the population surges to around twenty inhabitants. These Q Doors offer exceptional thermal insulation capabilities, resulting in long-term cost savings while simultaneously enhancing security and the architectural appeal of any structure. Serving as a versatile bi-folding solution, Q Doors can be seamlessly installed externally to address spatial limitations, thereby optimising space within equipment bays. With a variety of customization options available, you can tailor your Q Door to meet specific requirements, such as incorporating insulated double-glazed windows, choosing from a range of colours, and selecting between manual or electric operation. Paul Cousens remarks, "We contend with ferocious wind gusts reaching approximately 65 knots, where anything not securely fastened is swept away. Traditional rolling shutter doors are no match, folding Q doors have proven resilient against the elements. While we anticipate replacing the drive units in a few years, our current focus is on acquiring new seals to mitigate wind and water ingress." The enduring durability of these doors in such formidable conditions is truly remarkable and serves as a testament to the exceptional quality and resilience of the HAG Ltd. Q Door system. To be still fundamentally sound after over 20 years and just in need of replacement door seals was fantastic news to receive all the way from Antarctica!

Rockfon was given the opportunity to demonstrate the breadth of its specialist ranges to meet the specific needs of a wide range of spaces while contributing to the BREEAM ‘Excellent’ environmental status of this stunning project.This new five storey medical school enables students to experience real life situations encountered by those in the medical profession. It includes lecture theatres, laboratories, a clinical skills suite with mock consultation rooms to simulate hospital wards or a GP surgery, a pro-section anatomy suite and bio-medical and health sciences library. Professor Mary Stuart was University of Lincoln Vice Chancellor at the time, “It represents more than just a building – it is a commitment to current and future communities in Lincolnshire to develop sustainable healthcare for the region.” HLM were the client architects, ‘The scheme has been modelled to create the optimal sustainable environment through informed decisions on site layout, massing, orientation, building fabric, elevational treatment and Integrated renewable energy systems. To further enhance student mental health and wellbeing, the scheme uses biophilic design principles including natural lighting and ventilation, visual links to natural landscape features and natural materials.’Meeting and exceeding client aspirationsShradha Mishra was Project Manager for the Estates Department at University of Lincoln. At its completion she said, “The Lincoln Medical School… has had a strong focus on sustainability throughout the design and construction process. With this in mind, the strategy for the building required exposed ceilings and therefore it was important to review and manage the acoustic requirements of the spaces to ensure a suitable working and teaching environment. Following extensive design and consultation with acoustic engineers, Rockfon were recommended for installation across the project which included a variety of both suspended ceiling grid tiles and acoustic baffles in open plan areas to support the absorption of sound.”BAM were main contractors for the project with BAM Design leading architectural design. Brebur Limited were responsible for the installation of ceiling and wall systems at Lincoln. Operations Director Vinny Lilley had this to say, “We have an excellent relationship with Rockfon. Their wide range of specialist products always ensures the architectural vision is achieved. They are always on-hand to offer technical advice and commercial acumen, with around 2,500sqm of tile and grid components being supplied by regional distributors.Acoustics reducing stress and enhancing healthAcoustic Rockfon Eclipse® islands are utilised within open plan areas where they are suspended on wires from the soffit, giving the illusion that they float. They can be specified in a variety of shapes with unlimited custom colour matching. Eclipse islands are perfect for thermal mass installations and where a traditional suspended ceiling cannot be installed. At Lincoln they are also present as wall panels to further control sound.Improved acoustics can increase focus by 48% and reduce stress levels by 27%, which aids learning and wellbeing (independent research). The high light reflectance characteristics of Rockfon ceiling and wall systems also help reduce the need for artificial light, saving energy and enhancing health.Elsewhere within the school, Rockfon Blanka® is installed. Available in a wide range of sound control and durability performance characteristics, its non-directional, anti-static surface prolongs product life. The range embodies Class A sound absorption (aw 1.00), 87% light reflection, >99% light diffusion and room to room sound Insulation >26dB. Rockfon’s Chris Carr-Elliman, “All Rockfon ranges are made from inert volcanic rock (stone wool) which offers no sustenance to microorganisms and demonstrates outstanding reaction to fire. Most are available in a full range of formats including concealed, semi-concealed and visible grid options from our extensive Chicago Metallic grid systems.” Specialist ranges for every spaceHTM 60 compliant Rockfon Medicare was the perfect fit at Lincoln where it offers outstanding performance in terms of infection control. Simple cleaning and low particle emission (ISO Class 4) also mark it out as a first choice for healthcare specification, along with its Class A sound absorption and highest fire safety (Class A1). Also within the building, the superior moisture resistant properties and wipe clean surface of Rockfon® Koral™ were important considerations for its use. Affordable, Rockfon® Artic™ was also put to good use in several areas at the school. In common with other Rockfon ranges, both Koral and Artic offer excellent sound absorption and fire safety characteristics.Shradha Mishra continued, “Since completion of the building, we have had positive feedback from building users about both the aesthetic appearance of the Rockfon products along with the acoustic performance of them.” 

CT1 is Creating Waves in BristolProject Case Study: The Wave, BristolCustomer: Andrew Scott LtdArchitect: APG Architecture CT1, officially voted by an independent survey, as the UK’s Number 1 Sealant and Adhesive is a world leading brand that’s made right here in Britain.CT1 is used by construction professionals in every sector of the industry including roofing contractors, joiners, window suppliers, kitchen fitters, bathroom installers, as well as specialist fit out and building companies working on every possible scale of project from small one of extensions to massive high rise, multi-purpose developments across the country.CT1 replaces several different sealants and adhesives in one tube. It’s the ultimate snag list eliminator providing permanent sealing and bonding solutions, saving time and money by delivering outstanding performance on almost every type of building material in virtually every application.CT1 - The Specialists' Choice of Sealant and Adhesive!When building the groundbreaking Wavegarden Cove project in Bristol, engineering specialists Andrew Scott Ltd needed extremely high preforming, highly deformable and very durable adhesives and sealants guaranteed to endure rigorous and testing conditions in consistently wet conditions, including permanently underwater.The Wave in Bristol is the brainchild of founders Nick Hounsfield and Craig Stoddart, who wanted to create a positive, healthy, well-being destination for people.Designed by APG Architecture, The Wave is a 180m inland surf lake generating up 1000 waves per hour ranging from 50cm in height up to 2m high crashing bodies if water, delivering unrivalled inland surfing experiences suitable for every level from beginners to the seasoned professionals.Finding Sealant & Adhesive Solutions for Challenging Build EnvironmentsWith the originally specified adhesives failing to meet the tough requirements of this complex build, Project Manager Steven Hunt turned to CT1. This was driven by the need for products guaranteed to stand the test of time in harsh, wet conditions, including constantly moving, floating platforms. CT1 delivered superior adhesive and sealant performances while also meeting the client’s environmental and sustainable build values. CT1’s Unique ‘Tribrid®’ TechnologyWith unique ‘Tribrid®’ technology CT1 sealant and adhesive is now 3 times stronger, with 350% elongation, secured colour retention and enhanced performance even in the harshest outdoor applications.Furthermore, CT1 is the high strength, solvent free, environmentally compliant and most ecologically advanced sealant and adhesive available that’s used by construction professionals in every sector of the industry.  CT1 was put through every possible assessment for adhesion, flexibility and strength, exceeding every expectation and providing the architects, specifiers, engineers and clients with assurances and confidence in the success of their project.CT1 not only delivered during the build phase but it continues to deliver while being tested every day by the harsh environment exacerbated by the strength of moving bodies of water and thousands of users. Such has been the unrivalled success and performance of CT1 it has already been specified on Nick and Craig’s next wave project in Scotland. CT1 is Made in BritainCT1 is made in Britain with British technology and British design. Officially voted the UK’s Number 1 Sealant and Adhesive by trades people nationwide, CT1 comprises the very best raw materials and is leading the way in quality, service and technological advancements being made in the construction industry.CT1’s ‘Tribrid®’ technology provides unique adhesion on virtually any material in most applications without the need for additional fixings. Available in ten different colour options it offers specifiers and construction industry experts greater versatility for use in so many more applications.Why Use CT1?Whether you’re an architect, surveyor, specifier, builder, plumber, joiner, roofer, landscaper or DIY enthusiast, CT1 is the sealant and adhesive of choice for every project, packed in every toolbox and immediately on hand to provide the best solution every time.Here’s just 10 of the reasons why:Will bond on virtually every type of construction material in most applications including wood, metal, glass, fiberglass, stone, concrete and most plastics.Incredibly tensile strength of up to 2.9 N/mm2 when fully cured.Environmentally friendly with no detrimental impact on ecological biodiversity.Unique flexibility with excellent resistance to vibration and up to 350% elongation.Works in wet and dry conditions – ideal for marine and boat maintenance.Ultra-violet Resistant.Solvent Free and suitable for clinical and clean room environments.Excellent resistance to chemicals.Will not shrink, dry out or flake.Can be painted.CT1 is available now in all good builders’ merchants nationwide and online from www.ct1.comCT1 – Often Copied but Never Equalled!We Innovate – Not Imitate!Image Credits: The Wave, Bristol

GEZE is also a leading provider of door, window and safety technology in the UK. GEZE UK Ltd implemented state-of-the-art door solutions in the John Radcliffe Children's Hospital in Oxford, skilfully combining clinical functionality with a comfortable atmosphere for the young patients.Invisible efficiency: Slimdrive SL sliding door systemsAutomatic glass sliding door system with Slimdrive SL-drives in discreet 70 mm design.The John-Radcliffe Children's Hospital designed by Parry Bowen architects, and built in accordance with the latest hospital architectural standards.. The real eye-catcher of the main entrance is the double-leaf automatic sliding door, with a powerful GEZE Slimdrive SL drive system that works almost invisibly thanks to its construction height of only 70 mm. The Slimdrive SL drive automatic drive fits unobtrusively and elegantly into the contemporary clinic façade, and quietly and efficiently manages thousands of movement cycles every day at the busy children’s hospital."We are delighted by the design of our entrance area. It’s exactly the kind of atmosphere that is expected of a modern children's hospital. The high-quality workmanship makes a key contribution to a comfortable and inviting atmosphere for patients and clinical staff," says Vickie Holcroft, Project Manager at the John Radcliffe Hospital.Automatic swing doors: convenience in the entire clinical areaThe swing door systems from the GEZE TSA drive series are used everywhere in the clinic complex where functionality and ease of access are of particular importance. The automatic TSA 160 door drive ensures light and reliable opening and closing of the automatic doors, even in heavily frequented areas. The TS 4000 overhead door closer provides flexible ease of access at swing doors with manual opening. The closing force of the door closers can be individually set and can be perfectly adjusted to meet the needs of each clinical area. They enable door leaves to be opened with minimal effort, e.g. for children and weak adults. The TSA drives make transportation of beds and/or patients easier for clinical staff.Access control for supervised clinical areasTo safeguard access control to sensitive clinical areas, the swing doors to the operating rooms and intensive card wards were also equipped with a TSA drive with an electromagnetic locking system. This guarantees that only authorised persons can enter these areas.

Copenhagen’s Amager Bakke is a visionary project in Denmark that doubles as a recreational playground and a waste-to-energy plant.The towering structure is over 280 feet high, has an estimated cost of $670 million and is a part Copenhagen’s commitment to become the world’s first carbon-neutral capital by 2025. Part of the facility is already on line.The waste-to-energy plant, a giant incinerator that burns household garbage to generate heat for approximately 160,000 households and electricity for 62,500 homes, began operating in March. The recreational component is still under construction.Kalwall® translucent sandwich panels provided a critical solution in this truly global project, with their aesthetic beauty, energy efficiency and, most importantly, their best-in-class explosion-venting properties.Kalwall panels are used in areas of the building where a potentially volatile event could occur. The panels work to vent pressure out of the building, allowing it to withstand an explosion without collapsing roofs or floors. The panels are designed to release from their mounting system, but remain attached to the side of the building to avoid becoming falling debris. The interior of the panels are shatterproof and include a Fiber-Reinforced Polymer(FRP) face sheet that can be customied to withstand 230 ft-lbs (312J) of impact.Staying close to the project’s mission of being environmentally conscious, Kalwall panels provide dramatic savings in energy consumption through exceptional thermal and daylighting performance that reduces heating costs and artificial light usage.Working through Sipral, a leading supplier of external building envelopes based out of Prague, the panels were delivered on schedule and required no on-site modifications. Amager Baake was designed by the highly-acclaimed architecture firm Bjarke Ingels Group (BIG) and has the world watching as it merges two completely different applications.BIG founder Bjarke Ingels hopes that Amager Bakke will “change public perceptions of what a public utility should be” by providing a social and physical infrastructure.Amager Bakke provides Copenhagen with a rooftop ski slope that is comprised of 1,600 feet of trails, as well as 10 running and walking trails. There is also a 260-foot climbing wall along the facade.Ingels said the concept of a structure that brings together two diverse interests can be lasting. “If you make a building that remains relevant to the people living around it, and using it and inhabiting it, it can last forever,” Ingels said in an interview with CNN Style.Photography: Christoffer Regild

Architect: Henning Larson - CopenhagenContractor: SKANSKA - SwedenThe ProjectESS / European Spallation Source, located in Lund, Sweden, is a joint European research facility to which 13 member countries contribute technical equipment, expertise and funding. Researchers worldwide will be able to study materials in detail allowing them to investigate solutions for some of the world’s most complex challenges in material research, renewable energy, biomedicine and pharmaceutical pursuits. The facility is expected to open for research in 2023.Not only will ESS become a world-leading research facility, it will also be one of the most sustainable and energy smart research infrastructures.The ESS energy concept is based on three pillars: the facility will be very energy efficient and will use as little energy as possible, all energy will come from renewable energy sources and the waste heat will be recycled.Inpro® Products UsedFireline® 140 Fire BarrierSeries 114 Drywall Wall and Ceiling Interior SystemSeries 651 Surface Mount Exterior SystemSeries 672 Bellows Roof Exterior SystemSeries 995 Fire-rated FoamWhy did Skanska decide to work with Inpro?The project started 2 years ago with a single request for information from Henning Larsen Architects – Copenhagen. In 2019 Inpro were asked by Skanska to tender for an expansion joint product line addressing the exterior cladding of this unique facility. At that time, several other manufacturing companies were being considered for the wide ranging scope of movement joints required. However after in depth interviews, only Inpro was able to offer all the complex joint solutions required in one primary supplier.Detailed Sustainability product information was submitted and verified by third parties.Complicated Shop Drawings and take-offs of the massive 6-building involved depicting multiple complicated transitions between varying substrates, differing products and a range of geometries for the custom-made solutions.Demonstrated our ability to overcome complex technical and field-related problems.Were involved with hours of online meetings with the main stakeholders- Skanska technical teams, the Architectural team and the Installing Contractor in a collaborative approach to implement best practice and minimize risk.This was an Inpro team project including Senior Product Management, Sustainability team, estimation and commercial management who all played an important part to land this iconic development with SKANSKA.

In this case study, we explore a recent resin bound gravel driveway installation project completed using PermaBound materials. Discover how this project aimed to enhance both the aesthetics and functionality of a property's driveway, offering durability and low-maintenance benefits.The homeowner desired a modern, attractive, and SuDs-compliant surface to replace their worn-out driveway. After careful consideration, they chose a resin bound gravel driveway using an Ocean Grey blend. The goal was to create a durable solution that would elevate the property's curb appeal.The project commenced with thorough surface preparation, including the removal of the existing driveway. A permeable tarmac surface was laid, providing a clean and level base for the resin bound application. A porous sub-base was established to ensure effective water drainage.Following best practices, the team marked out 37 bays of approximately 3.6m² in which they would lay each of their mixes. Using high-quality PermaBound UVR+ resin binder and a unique Ocean Grey aggregate blend, the installers produced their mixes in a forced action mixer. The resin and aggregate mixture were carefully spread using a spazzle before being hand-troweled onto the prepared surface by seasoned professionals, creating a seamless and smooth finish.The completed Ocean Grey resin bound gravel driveway instantly transformed the property's appearance. The cool grey tones of the aggregate harmonised with the surrounding architecture, delivering a contemporary and inviting entrance. The surface's smooth finish added sophistication, while its permeability enabled efficient drainage, reducing the risk of localised surface flooding.Additionally, the driveway's low-maintenance nature proved beneficial. Debris can be easily swept away, and occasional power washing will restore its pristine appearance. Thanks to the durable resin bound system, the driveway can withstand the weight of vehicles without compromising its integrity, ensuring long-lasting beauty and functionality.This case study highlights the remarkable transformation achieved through the installation of a resin bound gravel driveway. With its durability, aesthetic appeal, and low-maintenance features, this surface offers an excellent solution for enhancing both the look and practicality of driveways.Contact us today to learn more about our range of resin bound gravel products and other surfacing solutions for your upcoming projects.

THE PROJECTCanterbury Riverside is a major new residential development designed by PRC Architecture for Bouygues Development\Link City. Its construction has been in progress since 2020, and in January 2022, the main contractor for one of the housing elements, Jenner Ltd, commenced work on the below-ground Block 11-13 car park. Jenner appointed specialist contractor GSE to install a new ground bearing slab within the car park, which would tie in with existing columns and retaining walls. The dimensions of the slab required movement joints to be accommodated and there were multiple access points that required waterproofing detailing. The design and installation was also required to meet the requirements of the NHBC (National House Building Council), so Fosroc was appointed to supply materials, and Waterproofing Design Services to carry out the design work. Jenner had previously worked with both Fosroc and WDS on block 14 of the project to provide gas resistant membranes and design.THE SOLUTIONSupercast Crystalline Waterproof concrete was selected due to its robust waterproofing response to any potential ingress through the ground bearing slab. Supercast PVC waterbars were also installed at every movement joint, with the complete Fosroc joint solution installed via Hydrocell XL closed cell compressible joint filler and Nitoseal MS300 joint sealant, which protected the joints against damage from traffic. Care was taken to design a fully linked waterproofing system around the joints between the new slab and existing column bases. This element was closely coordinated with the installing contractor (GSE).THE BENEFITSPour sizes and schedules were optimised by careful design and coordination. A flexible and fully watertight solution was achieved, and regular dialogue with the installing contractor ensured obstacles were swiftly overcome. Feedback from GSE was positive, with Site Manager Darren Knight commenting “This was the first time we had installed the FOSROC products on a waterproof detail. The advice and the back up from the team was very good and Paul Hitchins was on hand all along the install route to aide any issues, promptly answering our questions. The products were easy to install, and regular on-site inspections ensured a smooth install throughout. I would have no issue installing this product on any other job when specified.”

A community space in the heart of central London has been completely transformed and by 6a architects. The new building, incorporating an old basement gymnasium, is home to Holborn Community Association, has a 100-year history which has been sensitively referenced in artwork created by artist Caragh Thuring on the façade of the building. What was solely an old basement gymnasium has been rebuilt as a light-filled, naturally ventilated, low energy space, extending upwards with two new public-facing floors. 6a architects specified Junckers solid Oak Harmony Driftwood Grey two-strip flooring, a pale shade of grey. Suitable for multi-purpose use, the sprung floor fitted in the gym as well as in the club rooms, will enable the community centre to maximise earnings through hires, being able to offer a safe space for everything from various sports to arts and social events. Said Stephanie Macdonald of 6a architects: “The floor looks fantastic and really unusual, a beautiful warmth of timber and colour for the gym and the clubrooms which is going to allow them to be used equally well for hires and events - a really beautiful set of spaces for community use”. Throughout the building, an emphasis on pale, light-reflecting colours and materials minimises reliance on artificial lighting. The light-coloured Junckers Driftwood Grey Oak provides the centre with a durable floor which helps maximise natural light levels. It can be sanded and refinished up to ten times without loss of performance and will serve the centre well for 60 years plus. Junckers floors carry the Danish Indoor Climate Label, which is recognised by BREEAM. Having undergone extensive degassing and odour testing to ensure there are no harmful chemicals, a Junckers floor will help maintain a healthy indoor climate. Stirling Prize nominated 6a architects worked closely with Thuring whose artwork features throughout the architecture. For the etched glass façade which runs the width and height of the building Thuring drew on stories from the community and local area which are inscribed onto the glass alongside irregular mortar lines of the original brickwork. For the gymnasium, Thuring created a bespoke woven fabric, echoing the brickwork motif of the façade, which lines the acoustics panels on the upper walls. The flooring contractor was Junckers Approved Contractor Hutchison Flooring. 

Mirrors from the wide range of stainless steel products offered by GEC Anderson have been included within a striking new facility developed for the young people of East Manchester, enhancing both the aesthetics and the safe operation of the building. The £6.6milion HideOut Youth Zone, built by Domis Construction on the old Gorston baths site in the Hyde district of the city, is based upon the successful OnSide Youth Zones 21st Century Youth Facility Model. The development of the centre, which is expected to attract some 1,600 young people each week, was supported by local philanthropist, Fred Done, and Manchester City Council.  In total, 16 of the 1000 x 500 mm highly polished, 1mm thick stainless steel mirrors were supplied for both the general and accessible washroom areas. Widely used in public toilets and sports facilities, the mirrors’ tough, unbreakable nature will both enhance long term maintenance implications and negate the injury risk presented by glass alternatives. Lisa McFarlane, a Director at the Manchester based lead consultants, Seven Architecture, commented: “We were keen to design a truly iconic building for the young people of East Manchester; to give them a real sense of pride and ownership. It’s fantastic to see so much support for the scheme. This is the second Youth Zone we have been involved in designing in the region, with another due to get under way soon in Warrington.  With this being a design and build project, the final specification lies with the main contractor, but stainless steel was preferred for the mirrors as a health and safety consideration, basically being a robust but attractive material.”Since its formation in 1962, GEC Anderson has built its reputation for the supply of top end stainless steel sinks and sanitaryware on a combination of innovative design, top quality materials and expert craftsmanship. In addition to the company’s Decimetric system of cabinets, sinks, drainers and other equipment - widely specified for sectors including health and catering - the company’s custom engineered solutions have been selected for some of the country’s top sports, entertainment and leisure destinations. Adam Farricker, Chief Executive of HideOut Youth Zone expressed his enthusiasm for the outcome saying: “A huge thank you to all of HideOut’s supporters for believing in this charity and for having the vision and determination to make it happen for Manchester’s young people. Their generous support will make a huge difference to the lives of young people and the wider community in East Manchester.”

Brick manufacturer Vandersanden, recognised for its innovation, sustainability and craftsmanship, has announced that its NEW RIBA certified CPD #7 ‘Brick: Circularity, Sustainability & Innovation’ is now available to architects and all construction professionals. This essential new training tool comes under the RIBA core curriculum topics of ‘Design, Construction and Technology’ and ‘Sustainable Architecture’ and is the first RIBA certified CPD seminar focusing on bricks and sustainability.The latest addition to Vandersanden’s portfolio of CPD courses is focused on sustainability in the brick manufacturing sector. Vandersanden’s vision for a more sustainable construction industry is central to the brand’s ambitions, and their innovative ‘Together to Zero’ promise demonstrates the company’s commitment to being completely CO2 neutral by 2050.Mathew Davies, National Specification Manager for Vandersanden comments;“As a brand, we are committed to developing sustainable products, manufacturing processes and services which have a limited impact on the environment. So, we are thrilled to be able to add another highly informative RIBA certified CPD to our seminar series with a focus on sustainability. With the construction industry focused on achieving sustainability targets, this CPD is particularly timely. We hope not only to educate, but to inspire CPD attendees by outlining the path for a more sustainable construction industry, that the sector can achieve together.”This new seminar from Vandersanden is the first RIBA CPD certified seminar in the industry to explore the subject of brick and sustainability in detail. This seminar is designed to educate attendees on the following key topics:The processes involved in brick manufacture and how sustainability is addressed at each stage of production with renewable energy, heat recuperation and other measures.Why the brick industry is reducing use of clay and exploring alternative options such as eco brick slips, an innovation with an abundance of benefits.The end-of-life circularity of bricks and the possibilities for reuse and recycling.The incoming development of Carbon-negative bricks.The available documentation to be referred to when designing sustainable buildings.The importance of industry standards, health and safety, brick supply, management and handling.The CPD seminars from Vandersanden are an ideal opportunity for professionals to develop their knowledge base and strengthen their skill sets. This new RIBA certified CPD is the latest addition to Vandersanden’s portfolio of learning and development tools, aimed at architects and specifiers, helping to enhance their expertise and keep them updated on new trends, techniques and innovations in brick manufacturing.Register for this RIBA certified CPD here CPD – Continuing Professional Development | Vandersanden

THE CHALLENGE Milner Hall, a former chapel in Winchester, is one of the oldest structures in the city and a building of great architectural and religious importance. Built by the Reverend John Milner in 1792, the hall is now used for community events and meetings. In addition to the significant heritage of Milner Hall, an X-ray of the western elevation found a number of voids in the foundation due to hundreds of years of water damage. What’s more, part of an inadequate retaining wall had collapsed onto the same elevation, with the potential to cause further damage if left untreated. When Tarmac’s Limelite team was approached regarding the Milner Hall project, they instantly recommended Tempo PCE who they’d successfully worked with a number of times. THE SOLUTION Tempo PCE commonly chooses Limelite 7 for its projects; a Tarmac grout with hydraulic lime content that’s specially designed for heritage buildings, especially ancient structures such as churches. This was the ideal product to suit the needs of Milner Hall where the grout would need to be injected at a low pressure from the outside, directly filling the internal voids. Tom Phillips, Director of Tempo PCE, said: “We regularly use Limelite products and Limelite 7 was ideal for the work required at Milner Hall. The technical support they offer is incredibly valuable, as well as their reach and industry-reputation. “We strive to only work with manufacturers who can offer value and work with us as partners to ensure the best possible product is provided for a strong finish. We certainly get that with Tarmac’s Limelite team.” Iain Spence, Technical Manager for Tarmac’s Limelite range, added: “Historic structures often present suppliers with a wide number of challenges when it comes to the specification of suitable materials, and their subsequent installation. “In the case of the work at Milner Hall, the requirement was for a fluid, low strength grout that would stabilise the void in the masonry of this Grade II listed building. The Limelite Heritage Grout system provided a breathable low-density solution for these works. “Given the often delicate nature of period and historical structural repair projects, working with dedicated and knowledgeable contractors is essential to achieving the correct end result. Tempo PCE completed the works at Milner Hall utilising their extensive application skills with the Limelite Grout, delivering a much-needed structural support to the building’s foundations which should add many more years to its operational life.” 

Fire Retardant aluminium cladding that looks like real timber. This system of real timber that wraps aluminium cladding has been around for 30 years; its not a new phenomenon, in some practices, it’s the norm.Exceptional Architecture with contrasting aluminium wood cladding against a striking white stucco facade. Incredible detailing and accurate installation has made this private residence an iconic statement. Real timber veneer over aluminium results in a contemporary timber cladding, its not an effect, its not plastic… its timber.Aluminium cladding that looks like real timber.Set over three floors and a basement, beautiful landscaped surrounds and many balcony terraces make this dwelling the envy of other property owners. The cladding by Technowood ® has been used to good effect for the wall cladding, soffit board arrangement and also the fascias. This system has many options for start and stop beads with alternatives for reveals and corner detail. The design of these projects is only limited by the designer.Pergola design and Brise Soleilby Technowood®As Technowood have been manufacturing since the 1980’s they are well versed in many different profiles and systems in aluminium covered in real wood. Pergolas that span with a clear run up to 12.5 metres, louvres and Brise Soleil that match. We can create a complete system in timber that looks the same, made at the same time by the same hands… the design can also incorporate powder coated or anodized aluminium elements; supplied at the same time. These are also made in the same manufacturing process.Cladding illumination Up lighting, down lighting or washing warm white illumination across the facade of cladding looks beautiful. Further, this offers a welcome from the building during the darker hours, makes your home more inviting, it also looks stylish. It’s a simple effect to achieve and doesn’t cost a lot in comparison to other illuminated elements of the project.Technowood aluminium timber claddingThe simple system is an inclusive platform of cladding. It starts with a simple L shape bracket, a long length of supporting section T shape (like a timber batten); the cladding directly fixes to it. Think rain screen, when you are designing and you won’t go far wrong. Technowood has been here for 30 years and it’s here to stay. Certified FR A2, FSC and certified for Environmental Product Declaration, its also warranted for 20 years.

The new Student Centre at Queen’s University Belfast brings together student services and the Student Union in a spectacular new building. Designed through collaboration between Hawkins\Brown and RPP Architects, the building sits at the heart of campus and cleverly bridges the gap between the University’s heritage and future. An accessible, modern space with an open plan entrance area creates a vibrant hub for students to socialise, engage, collaborate, and access support and advice. The interior exploits the high ceiling and large-scale steel structure where a central staircase doubles as terraced amphitheatre-style seating. Clad in Junckers’ solid Nordic Oak flooring with nosing in contrasting Black Oak to achieve an LRV differential of 30 points, the stairs form a visual and social focus in the building, creating a flexible, infinitely useable space. “The central social stair is a key design feature that links the spaces on different floors and provides clear, intuitive wayfinding for visitors. The warmth and natural character of the Nordic Oak flooring complimenting the red laminate cladding helps visual orientation running up through the public spaces” said Alan Shields, director, RPP Architecture. The solid hardwood flooring forms a hard-wearing and long-lasting surface ideal for high traffic areas and the natural warmth of the timber adds to the material beauty of the interior. With strong sustainability credentials, Junckers’ flooring plays a part in the architects’ design to create a building which is more efficient and less costly to operate and maintain, future-proofed for generations to come. The building also houses a performance studio with Junckers’ sprung SylvaSport Beech flooring and the one-of-a-kind Union Bar which has been fitted with a reclaimed Junckers’ sports floor. With the old line markings intact, the floor has a rustic, industrial look which will hide a multitude of sins in a busy student bar. It was finished with Junckers’ High Performance Friction+ lacquer to provide a slip resistant surface. The reclaimed floor was sourced with the help of Junckers’ Buy Back Scheme. Junckers connects with flooring contractors who specialise in reclaiming wood flooring by providing details of projects where an old floor needs lifting, as well as acting as liaison between contractors sourcing a floor which can be repurposed. The sports floor fitted in the student bar by Oakvale Wooden Flooring was lifted from a school sports hall in England by Hargreaves Reclaimed Flooring.