It is not very often that a company comes along and has a product offer that ‘ticks all the boxes’, but when it does, customers are usually savvy enough to take advantage. What is it that makes such an offer irresistible? Customers, in this instance are facade fabricators and installers,
Metal building envelope specialist SIG Building Solutions has launched a warranted twin skin system called ‘Gemello’. Gemello, is a self-supporting roof and wall system consisting of a trapezoidal pre-finished steel liner and outer sheet with a Class A1 non-combustible glass fibre insulation in between. Under development for a number of
British Steel has confirmed its sections will be deployed in the £34 million revamp of Middlesbrough Station. Teams are currently working on the second part of the transport scheme, which will revitalise the station undercroft, create new walkways and spaces for businesses and boost capacity for more rail services. “We’re
EKFB, a Joint Venture responsible for delivering works on the HS2 high speed railway running from London to the North-West, has improved the sustainability credentials of the project by choosing to use green construction innovators, Dura Products. The project will involve the installation of Dura Product’s eco-friendly kerbing solution, Durakerb
Scientists and industry unite to decarbonise construction supply chain and tackle global climate emergency Cement 2 Zero (C2Z), a UK-based demonstrator project to trial the world’s first zero-emissions cement on an industrial scale, was officially launched this week having successfully conducted the first in a series of pilot-scale melts. The
Modern construction is heavily involved in the fight against climate change. Through the use of innovative technologies and modern building materials, buildings can be made more energy-efficient and environmentally friendly. Sustainable construction in an era of the increasing climate crisis has become a universal obligation and not just a fad.
Merchants and Suppliers from across the building products sector are being urged to engage in meaningful conversations more frequently after a recent survey revealed potential disagreements over perceptions of service level quality. The survey, by National Buying Group (NBG) put questions to 165 of its affiliated Suppliers and 76 of
Doka, one of the world’s leading suppliers of formwork with headquarters in Amstetten, Austria, completed the 100% acquisition of scaffolding manufacturer AT-PAC. Both companies initially partnered in 2020 to provide comprehensive global site solutions. The acquisition positions Doka as a single source for formwork and scaffolding for the global construction
The UK’s first drive-thru concrete, mortar and screed station is set to launch soon in February at Thorncliffe Building Supplies in north Wales. Customers can now collect exactly the right amount, exactly when they need it, with orders as small as 0.25m3 at the push of a button, thanks to
Waddesdon Manor is home to the Rothschild Collections of paintings, sculpture and decorative arts, and was built by Baron Ferdinand de Rothschild between 1874 and 1885. Opened to the public in 1959, Waddesdon Manor is managed by the Rothschild Foundation, a family charitable trust, on behalf of the National Trust,
It is not very often that a company comes along and has a product offer that ‘ticks all the boxes’, but when it does, customers are usually savvy enough to take advantage. What is it that makes such an offer irresistible? Customers, in this instance are facade fabricators and installers, who seek a value proposition. To some ‘value’ may be seen as competitive prices for aluminium systems, but this is not the case for any serious facade company. As a supplier, ‘credibility’ and ‘partnering’ are two key elements high on the ‘tick list’ for a facade company. Credibility is the depth of aluminium system options and profiles which are only attainable from large systems companies. Typically, these systems companies have already designed and supplied a wide range of profiles to cater for many complex installations. Partnership comes in the form of systems company support, working side by side with a facade company. Pioneering throughout the construction cycle with the systems company recognising ‘value management’ which ensures both client quality and cost management for the facade company. These are just two of the pillars that Aluprof have built its business upon over the last sixteen years of systems supply in the UK and Ireland. Aluprof’s logistics provides weekly deliveries to Ireland from an extensive stock of aluminium systems and hardware located at their head office in Poland. Powder coating to a Qualicoat specification, including thermal break facilities, are all housed under the same roof in Poland allowing products to be finished to meet any specification. Aluprof also offers a fabrication service to support its network of fabricator installers across the region when required to meet programme expectations. Coupled with a physical ‘on the ground’ presence from Aluprof UK & Ireland’s team of support technicians, has quickly placed Aluprof UK in Ireland as a major systems supplier. Facade fabricators and installers nationwide quickly appreciated the benefits of well designed, robust Aluprof systems and dedicated technical and customer backup. This co-operation grew into many strong, long-term relationships, carried out through difficult times during the 2008 economic downturn and more recently Covid. Of many projects located in Ireland, here are a selection of several projects that have recently been completed in Dublin: Home to a wide range of global businesses Dublin Landings offers 100,000 sq.m of office, residential and retail accommodation set in over 5.8 acres on the banks of the River Liffey. E1 Dublin Landings is one of several buildings in the development overlooking the river where Aluprof systems have been specified. Designed jointly by RKD Architects and Arrow Architects the projects utilises both curtain wall and window systems from Aluprof’s extensive catalogue. To the North West of Dublin Landings and just a 15 minute walk away from Trinity College, Kavanagh Court offers student accommodation in modern high quality rooms in the city centre. The development boasts a rooftop terrace, a modern gym, cinema room, laundry room, secure cycle storage and fast 100Mb WiFi. Owned and maintained by Yugo, the development opened to students in September 2017 and is one of the largest purpose built student halls in Dublin. The development provides accommodation for 491 students with bedrooms, bathrooms, kitchens and living rooms that all sit within 88 self-contained ‘house units’ of varying sizes. Designed by John Fleming Architects the project was built by Bennett Construction. To the south of the River Liffey, Dublin’s Molesworth Street and Dawson Street have been the focal point of the city’s elegant quarter. The project ‘One Molesworth Street’ epitomises this status and can be viewed as one of the capital’s most distinguished addresses. The project was designed by leading architects, Henry J Lyons, offering sheer quality to maximise the occupier experience. The Dawson Street facade uses vertical glass fins together with bronze anodised brise soleil. The Aluprof systems facade finishes and proportions have been designed to complement the neighbouring buildings. Back on the south bank of the River Liffey, Sir John Rogerson’s Quay was one of the first projects to be supplied by Aluprof in Ireland. It is a six storey office building complete with basement which offers modern office accommodation. Adjoining the Ferryman and Tropical Fruit Store the glass facade of the building is designed to maximise the spectacular views from the development. Designed by HKR Architects, the completed development now offers 6,500 square metres of office space. Having a strong presence in the Irish construction scene, Aluprof UK is supporting the Irish Construction Excellence Awards 2023 for the second time. Located at the Convention Centre, Dublin, the 27th April event, organised by the Irish Building Magazine, is always a construction highlight of the year for the Green Isle. As Gold Sponsor at the Gala Event, Aluprof will offer awards in the best ‘Education Project’ and the best ’Healthcare Project‘ categories. The awards, founded by the Irish Building Magazine in 1993, are generally known as the ICE Awards and are the original and premier recognition of performance excellence for the contracting sector in Ireland. The Gala Night is always attended by Ireland’s elite construction professionals, where construction leaders, design and supply chain partners, and clients meet and celebrate construction excellence. Currently with overseas growth further extending across Europe, into the Middle East and with firm roots already in the East of the USA, Aluprof continues to grow into a global player in facade supply. Further information about systems and specification support is available through the company’s website at aluprof.co.uk or direct from their UK head office in Altrincham by phoning +44 (0) 161 941 4005. Building, Design & Construction Magazine | The Choice of Industry Professionals
Metal building envelope specialist SIG Building Solutions has launched a warranted twin skin system called ‘Gemello’. Gemello, is a self-supporting roof and wall system consisting of a trapezoidal pre-finished steel liner and outer sheet with a Class A1 non-combustible glass fibre insulation in between. Under development for a number of years, the system is now available for the roofing and cladding of steel framed buildings, including industrial, retail, office, health, education, and leisure buildings. This new SIG Building Solutions roof and wall system can be tailored to suit the aesthetic, acoustic, thermal, fire and loading requirements of a building. The Gemello external profiles are available in an extensive range of colours, profiles and coatings, enabling designers to create visually-engaging buildings. In addition, the Gemello system can provide U-values down to 0.12 W/m²K or lower depending on the required performance. The design of a twin skin system also allows for denser materials to be used in its construction, improving acoustic sound reduction and rain noise. A key feature is the Gemello system warranty. The Gemello warranty is flexible, providing warranty periods for 12, 25 or 30 years. This warranty covers all the components within the twin skin system and the system itself. SIG Building Solutions provides an extensive range of accessories for Gemello, including rooflights, gutters, flashings, fascias and cappings. Working alongside the customer with a collaborative approach, SIG Building Solutions provides the technical expertise and robust product offering to develop a bespoke, effective roof and/or wall system with minimum complexity. Commenting on Gemello, Samantha Jones, SIG Building Solutions’ commercial development director, said, “An exciting product development, Gemello is an example of the innovation and expertise that is made available by bringing our extensive manufacturing experience together in one dynamic built up system offer.” SIG Building Solutions Following more than a decade of operating collaboratively alongside each other, SIG’s team of cladding and sheeting manufacturers came together in Q4 of 2022 to provide a cohesive customer facing brand under the SIG Building Solutions banner. Providing complementary product ranges and servicing regional markets to create a national solution, these manufacturing businesses are prevalent in the agricultural and light industrial sectors and are well placed to combine their resources to present their service to a wider audience. “SIG Building Solutions provides a relationship-driven, solutions-focused, single point of contact which translates well across the industrial, commercial and agricultural build sectors. Our manufacturing businesses combine decades of roof and wall system expertise and manufacturing know-how which have been brought together and backed by the robust supply chain and extensive capabilities of SIG plc,” said Sam Jones. SIG Building Solutions manufactures secondary steelwork, insulated panels, single and twin skin roof and wall profiles, bespoke fabrications, rainwater goods and ancillary products. In addition, SIG Building Solutions has developed a range of solar car park canopy structures, and works alongside solar system providers to help organisations with large parking facilities generate solar energy and reduce their carbon footprint. www.sigbuildingsolutions.co.uk Building, Design & Construction Magazine | The Choice of Industry Professionals
British Steel has confirmed its sections will be deployed in the £34 million revamp of Middlesbrough Station. Teams are currently working on the second part of the transport scheme, which will revitalise the station undercroft, create new walkways and spaces for businesses and boost capacity for more rail services. “We’re extremely proud our steel will be used in this exciting project. It is a huge vote of confidence in British Steel, our people and our products, which demonstrates the importance of a vibrant UK steel industry to this country. We look forward to working with the project partners and seeing this magnificent new building take shape with home-made steel,” said David Hogg, Plant Manager – Northern Mills. Story Contracting is carrying out work now with diggers busy on site and our sections are set to arrive at the station site next month after being fabricated on Teesside at Middlesbrough-based CB Construction (Cleveland) Ltd. “As we’re making great progress on the redevelopment of Middlesbrough Station, I am immensely proud to say that we’ve worked tirelessly over recent months to make sure that all structural steel used on the station redevelopment will come from British Steel,” added Tees Valley Mayor Ben Houchen. The Tees Valley Mayor and Combined Authority have contributed £22.5 million to the Middlesbrough Station project, which is being delivered by Network Rail. Phase one of the station works were completed in December 2021 – with a 75-metre platform extension to accommodate the new LNER Azuma direct service to London, the town’s first service to the capital in more than 30 years. This second part of the scheme will see the current ticket hall stairs removed, a new staircase built off the central thoroughfare, open public space at the east end of the former car park and a new pedestrian walkway created between Zetland Road at the south of the station and the existing subway. The Combined Authority has worked closely with the rail industry, the Department for Transport, Network Rail and Middlesbrough Council on the package of improvements – with a third platform to be created and efforts to make the station a modern and vibrant gateway to the town. The station project is set to be complete in 2024. Building, Design & Construction Magazine | The Choice of Industry Professionals
EKFB, a Joint Venture responsible for delivering works on the HS2 high speed railway running from London to the North-West, has improved the sustainability credentials of the project by choosing to use green construction innovators, Dura Products. The project will involve the installation of Dura Product’s eco-friendly kerbing solution, Durakerb at the A43 overbridge in Brackley, Northamptonshire, which will ultimately reduce the overall environmental impact of HS2 and increase positive CO2e recovery. Made from 88% recycled polymers, each Durakerb unit is lightweight and recyclable, providing a safer, greener, faster and easier solution to kerbing that will save the overall HS2 project over 30,000kg of carbon per kilometre installed. Not only that, it aligns with the overall EKFB commitment to protect the environment and create a sustainable legacy. The 1.1km installation is part of a three-year road diversion while construction of the network continues. However, thanks to Dura Product’s ‘Hire, Reclaim and Reuse’ scheme, the units have potential for an extended life following the project demolition in 2025. The modular light structure prevents damage, allowing units to be reclaimed and re-installed as part of different projects, helping the construction industry innovatively tackle waste and enable a circular economy. Steve Bennett, Managing Director of Dura Products has commented “It has been inspiring to work alongside contractors who share the same passion for reducing environmental impacts in the construction industry as we do. Also, it is great to see companies take advantage of our ‘Hire, Reclaim and Reuse’ scheme which aims to tackle demolition waste during temporary projects, in addition to extending the life cycle of our Durakerb units. We are proud to produce and distribute products which cater to this evolving demand. “Durakerb continues to provide a safe, efficient and greener alternative to traditional kerbing methods. Since 2003 we have been dedicated to providing forward-thinking solutions which are kind to the environment, and it is exciting to see the construction industry finally taking notice of this important issue.” Since it was established in 2003, Dura Products has delivered 400,000 Durakerb units saving over 11 million kilograms of carbon. The sustainable construction innovators continue to show their dedication to manufacturing products designed to reduce carbon and climate impacts. Dura Products also offers lightweight green combined kerbing and drainage solutions, Duradrain and Durachannel, to provide a circular method for roadbuilding and managing surface run-off. EFKB, a collaboration of four leading construction and civil engineering companies, specialises in enabling railway construction projects from design to installation and maintenance. The company has been appointed to deliver an 80km section of the HS2 network. Building, Design & Construction Magazine | The Choice of Industry Professionals
Scientists and industry unite to decarbonise construction supply chain and tackle global climate emergency Cement 2 Zero (C2Z), a UK-based demonstrator project to trial the world’s first zero-emissions cement on an industrial scale, was officially launched this week having successfully conducted the first in a series of pilot-scale melts. The innovative project, which secured £6.5million of Government funding from UKRI as part of the Transforming Foundation Industries Challenge, aims to further advance the construction, cement and steel sectors’ decarbonisation journey to net zero industries of the future, to help meet the UK Government’s commitment of achieving Net Zero by 2050. Led by the Materials Processing Institute, supported by the University of Cambridge (UoC), and in collaboration with key players in the supply chain, Cement 2 Zero is the first collaborative trial of its kind, to address the global construction industry’s biggest challenge of decarbonisation, in response to the climate emergency. Concrete is the most widely used material on earth, after water, and it is fundamental to our way of life, our economy and shaping our world. However, the chemical and thermal combustion processes involved in the production of cement are a significant source of carbon dioxide (CO2) emissions – with more than four billion tonnes of cement produced each year, accounting for around seven per cent of global CO2 emissions, according to the Global Cement and Concrete Association (GCCA). In the UK, concrete and cement account for 1.5 per cent of UK carbon dioxide emissions* The Cement 2 Zero project will investigate both the technical and commercial aspects of upscaling Cambridge Electric Cement (CEC) production to produce 20 tonnes of the world’s first zero emissions cement. The first phase of trial melts is being carried out by the Materials Processing Institute, initially in a 250kg induction furnace, before being scaled up to 6T in an Electric Arc Furnace (EAF). Once the process has been substantially trialled, developed and de-risked effectively, industrial scale melts will follow in CELSA’s EAF in Cardiff. The two-year industrial trial will test each stage of the production process and brings together the expertise of the Materials Processing Institute, the University of Cambridge and key supply chain partners – Atkins, Balfour Beatty, CELSA, Day Aggregates and Tarmac – before using the innovative product in a live UK construction project. If successful, it could not only further advance the cement, steel and construction industries, but influence how we recycle, construct and maintain our built environment and transport infrastructure, shaping the future of towns and cities, whilst simultaneously boosting economic development, and most importantly, reducing CO2 emissions to help tackle global warming. Chris McDonald, Chief Executive Officer of the Materials Processing Institute, said: “Cement 2 Zero has the potential to make a significant contribution to achieving a zero-carbon society, secure and increase jobs in the UK cement and steel sectors and challenge conventional production processes, creating high-value materials from demolition waste.” Dr Philippa Horton, University of Cambridge, who created the project consortium, said: “If Cambridge Electric Cement lives up to the promise it has shown in early laboratory trials, when combined with other innovative technologies, it could be a pivotal point in the journey to a zero-emissions society. The Cement 2 Zero project is an invaluable opportunity to collaborate across the entire construction supply chain, to expand CEC from the laboratory to its first commercial application.” This major break-through is a result of Dr Cyrille Dunant and his research team at the University of Cambridge. They invented a new process which brings together two critical industries and construction materials – cement and steel – by combining the production processes, transforming a by-product of steel recycling into a valuable material, in one zero emission process. Dr Dunant, said: “We take the built environment around us for granted, new homes, schools, hospitals, workplaces, roads and railways, as well as infrastructure that provides us with clean water, sanitation and energy all require cement which is an essential building material. It’s estimated that annual production equates to more than 500kg of concrete per person on the planet per year, and it is not currently possible to produce the material without creating CO2 emissions. “This breakthrough offers a positive move in cement production and will support the industry response to the UK’s legally binding commitment to bring all greenhouse gas emissions to net zero by 2050. “ The science behind this breakthrough Known as Cambridge Electric Cement (CEC), three researchers at the University of Cambridge, Dr Cyrille Dunant, Professor Julian Allwood and Dr Philippa Horton, invented a process that converts construction and demolition waste to cement over molten steel, using an Electric Arc Furnace (EAF), which is used to recycle scrap steel. The Cement 2 Zero project aims to demonstrate that concrete can be recycled to create a Slag Forming addition which could, when cooled rapidly, replace Portland cement. Dr Dunant discovered that the chemical composition of used cement is virtually identical to that of the lime-flux used in the conventional EAF steel recycling process. Traditional Portland clinker, one of the main ingredients in cement, is produced by firing limestone and other minerals in a kiln at extremely high temperatures (1,450 degrees Celsius), a process which accounts for more than 50 per cent of the cement sectors’ emissions. By contrast, Cement 2 Zero will use recycled cement as the flux in the electric steel recycling process (EAF powered by renewables), the by-product of which, when cooled and ground, produces Portland cement clinker, which is then blended to make ‘zero-emissions’ cement. Therefore, this innovative cement product (CEC) could be made in a virtuous recycling loop, that not only eliminates the significant emissions of cement and steel production, but also saves raw materials, as illustrated in the infographic attached to this press release. Professor Julian Allwood, University of Cambridge and Cambridge Electric Cement, explained: “By combining steel and cement recycling in a single process powered by renewable electricity, we could supplement the global supply of the basic construction materials to support the infrastructure of a
Modern construction is heavily involved in the fight against climate change. Through the use of innovative technologies and modern building materials, buildings can be made more energy-efficient and environmentally friendly. Sustainable construction in an era of the increasing climate crisis has become a universal obligation and not just a fad. Modern architecture must take ecological aspects into account, as the principles of sustainability are increasingly being followed by architects as well as investors, contractors and end users. Which specific solutions make modern construction contribute to the fight against climate change? Use of highly insulating building materials One way to combat climate change is to use building materials with high thermal insulation. This enables buildings to maintain an adequate temperature, significantly reducing the energy required for heating and cooling. In addition, such building materials are often made from recycled raw materials, which further contributes to reducing the use of limited natural resources. Aluminium, glass and wood are building materials that are now a cornerstone of green construction. Good-quality timber is safe for the environment and is ideal for the construction of buildings. Its proper processing and impregnation make it a highly durable raw material (also fire-resistant). Glass can be processed almost endlessly by melting and refining. Its production does not consume a large amount of energy. It is completely non-flammable and corrosion-resistant. Aluminium, on the other hand, is the most environmentally friendly metal for the construction industry. It is recyclable without any loss of properties or structural changes and, most importantly, only 5% of the energy required to produce the virgin metal is used in the process. In the UK, the recycling rate of aluminium packaging in 2021 was a record 68%. This was a record result, demonstrating the ever-increasing public awareness of environmental issues and the widespread benefits of aluminium recycling. There is a huge demand for aluminium scrap in the construction industry, which is why initiatives such as the Council for Aluminium in Building’s ‘Closed Loop Recycling’ programme are emerging to continuously improve aluminium’s sustainability credentials. Closed-loop recycling is not yet compulsory in the UK, but all CAB members are welcome to join. In addition to the ecological aspect, aluminium is also a material that ensures appropriate parameters in terms of thermal insulation and resistance to unfavourable environmental conditions. ‘It is safe to say that we not only follow sustainable construction trends, but we pioneer them; we co-create the direction of further development in architecture and construction. Our products, which are manufactured largely from recycled aluminium materials, are used in the most prestigious investments in Europe and around the world’, says Tomasz Grela, President of the Management Board of Aluprof S.A. Aluprof’s development strategy for 2021–2025 includes moving towards climate neutrality, reducing the carbon footprint and increasing the share of recycled aluminium in production. This share is set to be 75%. It was 65% at the end of 2022. Care for the building’s surroundings The ecology of modern buildings is also influenced by concern for their surroundings. Permeable green solutions are used, giving direct access to the soil, so water is effectively filtered, relieving the pressure on the sewage network. Underground retention basins or ponds store rainwater, which can be used for cleaning or irrigation of greenery. Building roofs are also increasingly often covered with greenery. Green façades and living walls creates additional space, which, when covered with vegetation, produces oxygen and also filters the air of harmful particulate matter and carbon dioxide. The layer of greenery present on the building creates shade and absorbs solar radiation, which improves the thermal comfort of the occupants and reduces the need for cooling. The Forge office building in London An example of a modern building that stands out for its responsible and innovative approach to environmental issues is The Forge. It is a modern office building located in the London Borough of Bankside. It is the first commercial building in the UK with zero carbon emissions both during construction and later during operation. The building is BREEAM certified at the Excellent level. The construction method is another innovation of this development – thanks to the use of prefabricated components and repeatable processes, its construction was fast, precise and more environmentally friendly. The result is a structure that uses less material, generates less waste, and achieves a 19.4% reduction in carbon emissions. A unitised curtain wall façade designed by Aluprof in the MB-SE 120 SUM system was used in this innovative, environmentally friendly investment, which can inspire architects and designers from all over the world. One characteristic feature of this system is the vertical fins that act as light breakers. The entire prefabricated façade consisted of 986 parts, the largest of which measured 3 m x 4.76 m. Sara Kulturhus – the world’s tallest wooden building Another world-famous gem of architecture and sustainable building is the Sara Kulturhus, the world’s tallest wood and aluminium building, located in northern Sweden. The building is made mainly of timber, aluminium and glass. The Scandinavian traditional wood building has been combined with modern engineering solutions, making the building a benchmark for sustainable design and green construction. The lower part of the building, which houses a community centre, was made of prefabricated CLT elements reinforced with concrete panels. The glazed façades were made using the Aluprof MB-SR50 HI+ system, specially adapted for this development, which offers incredible panoramic views from inside the building. The system has an A+ certificate from the PHI Darmstadt Institute, which means that it is recommended for the construction of passive buildings. The external façade of the building’s upper floors was made from an Aluprof aluminium system specially designed for this development, which was certified by BVB and rated GOLD/BREEAM SE. The triple-glazed internal aluminium windows and doors were made in the Aluprof MB-86 SI system, which is characterised by high strength and good thermal insulation. As a whole, it provides the facility with high energy efficiency and structural durability. Let’s build a better future Implementing energy-efficient solutions in modern construction is
Merchants and Suppliers from across the building products sector are being urged to engage in meaningful conversations more frequently after a recent survey revealed potential disagreements over perceptions of service level quality. The survey, by National Buying Group (NBG) put questions to 165 of its affiliated Suppliers and 76 of the group’s Partners to identify key priorities and concerns among its members in the run-up to its annual Conference. With the theme of the event being ‘A Changing Landscape,’ the organisation wished to see how the industry had been impacted in the three-year COVID-induced delay since its 2019 Conference. As part of the survey, NBG asked Partners and Suppliers to rate the service they provided to merchants out of 10, with the former’s 5.0 result greatly contrasting with the latter’s 8.3. According to NBG Managing Director Nick Oates, this marked difference demonstrates a disconnect in perception between what constitutes good service, which must be addressed to ensure relationships and sales do not suffer. “We’re always keen to keep our finger on the industry’s pulse at NBG, and our hope was that this survey would generate healthy discussion and debate at our Conference and beyond about business changes and challenges,” he explains. “In that regard, we definitely haven’t been disappointed, as a clear dip in service levels has been identified by our Partners in comparison to pre-COVID times. “Yet what’s interesting here is that it hasn’t been mirrored in Supplier perceptions. We understand why this might have happened – as our survey later underlines, the increasing cost of raw materials and energy means these organisations are likely to have focused internally to mitigate these potential impacts. However, with a recession on the horizon, many material costs falling and demand slowing, more joined-up thinking and communication is required. This is especially the case for independent merchants, where sales are reliant on support in the form of training, product information and competitive pricing from Suppliers.” NBG’s survey also identified an opportunity between Suppliers and Partners on the development of sustainable products. Specifically, 66% of Suppliers said sustainable products initiatives had improved, compared to 30% of the group’s Partners. According to Nick, while this figure is undoubtedly encouraging, it underlines the need for Suppliers to provide better sales focus and product communications to merchants on the steps they are taking to improve the sustainability of their products. “The shift towards more sustainable practices has clearly been a success story for the sector post-COVID, and is definitely welcome news,” Nick concludes. “Though short-term concerns around the energy crisis and supply chain has undoubtedly dominated the news agenda, we cannot as an industry lose sight of long-term environmental goals. As such, being able to pass good news down the supply chain, from Supplier to Partner, and from merchant to customer, will be key to continuing a virtuous circle of increasingly greener practices.” For more information on National Buying Group, including how to join the premier buying group for independent merchants, visit https://www.nationalbuyinggroup.com/. Building, Design & Construction Magazine | The Choice of Industry Professionals
Doka, one of the world’s leading suppliers of formwork with headquarters in Amstetten, Austria, completed the 100% acquisition of scaffolding manufacturer AT-PAC. Both companies initially partnered in 2020 to provide comprehensive global site solutions. The acquisition positions Doka as a single source for formwork and scaffolding for the global construction industry and strengthens the company’s new global business segment, “Industrial Scaffolding”. For AT-PAC this means full access to a global market. The potential for cooperation between the formwork expert and the US headquartered scaffolding specialist was already impressively demonstrated at bauma 2022 in Munich and generated significant interest from customers worldwide. Doka and AT-PAC highlighted their strong partnership and successful collaboration with a dual-branded stand that was visited by over 100,000 visitors. The impressive 30m-high Ringlock scaffolding landmark tower was climbed by 7,000 selfie-takers to enjoy the spectacular views of the show grounds from the 20m viewing platform. The opportunities presented by combining the world’s leading formwork company with the global scaffolding specialist are enormous. Opportunities for customers & employees Robert Hauser, CEO of Doka, says: “I am very enthusiastic about the opportunities that will be offered to existing and future customers, providing them with a wealth of knowledge, integrated products and turnkey solutions for formwork, shoring and scaffolding from a single source. This will allow us to continue to expand together and further strengthen our market position”. Josh Dundon, previously COO, has been announced as the new CEO of AT-PAC. Commenting on the acquisition, Dundon said: “It is an exciting milestone for AT-PAC to become 100% part of the Doka and thus the Umdasch Group family. It further strengthens and demonstrates the success of our partnership since its inception 3 years ago. The combination of Doka’s industry-leading formwork solutions and extensive global sales network with AT-PAC’s high quality products, services and talent will create incredible value for our customers and opportunities for our employees worldwide.” Building, Design & Construction Magazine | The Choice of Industry Professionals
The UK’s first drive-thru concrete, mortar and screed station is set to launch soon in February at Thorncliffe Building Supplies in north Wales. Customers can now collect exactly the right amount, exactly when they need it, with orders as small as 0.25m3 at the push of a button, thanks to the fully automated, self-service batching plant. The Fibo Collect machine, made by Danish supplier Fibo Intercon, aims to save customers time and money and have a positive impact on the environment. The concept addresses issues faced by smaller builders, landscapers and DIYers who need small to medium loads of concrete, mortar, or screed. They can receive it by mixing on site, collection from a ready-mix plant, or delivery by volumetric trucks. The Fibo Collect machine allows customers to choose their recipe, amount, time and payment method. The fully automated mini batching plant will have customers follow 4 steps to receive their concrete, mortar or screed. The dynamic mix options include various recipes and automated mixing technology for high-quality and consistent results. The solution also releases less carbon emissions and offers a new revenue stream for the merchant. The batching plant can produce 10 to 40m3 of concrete per hour, store 60 concrete mixes and change from one mix to another with a click. The quality of the machine matches ready-mix plants and conforms to BS 8500, EN 206. Building, Design & Construction Magazine | The Choice of Industry Professionals
Waddesdon Manor is home to the Rothschild Collections of paintings, sculpture and decorative arts, and was built by Baron Ferdinand de Rothschild between 1874 and 1885. Opened to the public in 1959, Waddesdon Manor is managed by the Rothschild Foundation, a family charitable trust, on behalf of the National Trust, who took over ownership in 1957. They needed an access control system that could not only secure storerooms and valuable artwork and assets, but also keep members of the public away from restricted areas. Keys in the existing locking system were badly worn, and the security and facilities management wanted to upgrade to a proven state of the art solution that provided control of key management and more information such as audit trails. Mid-Beds Locksmiths Ltd – who have been responsible for the heritage and modern locks and ironmongery at the site for over 20 years – and the security team at Waddesdon conducted a survey of the site to identify the locks that most urgently needed replacing in stage one of the upgrade. Mid-Beds Locksmiths Ltd suggested the eCLIQ solution from Abloy would be the ideal retrofit option. The security team were aware of Abloy’s strong reputation in the security industry as a trusted brand, with many Abloy products fitted in heritage sites and museums across the UK. As Abloy is known for its premium high quality high security products, this would also fulfil insurance criteria. By switching to eCLIQ, staff would retain their own key with individual permissions, rather than having to share keys from the previous mechanical master key system. This meant Waddesdon could implement a fully traceable electromechanical key hierarchy system, with each department given different access rights based on their requirements. What’s more, the solution required no wiring, making the installation simple and maintaining the original appearance. Abloy and Mid-Beds Locksmiths Ltd specified a new bespoke solution, issuing around 20 keys and 35 cylinders for stage one, with a view to expanding the system with further upgrades in the future. The eCLIQ cylinders are suitable for doors of any thickness, making them the ideal solution for heritage doors as there are no cables or drilling required, plus the cylinders do not damage the original lock. Ornate cylinders were specified where required, fitting in with the building’s aesthetics and maintaining the appearance of historic locks. The Waddesdon security team explained: “The eCLIQ system is the perfect solution for the heritage sector, as it allows access control in a historic property where you normally wouldn’t be able to get it without considerable impact on infrastructure. “All of our access is now controlled by the admin onsite, and no one can give the wrong access to the wrong person – it just can’t happen. It’s a busy environment so this has saved significant admin time handing out keys. “Instead of having to collect a bunch of 30 keys, staff have just one. Now people come to work in the morning, enter their key and are automatically given their access rights for 24 hours. “Permissions are deleted after a period of time, so we don’t need to worry about lost or stolen keys. If someone lost a key previously, we would have to change 50-60 locks, but that’s not an issue anymore. Plus, the system offers tracking and audit trails for us to keep an eye on who is accessing which areas and when. “We can change batteries so they won’t wear out, which offers another cost saving, and the locks are more robust for multiple use, so I’m confident it’ll be a more flexible and beneficial system long term.” View the video case study video…. For further information on products and services for the heritage sector available from Abloy, visit https://bit.ly/3wosdX5, call 01902 364 500, or email info@abloy.co.uk. Building, Design & Construction Magazine | The Choice of Industry Professionals
