FC&A Magazine June 2024

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FUTURE

EDITOR IAL

Rebecca Kemp rebecca@redhutmedia.com

PRINT & DIGITAL ADVERTISING

Sam Ball sam@redhutmedia.com

Jim Moore jim@redhutmedia.com

PRINT DESIGN MANAGER

Jack Witcomb jack@redhutmedia.com

DIGITAL DESIGN MANAGER

Matt Morse matt@redhutmedia.com

ACCOUNTS/ CREDIT

Rachel Pike accounts@redhutmedia.com

PUBLISHER

Sam Ball sam@redhutmedia.com

Since the tragic Grenfell Tower disaster seven years ago, the safety of our structures has become a critical concern for all in the sector. The introduction of the Building Safety Act towards the end of last year, focusing on higher-risk buildings, intends to enforce safer specifications and product choices from the outset. The legislation mandates architects and specifiers to incorporate a greater level of detail earlier in the design process, particularly for building envelopes. In this month's issue, we discuss the act with Clayton Kingman, UK Head of Building Envelope at SIG. For the full article, turn to page 22.

However, the Building Safety Act isn't the only latest legislative change affecting the construction industry. The Future Homes Standard (FHS), currently under consultation, aims to achieve a 75 to 80% reduction in emissions for domestic dwellings by 2026. We talk to Tom Brough, Sales and Marketing Director at GTC, where he discusses what FHS means for the future of new-build home heating as we approach the end of the gas era. His insights can be found on page 30. Additionally, Simon Garbett from Wienerberger explains that merely meeting the minimum requirements of FHS regulations may not be sufficient to fully realise its true potential. See page 16 for more.

Elsewhere, we examine the recently-approved plans for the Tavern and Allen Stands at Lord's Cricket Ground by WilkinsonEyre; on page 10 . While on page 12 , we explore another recent approval for the Foster + Partners-designed 18 Blackfriars Road, a net-zero, mixed-use development in Bankside, London, featuring offices, affordable homes, cultural hubs and vibrant public spaces.

I hope you enjoy this issue. Don’t forget, you can also access the magazine’s features, product news and supplier information on FC&A’s user-friendly and engaging website. Fully responsive, the website allows you to read all the latest stories on-the-go either on your phone or tablet. Simply search www.fca-magazine.com.

ON THE COVER:

Hines has secured planning approval for a groundbreaking development at 18 Blackfriars Road, London, designed by Foster + Partners. SEE PAGE 12.

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20 14 22 28 32 30

VOICE OF THE INDUSTRY:

Discover how AI and technology are shaping the future of workspaces in this insightful piece by Tomáš Jurdák, Managing Partner at MiddleCap.

LEGAL & BUSINESS:

FEATURES

FUTURE HOMES STANDARD:

Simon Garbett from Wienerberger explores the Future Homes Standard and its implications for sustainable living. From solar PV systems to fabric-first strategies, learn how the industry is shaping the future of sustainability.

SAFETY, SECURITY & FIRE PROTECTION:

The Building Safety Act is reshaping how we approach building envelope design, placing more responsibility on architects. Clayton Kingman, UK Head of Building Envelope at SIG, offers insights on managing these new challenges effectively.

RENEWABLE TECHNOLOGY:

Jordan Brompton, Co-Founder and CMO of myenergi, delves into the latest innovations in smart home energy tech and reveals how they’re reshaping the landscape of housebuilding and property development.

BRICKS & BLOCKS:

Mathew Davies, National Specification Manager for brick manufacturer Vandersanden, unveils the artistry of contemporary commercial architecture with the enduring charm of bricks.

BUILD FOCUS: Housing Developments:

Tom Brough, Sales and Marketing Director at GTC, focuses on what the Future Homes Standard means for the future of new-build home heating as we approach the end of gas.

TECHNICAL FOCUS:

Tom Planck, Managing Director of John Planck, discusses the key factors to consider in hardware specification and explains how the right choices can make all the difference in your projects.

PORTFOLIOS

LORD’S CRICKET GROUND, WILKINSONEYRE:

Led by architect firm WilkinsonEyre, exciting developments are ahead at Lord’s Cricket Ground as plans for the Tavern and Allen Stands redevelopment gain approval.

18 BLACKFRIARS ROAD, FOSTER + PARTNER S :

Using current EPCs to drive net zero ‘is like using scissors to cut grass’, says Stuart Fairlie, Managing Director at energy-efficiency accreditation provider Elmhurst Energy, as he calls for urgent reform. 10 12

Hines has secured planning approval for a groundbreaking development at 18 Blackfriars Road, designed by Foster + Partners. This iconic net-zero, mixed-use destination in Bankside, London, will feature sustainable offices, affordable homes, cultural hubs and vibrant public spaces.

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IN BRIEF:

BAILY GARNER

ARCHITECTS

PUBLISHES GUIDE ON BIODIVERSITY NET GAIN (BNG)

’Demystifying Biodiversity Net Gain (BNG) legislation’ is invaluable for developers, architects and stakeholders who are navigating the complexities of BNG compliance. BNG legislation represents a landmark shift in environmental regulations. The legislation mandates that applicable sites achieve a minimum 10% gain in biodiversity compared to the site’s existing biodiversity value. This gain can be achieved through various measures. In its detailed breakdown, Baily Garner Architects elucidates the workings of BNG legislation, providing insights into its implementation process, requirements and exemptions.

ARCHITECT

CAMPBELL DRIVER PARTNERSHIP MOVES INTO NEW OFFICE AT NORTHLIGHT

One of the new tenants to be welcomed into the final phases of the £34m redevelopment of Northlight, the historic mill in Brierfield, Lancashire, is architect practice Campbell Driver Partnership. The historic building provides a great location for its inspirational work. Campbell Driver required a light, spacious office plus a private meeting room. Joe Barrowclough, Director at Campbell Driver Partnership, says: “We were looking for something that provided us with a creative studio to reflect what we do and what business we’re working on. First impressions on Northlight were absolutely blown away. We’re really impressed with the spaces that have been provided!”

INDUSTRY UPDATES

FC&A ROUNDS UP THE LATEST INDUSTRY NEWS AND UPDATES.

©Render by Negativ

ZHA WINS RIGA ROPAX TERMINAL COMPETITION

Zaha Hadid Architects (ZHA) has won the Riga Ropax Terminal architectural competition for a new passenger and ro-ro cargo terminal. Collaborating with leading Latvian practices Sarma Norde Architects and Alps Landscape Architects, as well as Sweco Finland, ZHA’s experience delivering key transport infrastructure around the world has been complemented by the team’s extensive local understanding of the site’s social, economic and cultural importance.

Re purposing an existing shipping warehouse built in 1960 into a new 20,000m 2 ferry and cruise ship terminal, ZHA’s design adds a fourth level to the structure to incorporate public terraces with panoramic views of the Daugava River and the skyline of Riga’s city centre, a designated UNESCO World Heritage Site.

D efined by the orthogonal geometries of the existing building, the new terminal marries the 64-year-old reinforced concrete structure with timber from certified sustainable local forests.

Engineered to optimise passenger circulation with separate arrival and departure routes, the passenger terminal doubles the capacity and operational efficiency of the current port.

Featuring a triple-height grand hall for arriving and departing passengers, expansive glazing floods the interior with natural light and gives views across the river. Vertical external fins created from locally-recycled bricks are positioned as solar shading. These fins are angled accordingly to address the varying sunlight conditions of each facade and provide differing degrees of daylight porosity.

A nchoring Riga’s planned expansion along its waterfront and serving as a multi-modal transport hub for the city, the new terminal connects extensive facilities for ferry and cruise ship

passengers with Riga’s tram and bus networks, as well as the city’s taxis, tourist buses and public bicycles. The wide roof canopy extends beyond the building envelope to shelter visitors using the terminal’s terrace cafes and restaurants, as well as passengers using the public transport concourses.

H onouring the long history and traditions of Latvian pottery, the terminal’s roof incorporates ceramic tiles produced in the region together with photovoltaic panels.

www.zaha-hadid.com

ZAHA HADID ARCHITECTS (ZHA)

©Render by Negativ

PERSONNEL

The latest appointments from the construction and architectural industries.

EDISON GROUP MAKES SENIOR APPOINTMENTS

Edison Group, the-rapidly expanding Ayrshire-headquartered property and construction business, has made a clutch of senior appointments to run its lead subsidiary, East Kilbridebased and recently-rebranded business, Principal Building, which comprises formerly Glasgow-based GDC Design. Neil Crombie takes up the role of Managing Director with Patrick Logan as Manufacturing Manager, while Lynn McNulty is appointed as Office Manager and Health Safety Environment and Quality (HSEQ) Advisor. In addition, Graham Christie joined as Design Director, with Thomas McLaughlan as Operations Manager, Stewart McKay as Estimating Manager and Steve Wyllie as Production Manager.

THE CPA WELCOMES ADAM TURK AS NEW CHAIR

The Construction Products Association (CPA) has welcomed Adam Turk, CEO of Siderise Group, as its new Chair. With decades of experience across the construction industry and having supported the CPA for over 15 years, Adam  is well placed to provide leadership and insights. The CPA has been instrumental in working with the industry and Government bodies to meet challenges and find solutions. Looking forward, the new building safety regime is now fully established in law, and the next two years will bring both challenges and opportunities. Adam’s work on the CPA Marketing Integrity Group helped to deliver one of the most important tools the construction product sector has to demonstrate its commitment to this –the Code for Construction Product Information (CCPI).

PEREGA APPOINTS NEW HEAD OF CIVIL ENGINEERING

Perega has announced the appointment of Greg Schmidt as its new Head of Civil Engineering. Greg took up the position in April, bringing over two decades of experience and expertise with him. Specialising in mega projects, he’s worked for some of the UK’s best-known consultancies, including transport infrastructure firm RGP and residential developer Croudace Homes. Career highlights include work on the Karowe diamond mine project in Botswana. Here, his considerable engineering and design skills were instrumental in the successful delivery of the main access road, accommodation camp, mine offices and the bulk infrastructure elements. Closer to home, he was involved with one of the largest UK rail-served logistics developments, the West Midlands Interchange.

NEWS IN BRIEF:

GRAHAM NAMED PREFERRED BIDDER FOR £60M LORD’S CRICKET GROUND PROJECT

Lord’s Cricket Ground is set to undergo a transformative redevelopment project encompassing the Tavern and Allen Stands. Marylebone Cricket Club (MCC) has named GRAHAM as the preferred bidder to undertake the project, which aims to enhance the spectator experience, increase capacity and modernise facilities while preserving the rich heritage of the ground. Aligned with MCC’s vision, the project encompasses several key objectives. These include increasing spectator capacity to reinforce Lord’s status as Britain’s premier cricket venue, maximising year-round revenue from the stands and elevating architectural standards. Additionally, the project seeks to positively impact the streetscape. Throughout the redevelopment, Lord’s Cricket Ground will remain fully operational, ensuring minimal disruption and continued spectator access during the 2025 and 2026 seasons.

Systems starting from £17.90 per metre

ARCHITECT IN PROFILE

Benedetta Rogers, Director at ARTEFACT, shares insights into her architectural career journey, highlighting pivotal experiences and influences. From her diverse education to impactful projects like the Common Rooms for Clapton Commons, she discusses her passion for community-driven design, reflects on personal anecdotes that shaped her approach to architecture and offers a glimpse into her day to day.

Tell us about your career journey. How did you get started in the field of architecture?

I was always into art and enjoyed making things, but it was also quite practical, so a career in architecture seemed an excellent way to combine my interests. I had a varied architecture education, studying first at the AA at a foundation level, followed by a BSc at the Bartlett and a Diploma at the Cass. I was exposed early on to very different approaches to architecture, which have all shaped me as a designer. After university, I worked for Publica, Featherstone Young and Henley Halebrown on projects of all scales, from researching whole neighbourhoods and designing large-scale housing to delivering residential and cultural projects. Alongside practice, I also pursued self-initiated projects in the form of both research and small-scale installations. I have been very fortunate to have such a broad range of experiences, which have given me a good grounding for running my own practice.

Were there any pivotal moments or experiences that solidified your decision to pursue a career in architecture and design? For the final year of my diploma, I was lucky enough to do an exchange in South Korea as part of the free unit led by Robert Mull. The ethos of the unit was that every student set their own brief and pursued their own areas of interest. A group of seven of us travelled to Seoul for a term and, inspired by the context, began disparate research projects. With the added freedom of being on the other side of the world and within a foreign and inspiring environment, it was a fantastic opportunity to start developing an independent way of working. I really enjoyed it and came back to London passionate about my career.

If you hadn’t followed your passion for being an architect, what other career path would you have pursued?

I am quite inquisitive and enjoy problem solving. A bit leftfield, but in another life, I would have enjoyed being a detective!

What has been your greatest influence and source of inspiration?

I grew up in Italy and have travelled extensively throughout the country. It has been a great source of inspiration over the years, from the historical architecture of Rome to the modern apartment blocks of Milan and the dense and compact towns on the Ligurian coast. My interest in Italy is both in the detail and design of the architecture as well as the culture and the way Italians appropriate their cities, whether in the large, formal public spaces or the small village bars.

What’s been the most memorable project you’ve worked on? We recently finished a project for Clapton Commons called the Common Rooms, a community group in Stamford Hill that operates from the undercroft of St. Thomas’ Church. It has transformed the church into a hybrid building centred around a community kitchen and canteen. It is a place where people come together to cook and eat shared meals, to hold intimate and public meetings and for tenant clubs from neighbouring estates to come together to exercise in the studio, make music and learn new skills. Low cost and high impact, the project is a great example of how we can invest well in our local communities and bring life into underutilised buildings, using our skillset for the common good.

BENEDETTA ROGERS IS THE DIRECTOR OF ARTEFACT

ARTEFACT

Brick from a Stone project

Can you share a personal anecdote or experience that taught you a valuable lesson about being an architect?

A few years ago, I designed a travelling, inflatable performance space on Regent’s Canal. As part of the project, I also curated a 10-day festival in collaboration with local art organisations and travelled with the venue to various locations. As architects, we rarely get to fully experience the spaces we design, so it was a really valuable experience to see the project in use, supporting the performers, greeting the audience and chatting with the general public passing by. It was particularly beautiful at night, with the music spilling onto the towpath and people dancing to the rhythm of the performances as they walked by.

Could you walk us through a typical workday in your current role?

As a director of a small design-led practice, I am involved in all aspects of the business. This includes the day-to-day running of the business, designing and project managing live projects, promoting our work within the industry and securing future projects. No day is typical. Today, for example, I finalised a tender package, had an interview with ICON Magazine and reviewed a potential new project for a new-build house. Keeping the practice small allows me to keep drawing and being involved in all aspects of the projects, which I really enjoy.

What is your favourite building and why?

The National Theatre by Denys Lasdun. It is a monumental and confident building, Brutal in its exterior but intimate and warm in its beautifully-detailed, cavelike interior.

I love how bold the designs of the '60s were and how they represent a vision of a future that never was. But I especially love the National Theatre because it is a building I use when I come to see a play,

meet friends or simply when I need a place to work for a few hours when I am in town. It is a building I keep returning to over the years, a constant in the ever-changing metabolism of the city. It is one of the great public interiors of London, like the Barbican and the Royal Festival Hall, where you always feel welcome to linger; a public living room for us all to enjoy.

In your opinion, who is the greatest architectural mastermind of our time?

The climate emergency is the biggest challenge of our time and requires us to rethink how we design, build and procure our buildings. In recent years, Material Cultures have been instrumental in the UK in promoting the use of regenerative materials and thinking holistically about the way we use land, supply materials and build. They are doing extensive research on the subject while also putting the research into practice and running educational programmes to tackle the lack of skills required to transition to a low-carbon construction economy, which is all very inspirational.

If you were hosting a dinner party to discuss architecture and design, and you could invite three individuals, either from the past or the present, who would you choose to join your conversation?

Leonardo da Vinci, Bruno Munari and Ray Eames. They are three incredibly creative and prolific individuals who work across disciplines with passion. They would make for an interesting conversation, although Ray might feel left out about me chatting to the other two in Italian!

What exciting projects or initiatives can we anticipate from you in the coming year?

We are currently working on ‘Brick from a Stone’, an exciting stone pavilion for Clerkenwell Design Week. The project showcases the use of stone bricks as a low-carbon alternative to traditional clay-

fired bricks. The installation celebrates the process of how these ‘bricks’ are cut from ‘unloved stones’ and their physical qualities, with all the imperfections that come from a natural material. It has been really exciting to deep dive into a material, visiting quarries to understand the process. Commissioned by Hutton Stone and Albion Stone, the project is part of a wider effort from the stone industry to help decarbonise the construction industry.

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Brick from a Stone project

Brick from a Stone project

LORD’S SET TO EMBARK ON SECOND MAJOR DEVELOPMENT IN THREE YEARS

Plans have been approved by Members for Marylebone Cricket Club (MCC) to redevelop the Tavern and Allen Stands at Lord’s Cricket Ground.

WILKINSONEYRE

Th e £61.8m project, which was put to the club’s 18,000-strong membership at its recent AGM, will provide improved catering, hospitality and accessibility, as well as increasing the overall ground capacity by an additional 1100 seats.

The MCC approval comes after Westminster City Council’s planning committee unanimously resolved to grant planning consent to the Tavern and Allen project at a meeting in April.

MCC is now ready to enter the construction phase of the redevelopment, which is due to begin in late September, at the end of the cricket season. The Tavern and Allen Stand project follows the successful completion of the redevelopment and significant improvement to the Compton and Edrich Stands, a £53m project that was completed in 2021.

John Graham Construction is the preferred bidder for the main contract to build the development, and MCC will now proceed to finalise the contract with the company in the coming weeks.

T he redevelopment will see an extra tier added to both stands. In the Allen Stand, this will be facilitated by the relocation of the scoreboard. The Tavern Stand will involve the introduction of a new cantilevered fourth-floor seating level above the retained existing

structure, which is extended back to the site boundary.

I n keeping with MCC’s sustainability commitments, the project has been designed to a BREEAM ‘Excellent’ standard. The steel framework of the existing Tavern Stand is set to be retained, which is estimated to save 613.7 tonnes of CO 2 (the equivalent of 18,361 train journeys from London to Bath).

T he existing Allen Stand dates to the 1930s and will be demolished entirely. A link bridge between the Allen Stand and the Pavilion will also be demolished and rebuilt in the upper tier in a move welcomed by members.

T he Tavern Stand’s unique roof profile, designed by architect firm WilkinsonEyre, is inspired by the shape and ribbed construction of a series of upturned traditional slip cradles and continues the theme of innovative architecture around Lord’s.

The construction of the new stands will be completed in 2027, with scheduled pauses for cricket during the 2025 and 2026 seasons.

Robert Ebdon, MCC Estates Director, says: “The redevelopment of the Tavern and Allen Stands will complete our stand development programme, in which we have modernised facilities at Lord’s to continue to ensure the ground remains a world-class venue for cricket.

“ The stands will also strengthen the club’s already-impressive sustainability credentials, and we are looking forward to the construction phase and working closely with our consultants Buro Happold, Gardiner & Theobald and Arcadis.”

J im Eyre, Founding Director at WilkinsonEyre, adds: “We are delighted to achieve approval for the sustainable revival of these stands at Lord’s, and continue our successful partnership with MCC. The new designs will add great value to this world-famous sporting venue, modernising and improving the existing facilities for its members.”

R ob Joyce, Development Director at John Graham Construction, said: “We are thrilled to embark on this transformative project at Lord’s Cricket Ground. Our partnership with MCC will deliver worldclass sporting infrastructure while preserving the rich heritage of this historic venue.

“ Together, we aim to enhance the members’ and public spectator experience, expand capacity and usher in a new era at the iconic home of cricket. This project represents a significant milestone in our ongoing commitment to shaping vibrant, sustainable communities through exceptional construction projects.”

www.wilkinsoneyre.com

Systems starting from £27.20 per metre

ICONIC NEW NET-ZERO, MIXED-USE DESTINATION SET FOR BANKSIDE, LONDON

Hines, a global property investor, developer and manager, has secured a resolution to grant planning approval from Southwark Council to build a new, landmark office and residential development at 18 Blackfriars Road. The approval, which was secured working with architect firm Foster + Partners and Lipton Rogers, allows Hines to breathe new life into a two-acre brownfield site that has remained undeveloped for 20 years.

8 Blackfriars Road is designed to be fossil fuel free, 100% electric and net-zero carbon in operation, with 95% of the site heat demand served by ground-source heat pumps that share, store and offset energy. Beyond decarbonisation, it is set to deliver affordable homes, free workspace for

local businesses and entrepreneurs and a cultural hub for locals as it aims to be the first high-rise scheme in the UK to achieve the WELL Community Gold Standard, which certifies developments that support health and wellbeing.

R oss Blair, Senior Managing Director and Country Head of Hines UK, says: “Our

plans will transform an undeveloped piece of land, most of which has lain empty for over 20 years, into muchneeded new homes and first-class, sustainable and tech-enabled offices, built around a central hub, which we hope will become a brand-new convening space for the local community.”

T he location benefits from fantastic transport connectivity and proximity to numerous cultural landmarks as well as being a stone’s throw from the River Thames. The new scheme will consist of three buildings, two delivering over 400 new homes, with 40% being affordable. The third will create 800,000ft 2 of office space featuring a series of bustles that provide space with exceptional quality natural light inside and outdoor terraces on every third floor.

P lans also include 20,000ft 2 of new affordable workspace for local and socially-minded enterprises, assembly rooms for use by the local community, modern educational space with links to local institutions, children’s play areas and a new, central public space with retail and food outlets situated at the heart of the development. A 150% increase in biodiversity is also planned for the site, including the planting of around 100 new trees.

R oss continues: “Businesses of all sizes and from all sectors are demanding more from their offices because their employees are demanding more from them. 18 Blackfriars is all about rising to that challenge and delivering the office of the future.

“ We believe our plans for 18 Blackfriars will set a new standard in premiumquality workspace in London, both fully integrated into its hyper-local community

and seated right at the heart of our capital city. Bringing this scheme to life underlines our long-term conviction in London as a thriving, global centre for culture, education and business.”

N igel Dancey, Head of Studio at Foster + Partners, adds: “We are delighted that our scheme for 18 Blackfriars Road has received planning approval from Southwark Council. Working closely with Hines and Lipton Rogers, we have designed a healthy, mixed-use development that plugs into – and seeks to significantly enhance – the existing urban fabric. The project will provide new homes, offices, retail and a wide range of cultural and community facilities, to bring this dormant site back to life. Vibrant new public spaces are central to the design concept – connecting with a cycle highway and a number of public transport interchanges – to encourage car-free travel. The new neighbourhood aspires to define the office of the future, with flexible floorplates for longevity and cascading green terraces, which bring a social dimension to the workplace. It will feature London’s lowest whole-life carbon high-rise, which also aims to be the first to achieve the WELL Community Gold rating. We are incredibly proud to be part of this pioneering vision for Southwark.”

www.fosterandpartners.com

Systems starting from £71.60 per metre

18 BLACKFRIARS

HOW AI AND TECHNOLOGY CAN FUTUREPROOF WORKSPACES

When it comes to developing best-in-class office buildings, we can’t just sit back and watch as technology races ahead. We need to dive in headfirst and make sure our buildings are ready for whatever the future throws at them. After all, just as nobody wants to be stuck with a PC that’s past its best, nobody wants to be stuck with an outdated, unattractive building when the competition is thriving, says Tomáš Jurdák, Managing Partner at MiddleCap.

MIDDLECAP

Fa iling to keep up with the rapid pace of technological advancements can quickly render office spaces outdated – hurting their market competitiveness, occupancy rates and, ultimately, their overall value. It is, therefore, essential to invest in futureproofing from the outset, enabling us to create buildings that aren’t just great to work in today but are successful for years to come.

E ffective futureproofed office design includes modularity for easy reconfiguration, flexible infrastructure to accommodate new tech, scalable connectivity for high-capacity networks and human-centric elements such as inclusive design, greenery, natural light and sound insulation that prioritise occupant wellbeing. Futureproof offices must also account for new ways in which

occupiers are using and leasing the space. This includes standard leases, flexible offices, serviced office spaces, desk sharing and any other possibilities that may arise in the near future.

S paces need to be designed in such a way that they can be easily reconfigured to accommodate new technologies, changing workflows and fluctuations in company size without having to tear down walls or rewire the entire building. When we worked on London’s Southworks building, which was called the first smart building in the UK. We ensured all its systems, including HVAC and lighting, were flexible and could adapt to future tech.

You might assume that, in 2024, ensuring scalable connectivity in office design would be a no brainer. But, as has been demonstrated by the recent

TOMÁŠ JURDÁK

IS A MANAGING PARTNER AT MIDDLECAP

internet problems at Google’s Bay View building, this aspect of a development appears to have been overlooked. To prevent setbacks, architects and developers should prioritise scalable connectivity in modern office designs, ensuring that buildings can meet the evolving demands of tech-driven industries and provide a seamless working environment for employees.

A s AI technologies evolve, developers and building managers must prioritise cybersecurity to protect against threats like unauthorised access and data breaches. The widespread adoption of AI can expose organisations to new vulnerabilities, illustrated by the incident in 2017 where a casino in North America was hacked through an internetconnected fish tank thermometer (strange but true!). To safeguard smart

Reeve

building systems, measures such as robust encryption, regular software updates and thorough vulnerability assessments are essential.

I t’s already been proven that humancentric design increases employees’ wellbeing and productivity and that this is emerging as a guiding principle in office development. This approach encourages architects and developers to prioritise the comfort and health of occupants by considering factors such as natural light, air quality and adaptable work areas. Southworks stands as an exemplary model of human-centric design. By leveraging IoT-based technologies and sensors, the building ensures that air, water and electricity resources are delivered cleanly and efficiently throughout the building. This not only reduces energy use but also maximises environmental performance, thereby contributing to a healthy and comfortable work environment.

A s the commercial real estate industry continues to evolve, human-centric design will play an increasingly pivotal role in shaping office spaces that not only drive efficiency and innovation but also nurture the wellbeing of their occupants. By following Southworks’ example, developers can create office environments that are functional, inspiring and conducive to the long-term satisfaction of their occupants.

To keep up with the rapid pace of technology, I believe it’s essential to work closely with architects, engineers and tech consultants throughout the design process. This should be combined with data-based evidence and feedback collected from our current clients in previously-completed buildings. By doing so, we can ensure our spaces are adaptable to whatever innovations may arise. Engaging with tech companies to stay abreast of the latest advancements and best practices not only fosters innovation but also ensures the integration of cutting-edge solutions in office development. This approach does involve an element of risk, as not all innovative technologies are adopted by tenants, but it is a crucial part of our R&D. I n the face of rapid technological advancements and shifting work practices, futureproofing office developments is no longer an option –it’s a necessity. To stay competitive and meet the needs of tomorrow’s workforce, developers and architects must prioritise adaptability in their designs. By integrating smart technologies, embracing human-centric principles and fostering collaboration across disciplines, industry professionals can create office spaces that not only thrive today but also stand the test of time.

www.middlecap.com

Starting from £1.10 per sq. foot

Southworks building. ©Ed Reeve

LOOKING BEYOND LEGISLATION

The Future Homes Standard (FHS) represents a significant step forward in the quest to achieve netzero emissions in homebuilding. By mandating the incorporation of renewable technologies, the FHS aims to reduce the carbon footprint of new homes. However, merely meeting the minimum requirements of these regulations may not be sufficient to fully realise the true potential for energy efficiency and emissions reduction. Simon Garbett, Category Manager Roof Systems at Wienerberger, explains.

WIENERBERGER

As we strive towards a more sustainable future, it is imperative that architects, developers and homebuilders adopt a holistic and integrated approach that goes beyond the installation of individual renewable technologies. While the FHS identifies and mandates some of these components, it does not provide guidance on how to effectively combine and optimise the use of these different systems together. This is where the industry must take a proactive stance and explore innovative strategies to unlock the true potential of these technologies.

The perfect partnership

One promising avenue lies in the exploration of the ‘perfect partnership’ between solar PV systems, such as Wienerberger’s Sandtoft in-roof solar solution and air-source heat pumps. By harnessing the power of solar energy to generate electricity, homeowners could effectively power their heat pumps and other home needs using this renewable source. This synergy could significantly reduce reliance on grid electricity, further minimising the carbon footprint associated with home heating and cooling. Moreover, the integration of an intelligent monitoring and control system could play a pivotal role in maximising the efficiency of these combined technologies. Such a system could seamlessly manage the various components, diverting solar power to heat water cylinders during the day, thereby avoiding the need for grid electricity in the evenings. This level of seamless integration and intelligent control could lead to substantial energy savings and reduced reliance on grid-supplied electricity.

Considering the full building envelope

S pecifying renewable technologies is one task, but for new homes to truly reach the levels of energy efficiency required for net zero, it’s important architects and specifiers look beyond technologies and start by focusing on a building’s foundations. That’s why the Option 2 notional specifications within the FHS are causing so much concern within the industry. The omission of

solar panels could lead to higher energy bills for residents of new homes, strain the electricity grid and disproportionately affect those with lower incomes or protected characteristics.

One way to build more sustainablyadvantaged homes and give homeowners a head start in the energy price battle is to opt for a fabric-first approach. A fabricfirst strategy focuses on optimising the fundamental building components and envelope to maximise energy efficiency from the ground up. This lays the foundation for further reducing a building’s energy demands and associated costs over its lifetime, making the integration of renewables more effective and economical.

Homes constructed with high-quality insulation and minimal air leakage will require far less energy to heat and cool, translating into lower utility bills and greenhouse gas emissions year after year. A poorly-insulated home is essentially throwing money out the door through wasted energy, no matter how efficient its power or heating systems are.

Recognising the importance of reducing embodied carbon and improving thermal efficiency, Wienerberger introduced its innovative Eco-brick. The solution enables housebuilders and specifiers to achieve a 31% reduction in upfront embodied carbon per square metre of brickwork while retaining the robustness and aesthetic appeal of traditional ceramic-facing bricks.

Sustainable from the start

U pfront investments into fabric efficiency and in-roof solar pay dividends over decades of reduced operating costs.

Tackling the building envelope first also provides flexibility for the future. As heating technologies, such as heat pumps and hydrogen boilers, continue to evolve, an already airtight and insulated building with integrated solar can adapt easily.

Cutting corners on insulation, air sealing or renewable energy generation commits that building to always consuming excessive energy, regardless of what improvements may come later. With the urgency of addressing climate change while keeping energy affordable, a fabric-first approach coupled with integrated onsite renewable generation ensures new homes are truly sustainable from the start.

As we navigate the challenges of climate change and the pressing need for sustainable living, it is imperative that we move beyond a narrow focus on individual components and instead embrace a comprehensive and integrated approach to home building. By fostering collaboration, innovation and a commitment to holistic solutions, the industry can unlock the true potential of renewable technologies and pave the way for a future where net-zero emissions in homebuilding become the norm rather than the exception.

www.wienerberger.co.uk

Slotted Channels from £5.60 each

PUTTING CUSTOMERS FRONT AND CENTRE

F.H.Brundle has operated as an independent family business since 1889. Family means a great deal to the company, which is why the F.H.Brundle brand has been built on traditional family values. Today, it considers each of its 100,000+ customers to be part of the Brundle family.

F.H.BRUNDLE

Wi th over 10,000 stocked products at any one time, ranging from essential steel sections to decking and glass balustrades, and seven regional locations across the country, F.H.Brundle can dispatch quickly, usually next working day, giving you what you need, when you need it.

Moreover, the company understands the importance of affordability. That’s why it ensures its prices remain competitive while also offering attractive credit terms to loyal customers, along with free delivery on orders over £150.

A ll of which means that when you need a supplier who understands what you do, offers a vast product choice, excellent service and has a wealth of experience, F.H.Brundle is the company for you.

Steel sections

S teel – it’s one of the most fundamental construction materials of all and the one that made the F.H.Brundle name.

A s you’d expect, it’s, therefore, one of the UK’s leading steel stockists and your go-to source if you need high-quality sections for low-level construction.

W ith a comprehensive range of square, flat, angle and hollow sections, as well as round steel bars, universal steel columns and beams, channels, sheets and plates, F.H.Brundle has everything you need to complete your project.

Decking

B ooming in popularity over recent years and quickly becoming another Brundle speciality, decking is now used on thousands of developments around the country.

S tunning and highly durable, Synergised aluminium decking is a low-maintenance, high-quality alternative to wood and 100% recyclable at the end of its life.

I t’s also been tested by the UK’s leading fire test centre to EN 13823, EN 13501 and EN ISO 1716, and achieves Euroclass Classifications of A1 and A2fl-s1.

F.H.Brundle’s range of composite deck boards provides another great alternative to treated timber.

W ith a style, colour and price to suit everyone, our boards are easy to install, virtually maintenance free, incredibly durable and will remain so for years to come.

Fencing

Fencing is another core and ever-growing part of the F.H.Brundle range. We offer no less than 16 styles of aluminium fencing, plus one of the UK’s most extensive ranges of stocked metal fencing.

T he Second Generation Capstock wood-plastic composite fencing system is cost effective and eco friendly and part made from waste wood particles, making it strong, waterproof and easy to maintain.

In addition, F.H.Brundle offers estate fencing and gates – both of which have rapidly grown in popularity over the last few years.

Unparalleled expertise

O f course, products alone aren’t enough to make a good supplier. The company’s dedicated in-house team is always on hand, ensuring you receive the support you need precisely when you need it.

For F.H.Brundle, its job isn’t done until you’re completely satisfied. Because to the company, you’re not just a customer –you’re family.

USING CURRENT

EPCS TO DRIVE NET ZERO

‘IS LIKE USING SCISSORS TO CUT GRASS’

Energy performance certificates (EPCs) must change to help drive policies for cutting carbon emissions, says one of Britain’s leading training and accreditation providers for energy-efficiency professionals.

ELMHURST ENERGY

Pr oposals for a "new EPC" come from Elmhurst Energy, which is also urging the Government not to let a 2024 general election delay vital progress in EPC reform.

“Put simply, EPCs are currently being used to drive policies for cutting carbon emissions – and they are not up to the task. It is like using scissors to cut grass,” says Stuart Fairlie, Managing Director of Elmhurst Energy, whose members delivered more than one million EPCs in 2023.

“ The current EPC was designed as a cost metric to simply show how cheap or expensive a home is to heat. Instead, they should be one of the most powerful tools to improve the energy efficiency of our homes and buildings so that they are carbon net-zero ready and can support decarbonisation of the grid.

“ EPCs now need to give much more information on the energy cost, energy use and carbon emissions of a home or building. To make them easier to understand, the format should change to something similar to food labelling and, to increase their validity, they should be renewed every three years – or every time there is a change to a building that impacts its energy performance.”

Elmhurst’s latest Almanac 2024, ‘Driving progress during political change’, delivers 10 vital policy and regulatory recommendations to Government for putting energy-efficiency policy relating to UK homes and buildings back on track. These include:

1 . Use the Golden Triangle of information in EPCs

E PCs should now show the ‘three Cs’: energy consumption, energy cost and carbon emissions. They should also use a ‘Golden Triangle’ of information: Asset rating: The predicted energy cost and consumption of the building based upon nominal or average occupancy patterns

Occupancy rating: The predicted energy consumption of the building based on the people using it Energy consumption: What energy the building uses to run, ideally based on data from smart meters.

2 . Launch the n ew EPC alongside the Home Energy Model and Future Homes Standard C onsultation results are expected in the coming months on the new Future Homes and Buildings Standards and the Home Energy Model (HEM). The latter will be used to demonstrate that a home complies with legal energy-efficiency performance targets.

E lmhurst says the most sensible solution would be to deliver a new EPC to coincide with the HEM and FHS. It is urging the Government to release its long-awaited EPC consultation, earmarked in the 2020 EPC action plan in the summer of 2024, as previously indicated.

3 . Rebalance tax applied to fuel C urrently, any low-carbon heating solution running on electricity, such as a heat pump, is more expensive than running a traditional gas boiler. This means they won’t be recommended on the current EPC.

To change this, we must switch the ‘green levy’ in energy bills so it applies to gas rather than electricity supply. Price ceilings and floors should be applied to ensure that what is right for the environment is also right for the consumer.

T his would also make heat pumps and other low-carbon heating solutions more attractive to consumers.

4 . Put minimum energyefficiency targets back in place

T he Government must take a deep breath and reinstate energy-efficiency targets for the private-rented sector. All non-domestic tenancies should be required to meet EPC C by 1st April 2027. EPC B should apply to all privatelyrented, non-domestic properties by 1st April 2030.

For private-rented-sector homes, the Government should adjust the timeline previously proposed for all domestic private-rented-sector properties and tenancies to reach EPC C by 1st April 2028.

5 . Launch a retrofit advice hub

A retrofit guidance hub located on GOV.UK would deliver much-needed consumer information on retrofit and energy-efficiency improvements, including the best order to complete them and how they might work alongside planned property refurbishments.

I t should support decisions around green finance and appropriate renewable technologies, such as heat pumps and solar panels, plus options for insulation, ventilation and heat recovery. The hub should also signpost to registered professionals so homeowners can locate properly-accredited and -trained people.

STUART FAIRLIE IS THE MANAGING DIRECTOR OF ELMHURST ENERGY

ACTING SAFELY WITH THE BUILDING ENVELOPE

The Building Safety Act is bringing about significant changes in the specification of the building envelope, with arguably less influence for specialist contractors and more responsibility for architects. Clayton Kingman, UK Head of Building Envelope at SIG, addresses how architects can better manage this challenge.

Architects and specifiers won’t be new to designing building envelopes, but the level of detail that’s now required earlier in the design process will cause some to search for help.

T he act was introduced last year and focused on higher-risk buildings with the intention of embedding safer specifications and product selection earlier – potentially before specialist facade contractors are appointed. Part of the act was the creation of three gateways, which would be overseen by the Building Safety Regulator (BSR). Designs need to move through each stage and pass a series of checks to ensure they meet building standards for safety and performance.

While this, in itself, shouldn’t be any reason to pause, should a design be rejected at any of the gateway stages, the BSR has the power to prevent any works

from happening until rectified. For facade design, this essentially means the design details for the building envelope need to be completed before approval at the gateway two stage can be given.

G ateway two will focus closely on conformance with Building Regulations and will look particularly at fire and safety considerations. Only once designs have passed this stage can any construction work start.

T he new changes to the specification process don’t stop there, though. Once approval is given to a design, should there be any material changes to the approved design, then the BSR will need to be notified. There will then be another approval process, taking up to six weeks, during which no work can be done on site.

Prior to the act, specialist building contractors would have taken the lead on the envelope design. They would navigate

the complex challenge of balancing different systems and performances to create a solution that was well rounded and fit for purpose. But, this would only be achieved through years of experience in understanding different manufacturers’ solutions and how to best apply them.

However, specialist contractors likely won’t be appointed this early into the process. So, when you’re an already busy architect or specifier who now needs to look at the building envelope design through this more intricate lens, what can you do?

C hoosing an envelope partner

It starts with understanding the task at hand. The design detail must include systems of products that are developed to meet the structural, thermal and fire performance needed. This means turning to manufacturers who will be able to supply all the necessary testing data for

CLAYTON KINGMAN IS THE UK HEAD OF BUILDING ENVELOPE AT SIG

their products. There has been a significant push by manufacturers to update and validate all their test data, which on the face of it makes architects' lives easier.

Challenges arise when systems are brought together via an amalgamation of different products from different manufacturers. Test data is often limited to specific systems or only using a single manufacturer’s products. This is where talking to a product-agnostic envelope supplier will be beneficial.

The building envelope team at SIG, for example, work with manufacturers to understand the product portfolio to

enable the team to confidently put forward envelope options to architects. These options allow architects to effectively select systems that meet the brief in terms of performance and eliminates the timeconsuming task of approaching multiple manufacturers for options.

Working with distributors also adds an additional layer of compliance checks to ensure the suitability of the solution to the project. Competent distributors will have already liaised with manufacturers to ensure their data is readily available, clear and to the level of satisfaction needed to pass BSR checks.

For architects and specifiers looking to minimise the potential setbacks from changing the approved specification, earlier engagement with a distributor will have further benefits. Any change to product selection will require approval, but the product lead time and availability are not always factored in. By working with a product-agnostic building envelope supplier who can apply their knowledge of suitable systems with supply chain insight, time lost due to both product approvals and availability is minimised. Value engineering still has a place in modern construction, but the act has made it significantly less attractive in the context of the building envelope.

The Building Safety Act represents the right step forward for improving performance, safety and providing peace of mind to owners and occupants alike. On the face of it, the act may also represent additional responsibility for designing facets of the building to a greater detail than ever before.

T hrough working with a knowledgeable and competent envelope supplier earlier in the lifecycle, the additional technical resource and insight needed to pass through the gateways becomes within reach. Combined with having access to the wider market for solutions and supply, the extra responsibility and workload doesn’t necessarily mean it has to sit with architects.

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CREATING AN ‘UNFAIR ADVANTAGE’ WITH THE TECH OF TOMORROW

Jordan Brompton, Co-Founder and CMO of myenergi, explores the latest developments in smart home energy technology and explains why keeping up with sector trends is key to staying ahead of the curve.

MYENERGI

In today’s rapidly-evolving housebuilding and property development marketplace, staying abreast of tech trends and process innovation while also keeping a keen eye on changing legislation is an important part of maintaining a competitive advantage. With the industry feeling the pressure of slowing sales, falling demand and dwindling investment, the heat is on to identify opportunities to differentiate while simultaneously adhering to a rigorous regulatory landscape.

From the Building Safety Act 1 and Fire Safety Act to the Environment Act 2021 2 , new biodiversity requirements and even the recent introduction of new conservation covenants, this really is no mean feat. To top it off, new regulations surrounding the mandatory installation of electric vehicle charging points have

been introduced to accelerate the adoption of alternatively-fuelled vehicles ahead of the looming 2035 ban 3

B ut while these may all seem like a complex minefield to navigate, recent advances in smart home energy tech have made it not only possible to meet several standards at once but also offer the added benefit of making properties more attractive to prospective buyers – a simple way to improve sales and maximise profitability.

Smart home energy technology

W ith the popularity of renewable energy rocketing, insight suggests that sustainable builds will sell faster and at a far higher margin. Indeed, research from Legal & General reveals that buyers will pay up to 20% premium to purchase a low-carbon property 4

But while this trend is not lost on astute homebuilders who are already a long way down the path when it comes to integrating renewables into their new-build projects, technologies that further improve their efficiency are only just coming to the fore.

A t myenergi, we’re renowned for our innovative range of eco-smart home tech, which has been specifically designed to maximise the value of renewable energy generation, reduce energy costs in the long run and minimise reliance on the grid. From a housebuilding perspective, our products can improve your SAP 10.2 score, contribute towards your build’s ESG credentials and help you comply with the latest Part L (L1A) Building Regulations.

We’re best known for designing the market’s first eco-smart electric vehicle charging device – zappi – a futureproofed solution that, alongside operating as a mains-connected charging device, seamlessly integrates with renewableenergy-generation technologies. This allows users to harness self-generated energy and charge their EV for free. In periods of low generation, zappi can automatically optimise around your energy tariff to enable charging at both cheaper and greener times from the grid.

I t goes without saying that, when considering solutions to meet electric vehicle charging point installation requirements, zappi goes above and beyond – a differentiator, rather than a box-ticking exercise.

A longside zappi, we also manufacture a wide range of other devices – such as eddi, a solar power diverter that diverts surplus renewable energy to heating systems, and harvi, our energy monitoring wireless sensor that allows the zappi and eddi to be installed without wiring a direct CT clamp.

There’s also libbi, our smart modular battery storage system, which provides users with a simple

way to capture surplus green energy and access it immediately when they need it most. Scalable up to 20.4kWh of storage, homeowners can choose whether to charge libbi from solar, the grid or a mixture of both – with the latter being optimised around a time-of-use or agile tariff.

Achieving a competitive advantage

I nvesting in self-consumption technology makes properties more appealing to prospective buyers, who are far more energy savvy than ever before. What’s more, they go a long way towards meeting numerous certification and legislation requirements.

For housebuilders navigating an increasinglycompetitive marketplace, prioritising incremental changes to attract customers wherever possible is paramount. Looking towards the latest innovation should be a clear priority.

www.myenergi.com

FOOTNOTES:

1https://info.pennington.org.uk/blog/the-building-safety-billeverything-you-need-to-know-in-5-minutes

2https://www.lexology.com/library/detail.aspx?g=01ddde2e0453-4b30-9803-4de20472fa32

3https://coodes.co.uk/blog/four-incoming-environmentalpolicies-affecting-the-property-sector-to-watch-in-2022/ 4https://group.legalandgeneral.com/en/newsroom/pressreleases/legal-general-research-shows-buyers-will-pay-up-to20-premium-for-low-carbon-homes

CREATIVE APPROACHES TO INCORPORATING BRICKS IN CONTEMPORARY COMMERCIAL ARCHITECTURE

In modern architecture, the timeless appeal of brick remains constant. As towns and cities expand and commercial spaces redefine urban aesthetics, architects are continuing to explore innovative ways to integrate traditional materials into contemporary designs. Mathew Davies, National Specification Manager for brick manufacturer Vandersanden, explains how bricks can deliver transformative solutions in commercial architecture.

Designing for sustainability

B ricks are fired from clay, an abundant natural resource. With their durability and thermal mass properties, they offer a sustainable solution for commercial buildings, being both reusable and recyclable. Many brick manufacturers have introduced more sustainable production methods to help ensure that modern brick manufacturing processes reduce the potential impact on the environment. By incorporating bricks into commercial architecture, designers can mitigate the environmental impact of construction projects and help contribute to a more sustainable future.

E xploring brick type, texture and form

The versatility of bricks extends beyond their structural function, offering architects a canvas to explore texture and form. From intricate brick patterns to sculptural facades, the possibilities are limitless, thanks to the diverse range of brick products available. Specifying the right colour, size and texture of facing brick will determine the final look of a commercial building, so the first decision when specifying a brick is deciding what type of brick to use. Each has its own look, production process and properties.

Hand formed: The stock brick

A stock (or hand-form) brick has a coarse, grained surface and a characterful, timeless look. As the name suggests, hand-form bricks were once made by hand. Today, the process is carried out in a production process that mimics the traditional handforming technique. The machine rolls the clay into a layer of sand before inserting it into a mould. This creates folds that, after the firing process, give that typical, grained texture that is unique to hand-form bricks.

A special type of stock brick is the aged brick variant. This is usually a patented manufacturing process unique to the manufacturer and an addition to the hand-form technique. After the drying process, the unfired facing bricks are given extra pigments on the visible surface before being tumbled to give them an aged look. This gives a more natural appearance and makes an aged brick look very similar to a reclaimed brick.

A nother option for stock bricks is the tumbled option. This has a slightly rougher structure but with the same authentic and timeless appearance.

Waterstruck: A lightly-textured brick

T hese bricks have a pure look and fine lines. The waterstruck brick is fairly smooth with a lightly-grained texture that is perfect for getting creative with. Water is key to the production process. The clay is not rolled through sand and is, instead, pressed into a wet mould. When the formed clay is removed from the mould, the water runs along the surface of the brick, giving it its typical surface texture.

Wirecut: A smooth and angular brick

In contrast to the stock and waterstruck brick, the wirecut brick is not placed into a mould or compressed. Instead, a machine presses the clay into a long column and cuts it to the size of bricks.

S pecial techniques are used for added effects on the visible surfaces of the brick. The machine can be equipped with different nozzles and cutting benches, allowing the bricks to be cut into different shapes and sizes. This technique results in a robust and contemporary look, well-suited to contemporary architecture.

South Lodge

T here are a number of special manufacturing techniques that architects could consider when designing for commercial architecture. For example, engobed bricks can help to achieve colour nuances and dramatic effect.

B y playing with light and shadow, texture and colour, bricks can add depth and character to commercial buildings, making them stand out in urban landscapes.

The brickwork pattern and brick joints

T he way in which a brick is laid, the pattern, also has a big influence on the look of a facade. A well-considered brickwork pattern can really help a commercial project stand out and add character. Whether designing a half-brick pattern, stacked pattern, block pattern or random pattern, there is a huge range to choose from. Patterns can even be combined for extra creative dimension.

A nother important consideration is the mortar joint. Depending on the brick size you choose, your facade could be as much as 10 to 20% joint. So think carefully about the colour of the joint. The profile of the joint can also influence the look of a facade. In addition to the height of the joint, its depth is important. The deeper the joint, the more it will disappear into the background. The result? An interplay of shadow between the joint and facing brick, making the colour of the brick more projected. Or you could go for joint-free brickwork for a sleek brick facade.

C reative textures

M any brick manufacturers now have digital tools that enable architects and specifiers to try different facade choices when planning a design. Vandersanden, for example, has an online texture generator for its facing bricks and brick slips. This enables architects, property developers and other specifiers to design a facade by combining, among other things, different types of bricks and brick slips, colours, mortar choices, laying patterns and joint thicknesses. In total, the texture generator allows more than 1.1 million combinations to be created and compared. Thanks to cutting-edge technology, the texture generator displays the most detailed and realistic digital reproduction of a facade texture to date.

C reating iconic commercial landmarks

B ricks, with their timeless appeal and longevity, have the potential to define contemporary architecture for generations to come. By pushing the boundaries of design, architects can harness the sustainable and creative possibilities of bricks to create iconic commercial buildings that capture the imagination. Whether it’s a sleek contemporary office block or a vibrant retail complex, bricks have the power to elevate commercial architecture to new heights of innovation and aesthetic appeal.

www.vandersanden.com/en-uk

South Lodge

Cocoa Studios

City Law School

BUILD FOCUS:

HOUSING DEVELOPMENTS

Tom Brough, Sales and Marketing Director at GTC, focuses on what the Future Homes Standard (FHS) means for the next generation of new-build home heating as we approach the end of gas.

THE UK IS PREPARING TO BID FAREWELL TO GAS, BUT WHAT IS THE FUTURE OF HOME HEATING?

Gas boilers: The trusty and reliable source of heating our homes for decades; however, this isn’t going to be the case for much longer. But is there another likefor-like solution, ready to go? In short, the answer to that question is no. There are multiple options available to housebuilders and, in this article, we look at what the future of new-build home heating looks like.

Th e UK is well and truly into its energy transformation drive and the need to reduce and, in time remove, the use of all fossil fuels as a form of energy is paramount.

According to the Government’s heat and building strategy, the UK has 30 million homes and workplaces, and heating these existing buildings contributes to almost a quarter of all UK emissions.

A ddressing the emissions produced by heating our homes is essential in the UK’s drive towards net zero, and it’s now more important than ever for housebuilders to seek out and contract alternative solutions.

T he Future Homes Standard (FHS), which is currently under consultation, will see the end of gas and domestic dwellings needing to meet a 75 to 80% reduction in emissions by 2026.

From 2026, housebuilders can no longer install gas-powered heating systems; instead, they are looking at renewable energy solutions. The FHS identifies heat pumps as a key solution for housebuilders and many are utilising individual heat pumps on new-build developments in a bid to meet the FHS requirements.

But , what if there was another way?

H eat networks have long been established across Europe and have been utilised to deliver heat to highrise, high-density housing schemes across the UK for over a decade. As the UK approaches the end of gas, there is a focus on utility companies to innovate and deliver new solutions to housebuilders for low-rise, low-density

sites, too. At GTC, we proudly launched our net-zero-ready Community Heat Hub last year – a first-of-its-kind networked heat pump solution for low-rise, low-density schemes and mixed-use developments.

H eat solutions like the Community Heat Hub provide FHS-ready heating solutions for housebuilders across the UK, reducing carbon emissions by 75 to 80% from day one.

N etworked heat pump solutions use large-scale heat pumps located within a centralised point, above ground, on a housing scheme. They generate lowcarbon heat that is distributed through a network of highly-insulated pipes to provide heat and hot water for homes, removing the need for individual heat pumps and hot water cylinders within each property.

GTC

TOM BOUGH IS THE SALES AND MARKETING DIRECTOR AT GTC

N etworked heat pump solutions like the Community Heat Hub contain large hot water tanks that allow them to generate and then store energy as heat when electricity prices are low. This enables the hubs to provide heat during peak times for up to two hours, without running any of the heat pumps. This flexible operation reduces the cost of generating heat, which keeps bills low for homeowners. Flexible use of the hot water tanks and heat pumps will also benefit by reducing grid connection capacity, which is key as more heat pumps and renewables are connected to the grid.

N ever has innovation and industry experience been more important for housebuilders looking for energy-efficient, renewable, net-zero ways to supply heat and hot water into their new-build homes. The overall goal for the utilities industry is to support housebuilders with tried-and-tested solutions that meet the FHS, and help the UK achieve its net-zero target and significantly reduce emissions.

I s there a one-size-fits-all approach to providing heat and hot water solutions to housebuilders? No, there are multiple options and different housing developments will carry different requirements. One thing is for sure and that is gas will be no more. We think there is a need to educate not only housebuilders and contractors on the benefits of alternative heat solutions, but also homeowners. For housebuilders to adopt and install these new systems on housing developments, there needs to be consumer confidence in their abilities to keep their homes at a comfortable ambient temperature. Attitudinal and behavioural shifts can be tricky to navigate, but we think it’s essential to aid the uptake of the new technologies that stand to revolutionise home heating.

www.gtc-uk.co.uk

THE CRUCIAL ROLE OF ARCHITECTURAL IRONMONGERY IN BUILDING DESIGN

Architectural ironmongery might seem like a minor detail in the grand scheme of building design, but it is highly significant. With safety, security, accessibility and aesthetics to consider, specification can be complex and multifaceted. In this article, we speak with Tom Planck, Managing Director of leading architectural ironmongery firm John Planck, about the key factors to consider during hardware specification.

JOHN PLANCK

Ar chitectural ironmongery is an important consideration in all types of buildings. Whether residential commercial or industrial, it plays a crucial role in not only ensuring spaces can be accessed but also in shaping the safety, security, accessibility and interior design of a building. From hinges and locks to handles and knobs, every piece of door and window hardware is an essential component of building design and requires detailed consideration.

I t sounds obvious, but when approaching hardware specification, the most important place to start is by getting to grips with what the client actually wants and needs. Quite often this ends up being two very different things which, if overlooked, can result in a specification that doesn’t meet expectations.

C onsider the type of project; is it a new build or a refurbishment? If it is a refurb, to what extent is the refurbishment being carried out? Is it a total knock-down-and-start-again project, or are existing doors being re-used? What is the intended use of the space? Are there any specific access requirements outside of normal parameters? How generous is the budget? Spending time analysing and evaluating the project at the outset will help you achieve a well-tailored hardware specification that aligns perfectly with project requirements.

A s with most building design elements, when it comes to product specification there is no set formula for hardware. The overarching brief, interior design and budget will vary from project to project, dictating requirements.

T here are a number of other factors that must always be considered. The first is functionality. Hardware should enable windows and doors to be operated easily; allowing smooth access between rooms or to outside spaces. Here, elements such as ergonomics, usage frequency, ease of use and durability all come into play and will impact the final specification. For example, doors around entrance or exit areas will require more durable and heavier-duty products to withstand constant use, whilst those in spaces with less traffic can be more forgiving. Door hardware also plays a crucial role in fire safety and emergency escape and functionality should be well considered in this regard. Relevant to the door leaf size and weights, heavy-duty hinges and self-closing devices are crucial for ensuring the doors are hung and swing as efficiently as possible, also ensuring they close properly where appropriate to ensure fire compartmentalisation. Intumescent door seal strips around the door and frame perimeter expand under heat to help prevent the spread of fire through them, whilst panic exit devices will help to ensure swift evacuation in the case of an emergency. Conversely, hardware that is incorrectly specified or installed can have the opposite effect, impeding fire resistance performance and preventing safe exit.

T he second factor to consider is accessibility; hardware should ensure that buildings are accessible for all users and meet requirements set out under Building Regulations, BS:8300 and the Equality Act. The height and placement of hardware is also key here, alongside the product itself.

S ecurity is another important factor. Whether it’s for an individual’s home, a commercial office or a retail store, preventing unauthorised access and potential theft or other security issues is a must. The level of security required will vary dependent on a range of circumstances such as the building’s occupancy type, location and contents it holds but security locks and access control systems should all be considered.

Looking beyond practicalities, aesthetics plays a huge role in the specification journey. Just like any other design element, hardware is an integral part of interior design and can be used to enhance the overall style. Whether it’s sleek and modern or classic and traditional, there are literally hundreds of styles to choose from with different finishes and specialised coatings to consider.

Once practical and aesthetic requirements have been addressed, attention must then settle on the types of products needed for the differing doors and situations, remembering the ‘essential’ items required including hinges, door closing devices, locks or latches, panic exit devices and intumescent door seals.

Finally, ‘dressing’ the door to suit the location and operation of the door, such as fire signage, hooks, door stops, protection plates and bolts.

W ith so many factors to consider and decisions to be made, hardware specification can be complex and extremely time consuming. Whatever hardware is chosen, it’s of utmost importance to ensure that the products specified meet with any relevant British Standards and classifications. We’d always advise on working and collaborating with an experienced and registered architectural ironmonger (RegAI), who will be able to handle the process for you and ensure that the correct specification is achieved.

T hey will also be able to provide support on wider issues, such as sustainable sourcing, ensuring that hardware is chosen with environmental responsibility in mind and supporting carbon reduction to contribute to the overall success and longevity of the project.

ATHLETIC STADIUM WIN FOR HMG PAINTS

One of the UK’s largest independent paint companies, HMG Paints, deserves a lap of honour after a suite of its products was used to refurbish a rusting spectator stand at Plymouth Athletic Stadium.

‘

Rabart Decorators Centres’ worked with HMG Paints to provide the detailed specification needed to tackle the corroded structural steel beams of the stand.

O nce the area was prepared with a thorough clean to remove all loose material, Ferrozinc Rust Convertor was used to tackle any remaining rust. This was followed by a coat of HMG’s BDX Synthetic Primer, a high-build, anticorrosive alkyd primer, and then two coats of C71 Speedline, a high-quality, singlepack synthetic alkyd topcoat enamel.

“ We’ve worked with HMG Paints for about three years,” explained Peter Bird, Area Sales Manager for Rabart in Devon. “Everyone using it loves the products. It’s my go-to system for jobs involving

www.hmgpaint.com

MARMOX HAT TRICK AT INSTALLERSHOW MARMOX

The InstallerSHOW, held at the NEC, Birmingham (June 25 to 27th), will see Marmox showcase a selection of proven products, including its Showerlay and Minilay solutions, on stand 4D27. The company will also be exhibiting its widely-specified Multiboard range, able to waterproof and insulate wetrooms, bathrooms and kitchens. Available in varying thicknesses from 4 to 60mm or as bath panel kits, niches and pipe boxing, the Multiboard can be used on floors, walls and ceilings to help create an effective tanking solution. Visitors will be able to see the functionality of Marmox Showerlay, which is used to create a stylish wetroom floor. It comprises pre-sloped flooring panels with integral drainage to create a ‘level-access’ tiled shower area.

www.marmox.co.uk

01634 835290 sales@marmox.co.uk

metal and offers good protection against the local environment.”

T he products were brush and roller applied for this job although spray is also possible, dependent on the situation.

T he refurbishment of the spectator stand was undertaken by Plymouth-based

0161 205 7631

JNE Construction on behalf of Plymouth City Council. The job completes an upgrade of the City of Plymouth Athletics Club’s Brickfields Complex, which has now benefitted from a relaid six-lane track, a new announcer hut, perimeter fencing and throwing circle.

sales@hmgpaint.com

F. BALL LAUNCHES NEW SMOOTHING COMPOUND

F. BALL AND CO.

F. Ball and Co. has drawn upon the latest cement formulation technology to create a ‘best-in-class’ high -low smoothing compound: Stopgap 1400. A fast-setting, two-component smoothing compound with superior self-smoothing properties, Stopgap 1400 is walk-on hard from just 90 minutes after application and ready to receive floorcoverings from 12 hours. Stopgap 1400 can be applied between 2 to 10mm thick to a wide range of absorbent and non-absorbent subfloors, including sand/cement and calcium sulphate (e.g. anhydrite) screeds, concrete, granolithic, sound asphalt, terrazzo, epoxy and polyurethane resins, ceramic and quarry tiles, as well as Stopgap waterproof surface membranes.

www.f-ball.co.uk

A1-RATED

CEMGOLD BOARDS PROTECT CARE HOME PATIENTS’ MEMORIES

MAGPLY

A Southampton care home has made use of IPP’s A1 noncombustible Cemgold boards to create memory boxes that will help patients find their rooms and orientate themselves by storing photographs or other memorabilia. Project Architect for Harris Irwin, Michael Bond, recounts: “Because the memory boxes are made up using standard blockboard, they required separate fire protection for which we specified a material meeting the requirements of Euro Class A2 should be utilised. The main contractor, Highwood, then proposed Cemgold, which met all of the criteria.” In fact, larger quantities of the 18mm Cemgold went on to be used in areas of the flat-roof construction.

www.magply.co.uk

01538 361633

01621 776252

john@magply.co.uk

RADON IN HOUSES WHERE PROTECTION CAN FAIL

Houses being newly constructed in the UK must not expose occupants to the risks associated with radon gas. Designers and contractors have a legal duty of care to ensure properties comply with regulations appertaining to the locality to mitigate the impacts of this carcinogenic radioactive gas.

CAVITY TRAYS

Mo st radon-induced lung cancers develop through exposure to low and moderate doses over time in people’s homes, where the gas can seep in through a variety of ways.

R adon is odourless, colourless and tasteless, and is produced when uranium naturally decays within the ground. Radon is everywhere – it is simply the extent that varies. Radon does not naturally occur within a building – responsibility lies with those who put the building on the land. Whenever a property is built on radon-emitting ground, the building prevents its release and dissipation.

R adon can seep into and accumulate within buildings – homes, schools and workplaces. Radon emits heavily ionizing radiation called alpha particles. When inhaled, they can damage DNA and cause lung cancer.

To prevent radon seeping into a building, gasproof protection covering the entire building footprint at ground level is established, protecting from outer skin face to outer skin face.

T his usually takes the form of a gas-grade membrane protecting the oversite, which interfaces with radon barriers that integrate with the membrane and travel through the inner skin, transversing the cavity and projecting through the outer skin at a lower level. This configuration prevents the gas from continuing its upward journey, and airbricks, located under the barrier level in the exterior walls, ensure the trapped gas can evacuate the structure.

B ut there is a problem. The construction design, internal floor levels and external ground levels dictate actual DPC and barrier positions, and those positions give rise to a regularly reoccurring failure. Wherever there is an external door opening in the exterior wall, one has to unite the membrane level with the barrier level. At the same time, protection must travel to below sill level (of the exterior doorway) whilst also ensuring all cavity closers to door opening reveals are, likewise, integrated, so protection is continuous with no gaps upwardly or sideways. Addressing the reveals is the point where failings arise.

C omplementing the radon barrier range from Cavity Trays is the Type PAT Protective Adjustable Threshold, a three-dimensional preformed DPC gasgrade component that is bedded within the external door opening and into its reveals prior to the frame being installed. Adjustable side connectors, which attach and adjust in level, provide a continuous link to the adjacent cavity barriers. Cavity closers to the opening are accommodated within the Type PAT reveal moulded recesses. The assembly provides continuity of gas protection around and under the external opening. An integral drainage facility provides an escape route should water seep within the under-threshold sealed area.

S hould ground levels prevent straight-through gas evacuation via Cavibricks, the gas can be evacuated above barrier level (and thus ground level) by incorporating cranked vertical sleeves with integral cloaks that lap and seal to the radon barrier. Find a three-minute demonstration here: https:// youtu.be/-o-vSrcmYvI?si=Zn5A1Kp3sE0DVP0a

T he World Health Organization (WHO) states that, globally, residential radon exposure alone in 2019 was estimated to have caused 84,000 deaths by lung cancer.

Radon barrier

Type PAT

COMPELLING REASONS TO ENCOURAGE RETROFIT FIRST

David Connacher, Marketing Manager at West Fraser, discusses the immediate need to retrofit our buildings to make them energy efficient and sustainable.

The need to retrofit our buildings through improvements that make them energy efficient and sustainable into the future is necessary and urgent. In many cases, replacing buildings is neither practical nor environmentally sound so, rather than being seen as a problem, they should be viewed as a resource.

There is a good reason for this: Embodied carbon. In simple terms, embodied carbon refers to the carbon emissions associated with the materials and construction processes employed throughout the whole lifecycle of a building. It also includes carbon emissions related to the building’s maintenance and demolition or deconstruction. None of this takes account of the wider environmental impact of resource extraction and building construction.

A retrofit-first approach prioritising upgrading and modifying buildings over demolition and rebuilding is increasingly seen as the way forward. Developers and building owners recognise the potential to cut carbon, costs and waste while increasing market value and rental returns. Socially, retrofitting is often less controversial and more cost effective than demolition.

For architects and designers, retrofit provides stimulating opportunities to transform existing structures into comfortable and useful homes, offices and retail spaces. Undertaking such schemes frequently involves imaginative reuse, adaptation, innovative solutions and opportunities for exciting new design. Some would say that architects have a responsibility to encourage a creative retrofit-first approach to confront climate emergency and create a sustainable built environment for the future.

uk.westfraser.com 01786

OWA UK HELPS SET THE TONE FOR SCHÜCO UK SHOWROOM SPACE

OWA UK

When Schüco needed to improve the sound quality within its UK showroom, OWA UK was the first to hear the call. The showroom is ideally suited to hosting events and displaying the Schüco product range, but there was a concern that echoes made it hard for visitors to hear those speaking. Over the conference space, large, monolithic rafts were created with OWA RAW, a surface that mimics concrete while offering high sound absorption. Above the mezzanine level, three raft and canopy solutions are on show. In adjacent areas, the OWAtecta S14 Selecta one-piece perforated metal canopies with black acoustic fleece and Class-A acoustic pads were installed. Above the bar area, OWAconsult Corpus cuboid shapes were installed.

www.owa-ceilings.co.uk enquiries@owa-ceilings.co.uk

MARMOX APPOINTS FINANCE DIRECTOR

MARMOX

Marmox has strengthened its board by promoting its current Finance Manager to the newly-created post of Finance Director with immediate effect. The move follows founding family member, Jonathan Parsons, having been appointed as Business Development Director as his parents, Harry and Anne, prepare to take a less active role in running the company. Having been at the company since 2014, Richard Kent-Smith previously worked for a firm of chartered accountants, where he was involved for some years in preparing VAT returns and management accounts on behalf of Marmox before the company created the position of Finance Manager to recruit him as a member of staff.

www.marmox.co.uk 01634 835290 sales@marmox.co.uk

STERLINGOSB SHEATHS OFFSITE SOLUTION FOR NEW ORKNEY CARE HOME

WEST

FRASER

With accessibility to the site of the new Kirkwall Care Facility on Orkney being almost as challenging as the weather the island’s inhabitants endure, a rapid-assembly panelised timber frame presented itself as an ideal build solution, with the main contractor’s joinery workshops utilising West Fraser’s SterlingOSB Zero as the sheathing to the roof, walls and floors. Contracts Manager for R. Clouston, Andy Smith, comments: “The machinists and joiners produced all the roof and floor cassettes and panels for the care home; with 9mm SterlingOSB Zero on the top and underside of factory-insulated, warm roof cassettes, while the floor cassettes have an upper layer of 18mm SterlingOSB Zero.”

WEST FRASER

MARMOX FIREBOARD A RELIABLE ALL ROUNDER

Building on the success of its well-established Multiboard, the Kent-based manufacturer of insulation and waterproofing solutions, Marmox, has recently introduced the new Fireboard to its range.

MARMOX

Id eal for both internal and external wall insulation (IWI/EWI) applications, the stone-wool-based board features the same ‘honeycomb’ surface structure as Multiboard to create an A1 noncombustible-certified render-backer that is weatherproof. This means they simply will not degrade, whatever the weather throws at them.

T he Fireboards are available in thicknesses of 20, 50 and 100mm, in a standard size of 600 x 1200mm, while the polymer-modified mortar coating is applied to both faces. Fireboard can also be specified for internal use on walls or ceilings to take a plaster finish. The 20mm Fibreboard, though, is especially suited for lining window and door reveals to tackle cold bridging and improve overall U-values. Then, while the thermal conductivity of 0.037W/mK delivers very good thermal insulation, thanks to the tiny air pockets within the micro-fibre structure of the stone wool, this structure also serves to interrupt the pathway for sound transmission through solid materials, such as stonework or other masonry.

T he boards have a nominal density of 150kg/m 3, while their core material offers a compressive strength of 90 tonnes/m 2

M arketing Manager for Marmox, Grant Terry, commented: “The introduction of Fireboard into our range significantly enhances our offer to the construction industry, meaning we have an A1 noncombustible backer board for internal or external use, which can safely be installed across timber- or steel-framing systems as well as masonry. Also contributing significant thermal and acoustic performance, we expect Fireboard to find applications in new-build and refurbishment work within the residential, commercial and other sectors. We are already seeing strong interest from specifiers and specialist fire protection contractors as we make the industry aware of Fireboard’s multiple benefits through our sales team, the trade press, industry events and our social media.”

S o sure is Marmox of Fireboard, its website states: “So, what sets it apart? A1 fire protection, sound absorption and thermal insulation all in a thin, lightweight yet rigid board, which is weather resistant and will not degrade – however wet it gets! To top it off, no pre-treatment is needed –you can render or plaster directly onto it. Sound too good to be true?”

M armox Fireboard has been tested to prove compliance with BS EN 1182, EN 1716 and EN 13823 (resistance to fire test) conducted by UKTC, along with other testing completed by the BRE. Technical details can be found in Marmox’s technical brochure, which can also be downloaded from https://www.marmox. co.uk/products/marmox-fireboard.

CANARY WHARF RECLADDING PROJECT

A Sto external wall insulation (EWI) system spanning 8000m² has upgraded the exterior of a waterside residential development in Canary Wharf, London, providing fire-compliant facades.

QUIET TRANSFORMATION FOR ICONIC BOYS’ SCHOOL

Architect firm Hawkins\Brown has completed a transformative redevelopment at the Central Foundation Boys’ School, the 150-year-old, top-performing comprehensive school in Central London. The vision was to rationalise and consolidate the school’s several buildings into a cohesive design to allow more efficient use of the campus.

Pi erhead Lock is situated opposite the O2 arena on the River Thames. Beginning with a 12-storey tower by the water, the development gradually steps down to two storeys as it curls around the dock. Aiming to reflect the appearance of a 1930s cruise ship, the scheme also features semi-circular apartment blocks and a rounded tower, all with white facades.

N oviun Architects were responsible for designing remedial works for the exterior cladding, which required the existing expanded polystyrene insulation (EPS) to be removed, to comply with amendments to the Building Regulations. Following extensive investigative work, the architects and facade restoration specialist, Stoneguard, worked with Sto to develop a detailed specification of the EWI system.

T he BBA-certified StoTherm Mineral K EWI system achieves a reaction to fire of A2-s1,d0 in accordance with BS EN 13501-1. The A1-rated mineral fibre insulation boards were adhesively fixed to the concrete substrate using StoLevell Duo Plus. This levelling mineral adhesive was applied to the back of the insulation boards, with fixings used to secure the insulation boards to the substrate, including through the mesh to suit wind-load conditions.

S toFlexyl, an acrylic-based, fibre-reinforced waterproofing product, was also used to encapsulate the insulation below the dampproof course. This coating protects against moisture or water ingress of the insulated system.

d.newton@sto.com

Wo rks included providing a new, purposebuilt science building equipped with state-of-the-art facilities and a new three-court, multi-use sports hall with changing facilities. The tight nature of the site meant that the sports hall was sunken under the courtyard, with rooflights bringing in natural light. It has been designed to comply with Sport England guidance, providing the school with a flexible, multipurpose space that can be used for out-of-hours community activity.

To help combat the problems of poor acoustics and sound reverberation in the sports hall, music and drama rooms, Hawkins\Brown specified Troldtekt acoustic panels across all the ceilings. Panels were chosen in grey and natural finishes to provide a discreet look while complementing the interior design. Troldtekt solutions excel at providing acoustic comfort with a visuallyattractive, aesthetic tactile surface along with high durability and low-cost lifecycle performance.

Troldtekt acoustic panels are available in various structures and colours, combining superior sound absorption with an award-winning design. The Troldtekt range has a minimum expected lifecycle of 50 years coupled with excellent resistance to humidity and is tested to meet ball impact standards. The range is available in various sizes and structures, from extreme fine to fine. They can be supplied as natural wood and in the carbonreduced FUTURECEM finished in almost any RAL or NCS colour.

Photo: Jack Hobhouse

OWA UK’S METAL CEILINGS GET TO WORK AT NEW ASSEMBLY BRISTOL DEVELOPMENT

Leading acoustic ceiling systems manufacturer OWA UK has fulfilled its largest contract to date for its OWAtecta S80 demountable metal ceiling raft, with the innovative system being used on two of the buildings that form part of Assembly – a landmark riverside commercial office development in Bristol.

Designed by AHMM Architects and constructed by Galliford Try, Assembly Bristol comprises three multi-storey buildings, the first of which was completed in 2021. The last two phases, known as Building B and Building C, have now been delivered, and OWA UK worked closely with its approved sub-contractor, Morrissey, to design and install the trapezium- and rectangular-shaped mesh rafts throughout the open Cat A floors.

T he project is the company’s largestever order for its OWAtecta S80 mesh rafts, with dozens of different configurations supplied for each floor. They can be viewed on nine floors at Assembly C and six floors at Assembly B, with the trapezium-shaped ceiling rafts blending into the footprint of the kiteshaped building to provide a flexible and stylish acoustic ceiling solution.

B alancing aesthetic appeal with acoustic performance, OWA UK’s OWAtecta S80 demountable metal ceiling rafts help disguise M&E installations while providing improved sound absorption and limiting noise pollution from floor to floor. With wellbeing a key part of the overall design

of both Building B and C, OWA UK’s acoustic ceiling solutions have been tailored to create comfortable communal collaborative spaces and ensure speech privacy in others.

A s the new S80 demountable ceiling raft is a bespoke solution, OWA UK was able to design the varying-shaped ceiling rafts to meet the specific requirements of each building’s unique footprint.

OWA UK’s approved sub-contractor, Morrissey, developed a smart process of constructing the supporting frames on the floor and raising them via a board lift to the ceiling soffit for attachment to the threaded rod hangers.

OWAtecta S80 can be designed in almost any size, created by abutting framed or trapezium metal panels to form a series of isolated rafts. Each panel hooks onto the concealed suspension system and are easily demountable to give access for maintenance and cleaning.

A s the system requires fewer soffit fixings than comparable traditional fleece or fabric acoustic absorbers, it is easy to install using M6 threaded rods and is available as a kit of machined parts or

standard-length profiles. The low-profile, hidden hanging system is ideally suited for open soffit interiors as the rafts can float below the soffit without any unsightly profiles being visible. Thanks to its full metal construction, S80 is durable and offers scope for RAL colour customisation. M ore information on the new OWAtecta S80 demountable ceiling raft can be requested from OWA UK’s regional sales team or by getting in touch via the email address below. To view the full range of products, please visit the website.

OWA UK

13 REASONS TO RECOMMEND CEDRAL FOR YOUR FACADE AND ROOFING PROJECTS

Known and trusted in the industry for decades, Cedral continuously drives innovation to generate new product options for facades and roofs, elevating aesthetics and creating building solutions that are both practical and stylish.

Why should you recommend Cedral facades?

Long life expectancy: Fibre cement is a strong, durable, versatile material, which means that Cedral facades have a minimum life expectancy of 50 years

Easy installation: Cedral’s all-in-one cladding solutions include easy-cut planks, colour-matched trims and bespoke accessories

Stylish contemporary designs: Cedral Lap facades are specially designed so the planks are overlapped when installed to create a traditional clapboard aesthetic, while Cedral Click is a tongue-and-groove material that creates a modern, flush-fitting facade

Cedral Colour Collections: The Cedral Colour Collections are designed to

CEDRAL

offer customers even more choice, with 21 on-trend shades curated into four unique collections. Each collection –Design, Expressive, Natural and Classic – is created for contemporary living to resonate with homeowners’ personalities and lifestyles.

Mix-and-match options: Cedral facades combine harmoniously with other materials, such as wood, brick, or plaster, and play with colour and light and dark shades to create stunning installation patterns

Accessories to complete the job: Cedral colour-matched trims include corners and edges, as well as Cedral Click clips and colour-matched screws to ensure facades can be assembled quickly and correctly, creating a refined, premium finish

Professional installation: Cedral Select Professionals are expert facade installers who have been carefully vetted by Cedral and receive ongoing training and technical support on the latest product innovations. By working with one of Cedral’s installers, customers can be confident their products are fitted according to the company’s recommendations and come with 10-year product and workmanship guarantees.

What are the benefits of working with Cedral slates?

Long life expectancy: Cedral fibre cement slates are among the strongest in the market, with a minimum life expectancy of 50 years

Easy installation: Cedral slates are lightweight and easy to work with and can be placed on lighter roof structures without the need to strengthen them, making them an ideal option for renovations. A dry-fitting process eliminates the need for mortar.

Essential accessories: Cedral’s portfolio of roofing products includes a range of fittings and accessories for pitched roof ventilation, verges, ridges and hips and general fixings

Style choices: Slates come in four eyecatching designs – Rivendale, Birkdale, Thrutone Textured and Thrutone Smooth – offering a range of slates that are perfect as both a roofing material and a unique option to create a full envelope with the facade

Both facades and slates offer: Low maintenance: Manufactured to withstand nature’s harshest conditions, fibre cement doesn’t rot, rust, warp or crack and is fire, insect, bacteria and algae resistant

Excellent fire performance classification: Cedral has a longstanding commitment to ensuring materials comprehensively meet the fire performance classification A2-s1,d0 to EN 13501-1:2018

Sustainability: Cedral wants to build a more durable world and bring sustainability to life. It focuses its business towards building a more sustainable world for those around it.

Customer satisfaction: Get more from Cedral Cedral helps homeowners achieve their dreams, whether that’s a new-build or renovation project. Browse case studies to hear from its satisfied customers about their cladding and roofing projects and read customer testimonials by visiting the site below.

Systems for closed- and open-state cavities

KNAUF INSULATION LAUNCHES ‘GATEWAYREADY’ RAINSCREEN CAVITY SYSTEMS

Knauf Insulation has launched Rocksilk RainScreen Cavity Systems, a range of complete, tested systems designed to simplify specification and support compliance in cladding and masonry facades. The systems consist of sheathing insulation, fixings and cavity barriers.

“The Building Safety Act places much more scrutiny on everyone working on high-risk buildings,” said Luke Davies, Rock Mineral Wool Product Manager at Knauf Insulation. “The ‘gateways’ it introduces, plus the ever-stricter compliance criteria of the Building Regulations, mean it’s never been more important to get your specification right. That’s why we’ve launched these systems – to make it easier for specifiers to meet these challenging requirements with a single system, backed up by rigorous test data.”

The Rocksilk RainScreen Cavity Systems combine existing Knauf Insulation rainscreen products with a series of new cavity barrier solutions, including open-state cavity barriers with an intumescent strip, a closed-state cavity barrier and further additions to Knauf Insulation’s innovative face-fixed masonry cavity barrier range launched last year. The full range of cavity barriers enables specifiers to choose the system that best meets their fire performance needs, confident it has been tested to the relevant standards. Rocksilk RainScreen Cavity Systems can be used with the major substrate types, including blockwork, steel and timber.

The full range of cavity barriers consists of:

Rocksilk RainScreen FireStop Slab is a cavity barrier manufactured from rock mineral wool, suitable for use as a vertical cavity barrier in buildings with a ventilated cavity, and vertically and horizontally in buildings with masonry facades

Rocksilk RainScreen OSCB and OSCB Plus are horizontal cavity barriers manufactured from rock mineral wool, shrink wrapped with a reactive intumescent strip, for use in ventilated cavities up to 450mm

KNAUF INSULATION

Rocksilk RainScreen FFCB is a patented cavity barrier made from rock mineral wool, which is designed to be face fixed to Rocksilk RainScreen Slab as the masonry facade is constructed. It is non combustible with the best-possible Euroclass A1 reaction to fire classification and is manufactured using Knauf Insulation’s unique bio-based binder, ECOSE Technology. It is the only cavity barrier that can be fixed to the face of the sheathing insulation without needing to cut into it, which reduces waste, saves time and protects performance.

Each cavity barrier has been tested as part of a system with Rocksilk RainScreen Slab sheathing insulation to provide fire resistance in the appropriate rainscreen facade applications. Rocksilk RainScreen Slab sheathing insulation is non-combustible rock mineral wool and is suitable for use in higher-risk buildings and at any height. Rocksilk RainScreen Slab has Agrément certificates from the BBA for the broadest range of build ups and the widest range of thicknesses of any rainscreen solution on the market.

www.knaufinsulation.co.uk/rainscreen-cavity-systems

Rocksilk RainScreen FFCB

ADVANCED SCORES FIRE SAFETY SYSTEM

UPGRADE AT STAMFORD BRIDGE

Stamford Bridge, home to Chelsea Football Club, now boasts an upgraded fire safety system thanks to TP Fire & Security’s installation of Advanced equipment, ensuring protection and peace of mind for fans and staff.

www.advancedco.com

BREATHING BUILDINGS’ NVHRE PROVIDES VENTILATION TO CARBON-NEGATIVE OFFICES

BREATHING BUILDINGS

Breathing Buildings, a leading provider of controlled hybrid ventilation systems, has supplied ventilation to ECO MEP’s carbon-negative headquarters in Ashford, Kent. Recently purchasing the building, ECO MEP is a mechanical and electrical contractor that focuses on delivering lean, sustainable solutions to commercial clients. In line with these values, its objective was to ensure its own new offices were a beacon of sustainability and so specified Breathing Buildings’ innovative NVHRe Natural Ventilation with Heat Recycling and Heat Recovery to provide energy-efficient ventilation. ECO MEP was committed to creating a carbonnegative operational workplace.

www.breathingbuildings.com 01223 450060

The project at the iconic London stadium involved replacing 14 existing fire alarm panels with a network of 17 Advanced MxPro 5s and three repeater panels while ensuring uninterrupted functionality throughout the transition.

The systematic decommissioning of the old system and installation of the new MxPro 5 network throughout the stadium, plus the integration of two new PC-Net graphics system, demanded careful planning and efficiency. Despite the complexity of the task, the work was successfully completed in just six days, meeting the client’s stringent requirements for continuous protection and performance.

Stamford Bridge, situated in Fulham, West London, has been the proud home of Chelsea Football Club since 1905. With a capacity of 40,343, it stands as one of England’s most historic football venues. From its humble beginnings as an athletics ground in 1877, Stamford Bridge has evolved into a modern, all-seater stadium, hosting a myriad of sporting events, including football, cricket, rugby and even speedway. Its rich history, coupled with its status as a Premier League venue, makes it a cornerstone of British football culture.

T he fire alarm system upgrade at Stamford Bridge combined cutting-edge technology and expert installation, resulting in enhanced safety and peace of mind for Chelsea FC and its supporters.

IDEAL HEATING LAUNCHES ECOMOD NATURAL REFRIGERANT COMMERCIAL HEAT PUMPS

IDEAL HEATING COMMERCIAL

Ideal Heating Commercial has launched its next-generation ECOMOD heat pumps with natural refrigerant. The first to be released this year is the ECOMOD 290HT, with ECOMOD CO 2 to follow. The ECOMOD 290HT is a monobloc air-source heat pump able to achieve high temperatures up to 75°C whilst benefitting from an ultra-low Global Warming Potential (GWP) of just three as a result of the use of R290 natural refrigerant. An ultra-low GWP is not only good for the planet, but also makes commercial sense as high GWP refrigerants become increasingly scarce and, therefore, more expensive. Available in three chassis sizes and five outputs from 15kW through to 50kW, ECOMOD 290HT has been specifically designed for use in larger commercial buildings.

www.idealcommercialboilers.com

DIFFUSION’S NEW MODULAR HIGHLINE 235 FAN COIL RANGE WINS AT THE PRESTIGIOUS

CIBSE BUILDING PERFORMANCE AWARDS

DIFFUSION

01482 498376

Diffusion is celebrating scooping an award at the CIBSE Building Performance Awards 2024. The company’s new Modular Highline 235 Fan Coil range won the Product or Innovation of the Year – Thermal Comfort category of the awards. The new range has been developed to create the perfect indoor environment, offering modular design – an industry first. With compact dimensions and advanced components that deliver low sound levels, reduced energy consumption and optimal performance, the Highline 235 also has significant sustainability benefits. Diffusion’s modularisation of its fan coil product impressed the judges, who said it was “a practical, well-thoughtthrough design” that delivered on customer feedback. www.diffusion-group.com

ROCKWOOL STREAMLINES

CAVITY BARRIER OFFERING WITH ROCKWOOL SCB

Stone-wool insulation manufacturer

ROCKWOOL has developed a new cavity barrier called SCB. The product is an expansion of its current range of cavity firestopping products and is tested to meet the requirements of BS EN 1366-4:2021.

Th is new product development underlines the company’s commitment to offering products tested to the latest BS EN standards while simultaneously providing customers with a more streamlined range.

R OCKWOOL SCB combines the functions of the currently-available TCB and PWCB, building and expanding on their scope of application to replace these products. SCB will be available in two widths: 110mm as standard and 200mm for use where a rating of up to E120, I45, subject to (15th May 2024), and ROCKWOOL

ROCKWOOL

THE PATH TO NET ZERO

Net zero is the current buzzword throughout the construction industry and, as such, the ‘embodied carbon’ or ‘recycled content’ within new construction products is under scrutiny, with the perception that those manufactured with lower embodied carbon or greater quantities of recycled content are more sustainable. Yet, a better understanding of the full picture is essential when choosing products, says Reyan Clarey, Sustainability Officer for CA Group.

The market is looking for a quick win; a ‘silver bullet’ to differentiate products, and for developers and contractors to emphasise their commitment to the environmental agenda with easy-to-communicate metrics. This leads to a risk of materials being compared on the basis of recycled content or embodied carbon alone (A1-A5 of the EPD), with little to no consideration given to the full Life-Cyle Assessment of the product, its guaranteed life, maintenance or end-of-life benefits when it comes to deconstruction and recycling.

Ta ke steel as an example; arguably the world’s most recycled material. Despite end-of-life recycling rates of >90%, the demand for steel outstrips the volumes available from scrap, meaning the average recycled steel content within new steel is typically <50%. This demonstrates that recycled content taken in isolation is not an appropriate metric.

To understand the environmental impact of a building product, it is essential to consider end-of-life recycling (modules C and D of product EPDs), which are not addressed by

www.cagroup.co.uk

COOKS BLINDS & SHUTTERS EXTENDS COMMUNITY PARTNERSHIP WITH NORWICH CITY TO CELEBRATE 60TH ANNIVERSARY

COOKS BLINDS & SHUTTERS

Cooks Blinds & Shutters has committed to supporting its local community by extending its Community Partnership with the Canaries on a multi-year deal, marking the window treatments and solar shading expert’s 60th year in business. As part of the Community Partnership, Cooks Blinds & Shutter’s branding is showcased across digital platforms around Carrow Road during every Sky Bet Championship matchday throughout the season. This gives Cooks the opportunity to connect with over 27,000 people in attendance, along with the global EFL television audience watching remotely. The Community Partnership enhances brand visibility through LED platforms while offering networking opportunities at partner events hosted by sports rights specialist, Eleven Sports Media.

www.cooksblinds.co.uk 01603 410304 sales@cooksblinds.co.uk

the production stage (module A) alone. Both the manufacturing inputs and the end-of-life recycling rate are required to understand the full Life-Cycle Assessment of a product, incentivise greater circularity and eliminate ‘greenwash’.

In summary, simply comparing ‘cradle-to-gate’ lifecycle analysis is insufficient and could yield incorrect conclusions. It is essential to consider whole-life factors, including how to reclaim the embodied carbon at end of product life.

enquiries@cagroup.co.uk

YUKI HOSPITAL PROJECT HIGHLIGHTS HADDONSTONE’S GLOBAL APPEAL

HADDONSTONE

A major contract has recently seen Haddonstone meet technical and logistical challenges. The design of the Yuki Hospital in Honshu, Japan, was partly inspired by the idyllic Cotswolds Manor House Hotel, Moreton-in-Marsh, as the client was keen to replicate the elegance of this 16th-century building’s traditional stonework. Haddonstone’s Colorado-based team called on the expertise of Haddonstone’s UK production team to ensure all of the specifications and demanding delivery dates could be met. The detailed design work had to consider both Japanese building standards and building practices before casting thousands of architectural components for shipment. Each component was manufactured in the popular Ivory colour option of Haddonstone’s dry-cast material and included bespoke window surrounds, Bishop’s Finials, ramped balustrade and columns.

www.haddonstone.com

SFS HIGHFIX HANDLES CHALLENGES OF PV INSTALL ON LOW-PITCH ROOFS

SFS GROUP FASTENING TECHNOLOGY

SFS Group Fastening Technology has drawn on its expertise in the field of fall protection to offer specifiers a foolproof and costeffective solution to mounting photovoltaic (PV) systems on flat or low-pitched roofs. Importantly, the Highfix product not only features the manufacturer’s tried-and-trusted SOTERII Horizontal Lifeline System baseplate, but is fully adaptable to a variety of roof constructions. Product Manager, Scott Kelly, comments: "We have been able to design the Highfix support product to interface with the same multi-hole SOTER II baseplate we use for our fall protection systems. Because of the engineering that went into ensuring it can withstand high, dynamic loads, the supports for solar panels can be spaced further apart."

uk.sfs.com

01604 770711

SIMPLIFY YOUR WOODWORKING JOURNEY WITH OSMO RECOMMENDS

Beginning a woodworking project can often be an intimidating venture, especially for beginners who may feel overwhelmed by the plethora of choices and considerations. From selecting the appropriate finish to aftercare products, the process can be intricate. Ensuring you make the right choices is crucial for achieving a professional, long-lasting result. In this realm of woodworking, Osmo has emerged as a game-changer, particularly with its latest innovation – Osmo Recommends – now available as an app on the Apple App Store and on Google Play.

Osmo Recommends is designed with the user in mind, offering a seamless approach to wood finishing that simplifies the process for both novice and experienced woodworkers. The app is built on the foundation of a questionnaire, which guides users through a series of targeted questions about their specific project and their desired wood finish. This personalised approach factors in important project aspects, such as the type of wood, the intended use, the preferred aesthetic result and more, ensuring each product recommendation and advice is tailored to the project.

U pon completion, users are recommended the most appropriate products suited for their project. These recommendations cover every stage of the wood-finishing process. Where applicable, preparation and pretreatment recommendations are offered, which are

crucial for ensuring the wood is properly conditioned and ready to receive the protective Osmo finish. Following this, users are presented with a selection of Osmo Oils, renowned for their highquality, exceptional finish and excellent coverage. These oils not only enhance the natural beauty of the wood but also provide excellent durability against wear and environmental factors.

T he app also offers valuable aftercare and maintenance advice. Users receive recommendations for products, tools and accessories, which aid the application of Osmo Oils and help to maintain the beauty and integrity of the finished wood. This is particularly important for wood within demanding environments that require diligent upkeep to preserve their appearance and durability.

P roduced by the technical experts at Osmo, the convenience of the Osmo Recommends application cannot be

www.osmouk.com/osmo-recommends

overstated. With just a few taps, users can access this expert advice with ease, which might otherwise take time and effort to gather or research. Whether using the app on a desktop, mobile web browser or within the new mobile app, the user-friendly interface makes it accessible for everyone. This recommendation journey has eliminated the question of whether the right product has been purchased, offering certainty to all Osmo users.

W hether you’re working on an intricate interior piece or a sturdy exterior project, Osmo Recommends ensures you have the correct knowledge and advice at your fingertips. Download the mobile and tablet app today from the Apple App Store or Google Play for on-the-go recommendations. Alternatively, visit the Osmo UK website and take the first step towards achieving professional-quality, flawless wood finishes.

OSMO

THE BROADWAY BENEFITS FROM INVISIBLE ACCESS AUTOMATION

TORMAX

The Broadway is a mixed-use development in Westminster, London. Contributing to the beautifully-presented interior, TORMAX was contracted by Focchi to deliver invisible automation to over 40 swing door entrances, concealing its advanced iMotion 1401 operator into the floor space below each door. “Where aesthetics is a high priority, such as at The Broadway, our invisible automation for swing doors helps maintain clean and contemporary lines within a room,” said Simon Roberts, Managing Director for TORMAX UK. “In addition to our underfloor operator, we offer a door drive that can be concealed within the lintel above the door.” Making it entirely practicable to position the door drives out of sight, the iMotion motor is uniquely designed without any of the parts that regularly wear out, requiring only minimal servicing and maintenance. Working with main contractor Multiplex and development manager Northacre, the architect firm, Squire & Partners, provided the total design for The Broadway, encompassing the masterplan, architecture and interiors to achieve a unified scheme that creates a unique sense of place.

www.tormax.co.uk 01932 238040 sales@tormax.co.uk

MAINTAINING U-VALUE WITH SXP SINGLE-PLY MEMBRANE PANEL FASTENERS

SFS GROUP FASTENING TECHNOLOGY

SFS Group Fastening Technology has launched an innovative new range of single-ply membrane fasteners in three sizes featuring a unique self-coring washer design, with a choice of two head drives and hardened drill points, plus two types of slimline drive bar and other benefits, all aimed at giving the installer full confidence in securing the widely-used, triple-layer, insulated panels. SFS’ new SXP range is being introduced in three variants, with the 25mm SXP2 intended to secure panel overlaps, while the 35mm SXP5’s proportionately-longer point is for drilling into light-gauge steel and the 47mm SXP14 delivers the greatest drilling capacity to tackle heavy-gauge steel.

uk.sfs.com

0330 055 5888

FENESTRATION SPECIALIST, ASWS, FACILITATES ‘FORENSIC’ DEMOLITION WORK

ASSOCIATED STEEL WINDOW SERVICES (ASWS) The finesse and forensic attention to detail displayed by Associated Steel Window Services (ASWS) when removing, cataloguing and, eventually, reinstating old windows or other architectural metalwork could not be further removed from the world of the wrecking ball or Fred Dibnah burning timber props from beneath a factory chimney. It is a capability that the South London-based company – a longstanding member of the Steel Window Association – has developed over decades of working with main contractors, its demolition contractors and leading firms of consultants, evolving originally from being tasked with removing windows so that hoists and waste chutes can be deployed or to allow bulky items of M&E, such as fan coil units, to be installed. Such is the sophistication of the service offered by ASWS that the specialist is often called in at the earliest pre-contract stages in order to assess the condition of fenestration, providing documents and drawings crucial to gaining permission for work from Heritage England or councils’ conservation officers.

www.asws.co.uk 0208 665 5335

info@asws.co.uk

JAMES HARDIE LAUNCHES FIBRE CEMENT METALLICS RANGE

JAMES HARDIE

James Hardie has launched a metallics range in the UK. The Hardie Architectural Panel Metallics range comes in gold, copper, gunmetal, silver, steel and bronze and is available for all 8 and 11mm Hardie Panel products. The formula prevents against UV, fade, rot and is fully weather resistant. Lee Bucknall, UK Country Manager at James Hardie, commented: “At James Hardie, we know that a property’s exterior is an important way to make a design statement. These innovative metallic shades, the first to the UK market, form a key part of our portfolio of patterned profiles, surface finishes and colours for use in residential, commercial and industrial applications.”

www.jameshardie.co.uk/en

HOW SWITCHING TO WEST FRASER’S ENGINEERED WOOD PANELS HELPS HOUSEBUILDERS LOWER THEIR SCOPE 3 EMISSIONS

WEST FRASER UK

0121 311 3480

West Fraser UK has always been dedicated to producing board from sustainable sources. All the wood used to manufacture its engineered panel ranges comes from responsibly-managed forests or recycled material. Young, fast-growing trees are the world’s lungs and, by replanting trees, sustainable forestry ensures more oxygen-emitting woodlands. In addition, heat, steam and gases that develop during manufacturing are captured to provide energy for the mills. 75% of the energy used in the state-of-the-art production processes is derived from renewables, which are residues. In the UK, West Fraser uses 1.5 million metric tons of biomass annually for energy, the equivalent of about two million barrels of oil, which helps reduce its carbon footprint and lower Scope 3 emissions.

WHY POWDER COATING IS YOUR BEST DESIGN CHOICE

In today’s tough economic climate, ensuring the longevity of buildings is vital. They must be protected from falling into disrepair, and the methods we use to improve their lifespan should remain as environmentally and budget friendly as possible.

On e such solution is powder coating. Known for its durability and resistance to the elements, this process protects metal surfaces from decades of wear and tear. It is also a safe option for both people and the planet. Techniques have come a long way in recent years and, thanks to the removal of toxic chrome pretreatments and the rise of ‘super durables’, it’s become a longterm sustainable option, too.

Twice the distance with super durables

O ne of the biggest leaps the sector has seen is the move to super durables. These are polyester-based powders that last significantly longer than standard ones. They are resistant to fading, chalking, gloss retention and other forms of depletion. These improvements are due to developments in resin technologies, pigment stability and

manufacturing techniques that allow structures to retain their ‘boxfresh’ appeal.

Better for the environment

W hen comparing powder coating with wet paint, it delivers much greater ROI. When using wet paint, a large amount of evaporation takes place, even under closely-controlled application conditions. When working with one litre of paint, around half will evaporate into the atmosphere due to its organic solvent makeup. However, in optimum conditions, it’s possible to apply well over 90% of the powder onto a surface.

A lso, within the factory setting where all powder coating takes place, any powder that doesn’t hit the surface is then ‘sucked around the system’ in a closed loop, mixed with virgin powder and used again. In short, it’s less waste and better coverage. With wet paint,

there’s no recapture or recycling of these elements; once it’s in the atmosphere, it’s gone for good.

T here is also the recent emergence of ‘low-cure’ powders. This technology uses a lower temperature to achieve the chemical ‘cross linking’ normally needed to form its protective ‘skin’, resulting in major energy savings. Although this is yet to become widely available, it will, no doubt, make its way to the mainstream much in the way super durables have.

C leaning all powder coatings is easy. A simple wash down with water will do the trick and can be done at the same time as cleaning windows. This offers a cost saving from lower maintenance and also avoids harsh, solvent-based cleaners that come with other types of finishes, such as anti-flammable wood cladding.

I f we want our buildings to last, we must aim to preserve and protect them or face the consequences.

What’s in a Guarantee?

CA Group Complete Assurance Guarantee is the industry leading full system guarantee, with periods of 25, 30 or 40 years.

At CA Group we believe a Guarantee is more than just a number, it must also include for:

• Guarantee issued direct to client, and fully transferable

• No reduction in Guarantee period for inclusion of solar PV installations

• Meticulous system testing as a full assembly for durability, structural integrity, thermal performance, fire resistance, acoustics, weather & air tightness and Non-Fragility

• Independent Agrément certification, LPCB, LPS1181 and Secured by Design accreditation

• Stringent quality, environmental and Health & Safety control measures, ISO 9001, 14001 and 45001

• Installer support, training, design assistance and routine on-site quality inspections

• Aftersales care, periodic building inspections

• Environmental and social governance, independent system EPD’s and third party sustainability endorsement

Find out more

Visit

www.cagroup.co.uk

• Backed by Confidex® and Confidex Sustain® by Tata Steel for up to 40 years