The A. Proctor Group, recognised worldwide for its extensive portfolio of technically advanced thermal, acoustic and membrane solutions for the construction industry, has launched a brand new online support package for designers, contractors, and customers.
A new dedicated members area offers designers and contractors full access to all the high-quality technical webinars with downloadable personalised CPD certification for each. In addition, members can easily find and subscribe to the entire library of product documents. By subscribing, the documents will be highlighted in a personal favourites section for quick and easy access and receive notifications when documents are updated. There is also the opportunity to register for early access to the A. Proctor Group’s free online u-Value & Condensation Risk Calculator.
The new Onsite App has been developed to assist customers with installing the A. Proctor Group range of products. Available to download as an App (Android only) or on a web browser, the Onsite App provides quick and easy support for customers with installation on site. Customers can access all the company’s product datasheets, certifications, installation guides and technical properties. In addition, the application allows users to send installation questions along with pictures or videos directly to the A. Proctor Group’s technical team and to request a site visit from a Regional Sales Manager.
The new online support package is another part of the comprehensive dedicated technical back-up focused on providing high-quality advice and support to specifiers and customers from design to construction on site.
Construction output is forecast to rise by 2.5% in 2022 and 1.6% in 2023.
According to the latest CPA construction forecasts as strong growth in warehouses and infrastructure offsets, a slowdown in private housing and a fall in private housing repair, maintenance and improvement (rm&i) from historic high levels.
The industrial sector, which covers activity on warehouses and factories, is forecast to be the fastest growing sector in the next two years. Infrastructure, the second largest construction sector, will also be a key driver of growth with output expected to rise by 8.5% this year and 3.8% in 2023.
Private housing remains cautiously optimistic as annual house price growth continues at double-digit rates and major house builders continue to stress the strength of the market. However, with the UK economy expected to contract in 2022 Q4, there remains uncertainty regarding how long housing can remain buoyant. Private housing rm&i - the third largest construction sector - has been a key driver of activity over the last two years due to the ‘race for space.’ Output is currently 20% higher than pre-pandemic but firms report that smaller, discretionary spending on improvements activity is already falling away, albeit, from a historically high level.
CPA Economics Director Noble Francis reflected on the forecasts: “Construction activity currently on site is robust, higher than prepandemic. It is likely to remain strong near-term due to projects already signed up to, especially in the buoyant infrastructure and warehouses sub-sectors. However, construction is not immune to the effects of the wider economy.
“Over the next 12 months, the rapidly rising cost of living,the slowdown in economic growth and falls in consumer confidence and spending will undoubtedly impact on private construction investment going forward. In addition, rising labour and materials prices are likely to mean that the industry sees the value of output previously expected but not the volume.
“This is particularly the case for public sector consruction in the longer-term, in which government departments and local authorities are likely to find themselves hamstrung by frozen budgets and rising construction costs.”
Paul Groves || Group Editor
With a vast choice of finishes available for any Design scheme, including larger formats and co-ordinating internal tiling, Levato Mono porcelain paver system is perfect for balconies, roof terraces, garden decks and piazzas. Key benefits include; high slip resistance & load bearing, fade & wear resistance – so low cost ongoing maintenance. Both of our self-levelling support pedestals promote a fast cost-effective installation process for use on delicate waterproofing or covering tired slabs. The tilting head adjustment compensates slopes up to 5% even with multiple falls. If a Fire rated pedestal is specified then the FRSL range has Class A1 classification or the SL polypropylene type which have their own key features; secure height locking, non- slip acoustic dampening pads and large height range (28 to 550mm).
Now offering a full range of balcony component systems, including soffit cladding and balustrades, AliDeck provides a modular, complete balcony component kit. Tailor made for balcony manufacturers, the AliDeck balcony kit is a revolutionary offering and is proving highly popular. We spoke with Richard Izzard, AliDeck’s managing director, to learn more. To find out more, turn to page 20. Enquiry - 5
TSP Media Ltd, Grosvenor House, Central Park, Telford, TF2 9TW T: 01952 234000 E: info@tspmedia.co.uk www.tspmedia.co.uk
Schools, hospitals, leisure centres and historic town halls could be among hundreds of public buildings across England to receive energy efficiency upgrades, helping to slash energy bills and save taxpayers millions of pounds each year.
Up to £635 million of government funding will be made available to public sector organisations so they can install low carbon heating, such as heat pumps, and energy efficiency measures including double glazing and loft insulation.
The funding is available through the Public Sector Decarbonisation Scheme with organisations such as NHS Trusts, schools and local authorities able to apply for grants from September. Public sector bodies and taxpayers are expected to save an average of £650 million per year on energy bills over the next 15 years.
Upgrades are already under way through earlier rounds of the scheme, with 734 grants awarded to public sector organisations across England so far and Phase 1 alone supporting up to 30,000 jobs in the clean heating and energy efficiency sectors.
Business and Energy Minister Lord Callanan said: “We are already delivering upgrades to
Vital progress was made on a new, low-carbon and affordable homes site in Peacehaven, East Sussex, as the first factory-built homes were craned into place.
The scheme is being delivered in partnership by social housing provider Stonewater and Boutique Modern, the UK’s first certified B Corp modular construction company, and is being
hundreds of public buildings across England, making them cheaper to run and saving taxpayers millions of pounds each year.
“By helping even more public sector bodies ditch costly fossil fuels, we are taking an important step towards a more sustainable future while driving economic growth across the country and continuing to support tens of thousands of jobs.”
Installing low carbon heating systems, powered by cleaner, cheaper, renewable energy, will allow organisations to cut their use of costly fossil fuels where prices are being pushed up by pressures on global energy markets. It will support thousands of jobs, and also save taxpayers’ money as measures will ensure public buildings are cheaper to heat.
The Public Sector Decarbonisation Scheme supports the aim of reducing emissions from public sector buildings by 75%, compared to 2017 levels, by 2037 - with guidance on how to apply for funding published today.
This funding round of up to £635 million is the second part of an overall £1.425 billion due to be allocated through the Public Sector Decarbonisation Scheme between 2022 and 2025.
Muyiwa Oki has been elected as the next President of the Royal Institute of British Architects (RIBA).
Muyiwa will become RIBA President-Elect from 1 September 2022 and take over the two-year presidential term from Simon Allford on 1 September 2023.
The role of RIBA President was established in 1835. Presidents are directly elected by the RIBA membership to chair RIBA Council, the representative body, and to sit on the RIBA Board of Trustees.
delivered with the support of Lewes District Council and Baily Garner.
The site, which upon completion will comprise of 40 homes that are constructed using modern methods of construction (MMC) from Boutique Modern’s factory in Newhaven — just 5 miles from the development, which was formerly home to a plant hire company and derelict residential property.
Muyiwa Oki is an architect at construction consultancy, Mace Group. Throughout his career, he has worked on large-scale infrastructure projects, such as HS2 Euston and the North London heat and power project. Whilst at Grimshaw Architects, he was founder and Chair of the Multi-Ethnic Group and Allies network and drove cultural change for colleagues globally. Muyiwa is an external speaker and mentor for aspiring architects in programmes to encourage greater social mobility within the industry.
Muyiwa Oki stood for election as RIBA President, alongside Jo Bacon and Sumita Singha. He said: “I am grateful to the grassroots movement whose support and passion offered a platform to represent architectural workers. Most of all a special thanks to those members and nominators, that responded to this movement, tuned in, and voted - especially those that did so for the first time.
“We can be proud of an election where people of colour, at different stages of their careers, of all identities, can be heard and seen bidding to represent the profession. I hope this is the start of many great things to come for those who feel disenfranchised and under-represented.
“I am proud of my campaign, the discourse has been positive, energetic, and inspirational. It has been a privilege to run alongside Jo and Sumita and as RIBA council and Board members, I am looking forward to working with you both to deliver equity, transparency, and innovation in architecture.”
Six leading membership bodies from across the built environment sector have today launched a 45-point action plan to jointly improve equity, diversity and inclusion (EDI).
The action plan has been developed by a dedicated working group, with representatives from:
• The Chartered Institute of Building (CIOB)
• The Institution of Civil Engineers (ICE)
• The Landscape Institute (LI)
• The Royal Institute of British Architects (RIBA)
• The Royal Institution of Chartered Surveyors (RICS)
• The Royal Town Planning Institute (RTPI)
It sets out how the six organisations, collectively representing 350,000 members, will collaborate to deliver the three objectives (Data collection; Improving understanding of transition from education into employment; and EDI standards) of the Memorandum of Understanding (MoU), signed on 26 April 2022.
The plan details clear outcomes, target deadlines, required resources and responsibilities, enabling the organisations to clearly track progress and accountability.
Example actions include: Data Collection; Improving understanding of transition from education into employment; and EDI standards.The action plan also foregrounds the ongoing role of the governance and leadership to ensure success.
Apple Brompton Road, another close collaboration between Apple and Foster + Partners, is now open.
The new Knightsbridge store is situated between high-end department stores Harrods and Harvey Nichols. It is flooded with natural light from floor-to-ceiling arched windows.
Stefan Behling, Senior Executive Partner, Foster + Partners, said: “Apple Brompton Road is a calm oasis in a bustling and vibrant part of London.
“Customers interact with Apple’s incredible range of products and experience their personalised customer service in a unique setting which incorporates historic and natural elements.”
It stresses the significance of aligning visions and strategies with EDI principles, values, beliefs, and the lived experience of the people working within the sector.
The six membership bodies will now work together to deliver the action plan over the next three years, with annual progress reviews from senior leadership taking place every February.
Alan Vallance, RIBA CEO said: “I am really encouraged by the momentum of this critical cross-sector programme to tackle the systemic barriers that perpetuate discrimination and underrepresentation. This comprehensive, robust action plan provides us with a roadmap for change, against which we can collectively track our progress.
“It clearly relies on the senior level support from across each of the organisations –RIBA has made this commitment clear. I am inspired by this collaborative approach and confident that we can continue to drive forward change at a faster and more effective rate.”
Caroline Gumble, CIOB CEO, said: “Increasing diversity across our sector is vital if we’re to attract and retain the best talent and address the skills and people shortages we face.
“Uniting with our sister professional bodies to set out a clear plan of action is a major milestone and I firmly believe this collaborative approach will help drive the positive culture change we so urgently need.”
Building material supplier Marshalls plc has committed to adopting CarbonCure Technologies’ carbon mineralisation technology.
Marshalls will be the first concrete manufacturer in the United Kingdom to use CarbonCure for the production of its concrete products. CarbonCure is a climate tech company offering a suite of technologies that reduce and remove carbon dioxide across the concrete manufacturing process.
CarbonCure’s technologies inject CO2 directly into concrete as it is being mixed. The CO2 immediately reacts with cement in the mix and mineralises to create calcium carbonate (CaCO3). Once the CO2 is mineralised, it is permanently locked into the concrete for millenia — never to be released into the atmosphere, even if the concrete is demolished.
“Over the past 3 years we’ve been exploring different carbon sequestration technologies, but it was clear that CarbonCure was the best of the options on the market today. Once we’ve got this phase underway we’ll be installing the technology at our development plant in Halifax, where we’re going to work together with CarbonCure to push the limits of what’s possible”, said Ian St Hilaire, Marshalls’ Group Carbon Specialist.
Whether you’re working on a large project, complete retrofit, or a smaller, urgent repair, we have over 30,000 products in stock to meet the different demands of each job, all with flexible delivery options that work around you. It’s why thousands of customers shop with ElectricalDirect and IronmongeryDirect every single day.
Paul Williams, Domus Ventilation Product Manager, Highlighs how the world is a very different place since 2010, the year that building regulations ‘Ventilation: Approved Document F’ was previously revised.
In the years that have elapsed we have learnt considerably more about Indoor Air Quality (IAQ), have had to contend with a pandemic, and have the Future Homes Standard to meet in 2025 which requires average new homes to have 80% less carbon emissions. Building Regulations is the method being used to achieve the Future Homes Standard.
Set amongst this context, it is without doubt that Building Regulations Part L (Conservation of fuel and power) and Part F were ripe for an update. These were published in December 2021 with the immediate aim to ensure new homes built from 2022 produce 31% less carbon emissions compared to current standards. A further revision will take place to come into force in 2025.
The revisions to Part F are a direct response to this requirement. So, what has changed?
Under the previous Regulations, smaller developments were exempt from air tightness testing. Now, air tightness testing is mandatory in all new build dwellings.
Mechanical ventilation systems in the form of Mechanical Extract Ventilation (MEV) and Mechanical Ventilation with Heat Recovery (MVHR) are recognised in Building Regulations as the most proficient means of ventilating a dwelling. To ensure incoming air reaches all parts of a home – especially the bedrooms - the minimum ventilation rates have been increased as follows:
For larger properties, this will mean choosing mechanical systems with greater fan power.
occupancy
have been removed from the ventilation calculations, making them more straightforward.
Two key changes have been introduced here.
The first is the guidance on sizing background ventilators, including intermittent extract fans, trickle vents in windows and airbricks in the wall. These are to be done on a room-by-room basis rather than the whole property.
The second applies to extract only systems, such as MEVs, where the background vents must be increased in size from 2500mm2 to 5000mm2. This may well impact on the property’s façade and window sizes.
Natural ventilation systems, such as background vents, remain an option although only for less airtight homes with a design air permeability of ≥ 5. However, with the background ventilation to be determined on a room by room basis, rather than based on the whole property, this will probably mean much larger grilles are required.
With many homes unable to comply even with the previous Building Regulations Part F requirements, the reporting procedures
have been tightened up under the 2021 revisions. Now a new style commissioning sheet featuring a compliance report and photographic evidence must be provided to Building Control Bodies and the building owner, along with a Home User Guide specifically for householders.
So much has changed in the eleven years since Building Regulations ‘Ventilation: Approved Document F’ was last revised. The changes made to Part F are both a reflection on this, but more importantly look to the future and how we as an industry can meet Net Zero and provide housing fit for purpose.
Domus Ventilation – Enquiry 8
Manufactured in the UK, the Pilkington Suncool™ Range offers high performance solar control, low-emissivity glazing for both commercial and residential applications. With varying levels of solar control, thermal insulation, and light transmittance, you can specify the most ideal glass for your projects, while `future-proofing’ for the new Approved Documents L and O.
Specify Pilkington Suncool™ for your project through us at enquiries@pilkington.com, or arrange the supply via one of our trusted partners at www.pilkington.co.uk/suncoolpartners
D2 – The smallest, but arguably most striking of the London design district’s 16 buildings - is designed by Mole Architects and built from sustainable timber, covered in iridescent metallic cladding which shifts in colour as you look at it.
On Greenwich Peninsula, Design District’s evolution continues with the opening of Mole Architects’ second building, a striking and sustainable 580m2 rhomboid structure that seems to change colour as you move around it.
Designated D2, the new building’s five workspaces are all now occupied, home to a brilliantly eclectic collection of creative businesses, spanning fashion, photography, cycling accessories and more – a reflection of the extraordinary disciplinary variety of Design District as a whole.
Following the official launch in September 2021, Design District is now well on the way to fulfilling its aim to serve as London’s permanent home for the creative industries, and to support around 1,800 of the capital’s creative-sector workers, at every stage in their careers.
With D2, Mole Architects has taken the principles of sustainable timber architecture and created a head-turning statement building. Housing five workspaces over three storeys, D2 may be the smallest building of the 16 in the Design District masterplan but, with its iridescent metal exterior, it is impossible to overlook.
Mole Architects’ first building for Design District, C2, is a striking square ziggurat clad in weathered CorTen steel that opens onto the central courtyard. Its newly complete counterpart, D2, is smaller, rhombus-shaped and positioned at the entrance point to the south-eastern corner of the district. Together, the two buildings pay subtle visual tribute to Greenwich Peninsula’s history as the home of what was once Europe’s largest gasworks. >>
>> With its rusty metallic exterior, C2 evokes the gasometers that once stood here. In contrast, the shimmering, colour-changing cladding of D2 conjures the shifting shades of a gas flame, seizing the attention whenever you glimpse its shimmer between the surrounding buildings.
D2 is built from one of Mole Architects’ signature materials – cross-laminated timber (CLT). As well as being practical and robust, CLT buildings demand approximately half the energy of concrete structures to build, and also act as carbon stores, locking CO2 into the fabric of the building. The structural timbers are left exposed on interior walls and stairs, which not only gives the space character, it also eliminates the need for additional finishing materials, and enables a quicker build programme.
Energy-efficiency has been a key consideration. The building is naturally ventilated, with external blinds on the windows to minimise solar gain, and a butterfly roof with triangular rooflights to maximise natural light let in at the apex. Internally, walls are lined with phase-change material (PCM), which absorbs heat when the temperature rises, keeping the interiors cool.
The use of timber also has a wellbeing advantage for the building’s users – there is an inherent comfort to be found in natural materials such as wood, that improves
quality of life for the building’s occupants, and contributes to the building being an inspiring place to work – as does the colourful play of light created by specially glazed fins by the windows that reflect light in different wavelengths.
Eight months since its launch, Design District is going from strength to strength. With 92% of available workspace now filled, and Bureau membership growing rapidly, the District is home to a thriving and diverse creative community.
Five of the most recent arrivals (including sustainable sneaker designer Helen Kirkum, the Photography Foundation and bike bag maker Wizard Works) have just set up their home in the newly opened D2.
While the workplace sector at large has entered a period of post-Covid decline, with the call to return to the office proving less than compelling for many workers, Design District is bucking the trend.
By investing in versatile fit-for-purpose workspaces – like D2 – in an architecturally inspiring environment, and consciously setting out to build a mixed creative community with its blended rent model, Design District has created a compelling proposition for creative businesses, with clear advantages over both conventional office space and work-from-home set-ups.
Conceived and developed by Knight Dragon, and designed by eight leading architects, Design District will ultimately house 16 unique buildings. Built to provide a space for creatives to work together, Design District currently supports an ecosystem of 1,800 creatives, encompassing individual makers, ambitious start-ups, ground-breaking enterprises and industry leaders.
The closest Tube station is North Greenwich (30 metres), where the Jubilee Line will take you to London Bridge in 8 minutes and Waterloo in 11. With affordable spaces, comprehensive facilities and flexible leases, everything is designed to help creative Londoners thrive.
The SC-03 isn’t just a point of access. It’s a wireless solution that promises an advanced user experience, with scrollable functionality and a vandal resistant, durable and full colour screen. Better visibility with its light sensor and excellent functionality with its online remote management system.
The quality you are used to with new features you won’t want to miss.
Discover Intratone’s SC-03 wireless intercom. www.intratone.uk.com
Working at height remains one of the biggest causes of fatalities and major injuries, with the largest proportion of fatal injuries to workers by accidents between 2016/17 – 2020/21 sustained due to a fall from height.
The appropriate provision of ladders is essential to ensuring the safety of all individuals, particularly with regard to roof access, and must be addressed at the initial stages of a building’s design to ensure long-term suitability and fulfilment regarding duty of care.
Here Tony Stevens, Technical Estimator for Bilco UK, explores the key factors architects and specifiers should consider when selecting roof ladders for upcoming projects and how to ensure compliance with the legislation outlined in Approved Document K.
The first considerations that must be addressed when specifying a ladder to gain roof access is where the ladder will be mounted and the requirement of any additional safety elements to ensure the safety of the individual at all times when the product is in use. If a ladder is to be mounted externally to gain access to a roof, it must be fitted with a safety cage and guard rail to ensure safe and secure access.
Where frequent access to the roof area is required for maintenance personnel, tools and equipment, a companionway roof hatch like the CS-50TB, which is a larger elongated access hatch, should be chosen.
The companionway ladder is a 75 degree angled, rigid ladder, which provides permanent access to a roof hatch of up to 2440mm. For a small roof access hatch, such as the Bilco E-50TB, which has internal dimensions of 915mm x 915mm, a fixed vertical ladder should be specified.
In this instance a retractable ladder would not be recommended, as the ladder angle would hinder easy access as an individual moved closer to the hatch.
However, retractable ladders are ideal for use in areas including schools and hospitals where the roof hatch is bigger in size and the floor area must remain clear at all times.
The ladders can be mounted above a ceiling and are compatible with additional vertical backboards that include steps and a handrail for enhanced safety and security and have a maximum size of 1500mm. Dependent on each project’s specific requirements, the ladder can also be supplied with fire rating to meet relevant building regulations.
If access to the roof area via a smoke ventilator is required, such as the Bilco ESW-50REM, a retractable ladder is not appropriate. The construction and mechanisms of a retractable ladder would
prevent the flow of smoke through the vent, making this style of ladder unsuitable for safe and clear access. A fixed vertical ladder is the only recommended style to use in conjunction with a smoke ventilator due to the small footprint.
When specifying a retractable ladder, it is essential that you know the height of the space between the ceiling and the roof, more commonly known as the roof void. This is to ensure the ladder box liner will fit inside the space once retracted. Calculating the height of the floor to the underside of the roof access hatch should also be done at the initial stages to ensure the ladder isn’t too short or long.
For further information on Bilco UK’s complete range of roof access solutions, visit www.bilcouk.co.uk or call 01284 701696.
Bilco UK
More than 25 years after Acoustilay was launched, the premium, UK-made, acoustic flooring system for floors continues to set the standard for product quality, ease of installation and sound reduction potential.
Manufactured by acoustic experts, Sound Reduction Systems, the Acoustilay range of products can be laid under a wide variety of floor finishes, including carpets, laminates, solid wood, vinyl and even tiled floors.
Available in four different grades, including the new Acoustilay Tilemat product, it remains the most specified soundproofing treatment of its kind due its quality, versatility and the wealth of technical and acoustic data behind it.
While all Acoustilay products provide excellent impact noise performance resulting from footsteps, dropped items and moving furniture, the heavier grades of Acoustilay 8 and 15 are also able to reduce airborne noise transmission such as television, music and speech.
Acoustilay can be used to meet the requirements of Part E of the Building Regulations, ‘resistance to the passage of sound’, in both new build and conversion projects. Installation is simple too, with Acoustilay being easy to cut and shape and a range of accessories to make life simple. An animated installation guide can be viewed on the Sound Reduction Systems website, where all fitting instructions can also be found, and the SRS technical team can be contacted and is always happy to help with any queries.
Acoustilay is 100% sourced and manufactured in the UK using recyclable content. It is supplied in 1200mm x 1200mm sheets, in thicknesses of 10mm, 12mm and 15mm to suit a variety of soundproofing objectives.
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As aluminium has become increasingly recognised as the ideal material for architectural metalwork applications, manufacturers have developed ever more sophisticated solutions. We spoke to Richard Izzard, managing director of aluminium decking manufacturer AliDeck, to find out more about their new modular balcony kit offering.
Following the Grenfell Tower tragedy, building regulations were amended to ban the use of combustible materials in the external walls of buildings higher than 18m. A subsequent update included “specified attachments”, such as balconies, within the scope of the ban, leading to the rapid rise of aluminium decking as the de facto standard for balcony flooring.
Richard Izzard, managing director of AliDeck, said “We had launched the UK’s first aluminium decking in 2015 and it proved popular in the home improvements market. In the aftermath of Grenfell, though, and the subsequent changes to regulations, it became obvious that we had the right solution for the construction industry.”
Indeed, AliDeck’s range of non-combustible aluminium decking rapidly became the de facto standard, capturing a large share of the new-build and remediation markets. Continually innovating, AliDeck now offer a wide range of decking systems to cope with all scenarios.
An adjacent aspect of this innovation, though, has been the development of other balcony component systems, specifically soffit cladding and balustrades. Manufactured as extruded aluminium components, these additional AliDeck product lines offer the same safety and compliance benefits as their decking, as well as excellent savings in cost, weight, and installation time on site.
“Our AliClad soffit cladding and AliRail balustrade systems have been wellreceived by our customers,” continued Richard. “Steel fabricators and balcony manufacturers have recognised the value of using kit-form, off-the-shelf, modular aluminium components in a hybrid arrangement with steel balcony framework. It’s a big step forward for the sector and looks to prove revolutionary!”
One of the most striking aspects of the AliDeck balcony kit solution is the phenomenal weight savings available. Compared to a fully steel balcony, balconies that consist of steel frame internals and AliDeck decking, soffit cladding and balustrade have proven to offer a greater than 50% weight reduction!
When specifying materials, weight is always a concern. Aluminium is much lighter than other architectural metals, especially steel, while still being extremely strong. With the extreme weight savings available via the AliDeck balcony kit and the consequent lower imposed load, building designs can be streamlined significantly.
“The more people we talk to about our complete balcony kit systems, the clearer it becomes that we have developed the right solution that industry needs,” concluded Richard.
“The shift to aluminium to solve the fire-safety concerns has introduced and educated many specifiers and fabricators to this excellent architectural metal, and they can immediately recognise the benefits of embracing aluminium for all balcony components.”
Aluminium certainly looks like the future, and the innovative outcome AliDeck has produced with their balcony kits is a sure-fire guarantee of project success.
To find out more about AliDeck and their balcony kit, call 01622 534 078 or email info@alideck.co.uk.
AliDeck – Enquiry 5
As Building Regulations continue to come under increasing scrutiny, contractors are increasingly turning to the reliability of tried and tested high-performing British roofing underlays such as Roofshield.
Since 1996, the A. Proctor Group have played a crucial role in pitched roof design, helping develop practical air and moisture movement strategies to ensure roofs are energy efficient and condensation-free.
The primary sources of moisture that roofs must control are 1) moisture from internal sources, water vapour and condensation, and 2) moisture from external sources, rain, and snow.
Protection from external moisture is assumed to be handled by the external weatherproofing, but roofing underlay membranes can provide temporary weather protection until the outer covering is completed. In addition, underlays continue to support roof systems throughout the building’s life, providing wind uplift resistance and protection against wind-driven moisture penetrating the structure.
The A. Proctor Group developed Roofshield® 26 years ago in response to problems caused by the requirements of the UK’s demand for cold-pitched roof construction and the drive towards ever-increasing thermal performance requirements. Roofshield is designed to ensure contractors are guaranteed the highest quality, providing a pitched roof underlay, which is both air and vapour permeable.
Under guidelines issued by the NHBC, independently certified air and vapour permeable underlays can be used without additional ridge ventilation in cold roofs. The use of Roofshield will lead to savings in labour and material costs due to no VCL required, and its high-performance air permeability means that the roof space has similar air changes to that of a roof using traditional eaves/ridge ventilation.
BS5250 gives detailed guidance on different combinations of roofs and underlay types (HR vs LR) to ensure each roof system can respond to moisture challenges within acceptable limits. A roof that cannot adequately deal with moisture is susceptible to adverse effects, including mould growth and long-term structural damage.
A critical first factor is the air permeability of the external roof covering.
If it is considered air-impermeable, such as in the case of metal sheeting, some degree of ventilation will be required. On the other hand, natural slates and tiles are usually considered sufficiently air permeable.
The traditional pitched Cold Roof (ventilated) is used as the historic standard against which modern alternatives are evaluated in condensation risk and timber moisture contents.
However, given the various categories and differing guidance for ventilation and the lack of precise specification advice for more complex roof types and shapes, a more straightforward option is to omit the ventilation and rely on the vapour permeability of the underlay to remove moisture.
Cold Roof (Non-Ventilated) - Where airtight LR underlays are specified, BS5250 does not address situations where ventilation is reduced below the levels given in L5.5. However, it may be permissible if the underlay is covered by appropriate third-party certification. Using an air-permeable low resistance (APLR) underlay such as Roofshield in this roof type requires no additional ventilation.
APLR underlays allow vapour to escape by diffusion and provide a degree of airflow to boost moisture vapour transfer. APLR membranes can generally be used in all circumstances without ventilation, regardless of the size and shape of the roof.
In addition, they don’t require a well-sealed ceiling and may not require a VCL, making this type of underlay a good choice for refurbishments where the precise ceiling specification may be unknown.
The lack of a sizeable cold void in warms roofs makes controlling moisture simpler, provided the correct specifications are followed. Warm roofs with impermeable HR underlays will always require ventilation below the underlay and a VCL at ceiling level.
Using an LR underlay can simplify moisture control and may allow the ventilation to be removed, provided the internal layers are convection tight. If this can’t be guaranteed or the outer covering is not air permeable, ventilation will be needed.
Where insulation follows the roof’s pitch from the eaves to the ridge, the lack of roof voids means less benefit to using an air-permeable underlay. A pure warm roof design lends itself to maximising energy efficiency and prioritising low air leakage rates.
If we extend this principle to the rest of the building, the airtight warm roof construction could be integrated into the wall assembly with an external air barrier membrane such as Wraptite®. Whatever the roofing type, in meeting the increasing demands of Building Regulations, contractors can rest assured of the reliable performance of a great British roofing underlay in Roofshield.
The high performance of Roofshield, backed by two BBA Certificates, means it is a critical element in preserving and protecting the fabric of residential and commercial buildings.
A. Proctor Group – Enquiry 16
The new Buildings Regulations England Part L (BREL) report aims to address the issue of poor installation of insulation which can affect as-built thermal performance. But addressing real performance cannot fall to contractors alone. Responsibility must also lie with architects and specifiers.
For buildings to perform as designed, there are three factors that architects and specifiers must consider. Firstly, thermal modelling needs to be underpinned by rigorous U-value calculations. Secondly, the right product must be used for the application. And thirdly, insulation must be correctly installed to prevent gaps, so it makes sense to specify materials that are easy to install, such as Mineral Wool insulation.
But there’s a misconception that U-value calculations are all the same. In fact, different methods produce different results. And if the wrong method is used – a common problem
with rainscreen façade systems – errors can multiply exponentially as changes to the specification are made down the line.
This can lead to over-estimating the performance of the insulation, which means it won’t achieve the targeted U-value.
Or insulation could be over-specified, costing more than it should. What’s more, inaccurate calculations may suggest thicker insulation is required than necessary. Something that negates design freedom – the very reason many architects and designers opt for rainscreen façade systems in the first place.
The most common methods for calculating U-values are set out by BR443 (Conventions for U-value calculations). The simplified methodology provides a headline U-value based on assumptions about the build-up. Whereas the numerical method (3D U-value calculations) takes into account the actual
system’s materials and components to provide a greater degree of accuracy.
Simplified calculations are best for straightforward build-ups with few variables such as brick and block walls. But they aren’t recommended for rainscreen façade systems, because a blanket correction factor is applied to compensate for the metal components.
Simplified U-value calculations are also presented as a headline number with only the list of build-up layers provided as supporting information. So, if changes are made to the materials or components in those layers, after the calculations have been done, the error will grow. This could easily occur because contractors are unaware of how the original figure was reached and may not see the need for new calculations.
Thankfully, these issues can easily be prevented by opting for the more sophisticated 3D U-value calculations. >>
Kelly Westwood, Head of Construction Projects at Knauf Insulation looks at changes to building regulations and considers whether rather than improving building energy efficiency, they could widen the gap between as-designed and as-built performance. Knauf Insulation Knauf Insulation
>> This methodology incorporates a detailed numerical analysis of how the precise bar and bracket configuration will interact with the insulation.
This ensures greater accuracy, giving architects and specifiers a true picture of how the build-up will perform after construction. For this reason, BR443 states that 3D U-value calculations to BS EN ISO 10211 should be used for rainscreen façade systems because they provide ‘the most precise result’.
Architects and specifiers are given a detailed report explaining how the building elements contribute to the headline U-value figure. This means they can review and interrogate the calculations.
If the design or sub-structure material changes post-calculation, it’s easier for contractors to see how this will impact the overall thermal performance of a rainscreen façade system and ensure new 3D U-values calculations are undertaken to ensure that they accurately reflect their proposed design.
So, to reduce commercial risk and ensure your rainscreen façade system is not only compliant on paper but delivers the targeted level of energy efficiency when built, always insist on 3D U-value calculations.
Kemper System’s cold-applied liquid waterproofing solution has been specified for a multi-million-pound extension at St John’s and St Elizabeth (HJE) Hospital in the St John’s Wood area of London.
The £35m new build development has created six, hi-tech theatres and a day case suite which is one of the most modern in the UK. A total of 9,060sqm of Kemper System’s Kemperol 2K-PUR solvent-free and odourless waterproofing membrane has been applied beneath the building’s green roof, onto a pedestrian trafficked walkway, the lower roof area and a plant roof area. The cold-applied solution was installed by London-based Ridgewell Flat Roofing Ltd.
Contractors had a strict timescale to adhere to, meaning a quick and easy application solution was required to complete the job.
Because of the location of the new build extension, adjacent to an occupied hospital building at HJE, the solvent-free and odourless qualities of the Kemperol system meant minimum disruption at the hospital throughout the application process. No hot works were required as part of the project, further reducing potential health and safety risks, and meaning no wait times were needed between applications of resin. Once cured, the system forms a seamless, elastomeric waterproof membrane that cannot delaminate, is UV stable, and creates a sturdy bond directly to the substrate.
Additionally, the plant roof area had a number of complexities with many ventilation outlets and air conditioning units, and because Kemper’s waterproofing system is roller-applied, operatives could easily install the resin underneath the units and around the complex roof structure.
According to the Insulation Manufacturers Association (IMA), the average UK household spends around £1,230 on fuel bills each year which can be up to 50% more than necessary due to the lack of energy-saving measures being implemented in the home. Poorly-insulated building fabric is a major contributor to domestic energy wastage. To help combat this, the construction industry is increasingly turning to PIR rather than mineral fibre-based insulation.
There are numerous benefits associated with PIR insulation.
Its closed-cell structure means it doesn’t absorb water, allowing the thermal performance and reliability of the product to be retained over time.
When it comes to installation, the PIR boards are lightweight, less cumbersome to transport and easy to cut.
PIR helps reduce on-site labour times and in-turn, overall build cost. Unlike its fibrous counterpart, PIR doesn’t shed fibres –which can be inhaled – and causes less irritation whilst being handled.
This results in a more comfortable application for installers whilst the improved performance reduces energy use, thus benefiting the environment over a property’s lifespan.
In line with Recticel’s commitment to innovation, Eurowall©+, a full-fill, PIR insulation board, is designed with the builder and end user in mind. The panel’s evolutionary composition means it changes the way a wall works without altering how it is constructed.
In terms of thermal capability, Eurowall©+ can achieve a U-value of 0.18 W/m2K in a traditional 100mm masonry cavity wall, extracting more performance compared to typical partial-fill solutions without widening the footprint of the external wall.
Whilst many rigid full-fill products are 97mm or thicker for a designed cavity width of 100mm, Eurowall©+ offers a 90mm insulation board to achieve similar thermal performance, at the same time avoiding impeding conventional bricklaying techniques.
Eurowall©+ was the first rigid full-fill insulation board to feature a tongue-and-groove joint on all four edges. It provides a tight, secure lock that easily accommodates wall ties, increases protection against wind-driven rain and reduces convectional heat loss through gaps between boards. Eurowall©+ is manufactured using a blowing agent with zero Ozone Depletion Potential (ODP) and low Global Warming Potential (GWP). As part of a ‘fabricfirst’ approach, it delivers consistent thermal performance for the lifespan of a building.
Its specification displays a commitment to minimising energy consumption and harmful CO2 emissions. As a progression of the standard PIR panel, Eurowall ©+ helps create interiors that offer even higher levels of comfort and wellbeing whilst being less impactful on the surrounding environment.
Recticel
To make an enquiry – Go online: www.enquire2.com or post our: Free Reader Enquiry Card
Previously a 1980s business park the triangular site in Islington, between Angel and Old Street stations, is being transformed into a vibrant, new, low-energy residential community known as 250 City Road.
The proposals include two towers of 42 and 36 floors, with the buildings then stepping down on the south side of the site, respectful of the smaller scale of existing neighbouring residential blocks.
There will be 930 apartments in total, with a green park at the heart of the scheme, along with ground level shops and cafes.
Balconies of course feature throughout and an interesting look involves the concrete cantilever balconies, where the slab at the heel is 250mm thick, but then thinning and sloping up towa-rds the tip of the balcony.
There are a number of inner corner balconies incor-porated as well. Inevitably thermal bridging at these various connectivity points is a risk and the design detailing required a structural thermal break with total reliability and unquestionable performance.
The best-selling European thermal break solution
The choice was the Schöck Isokorb T type K for concrete-to-concrete, which is probably the best-selling European thermal break solution for this type of application. It is manufactured using stainless steel and HTE (High Thermal Efficiency) modules with steel fibre reinforced UHPC (Ultra High Performance Con-crete).
This guarantees the highest quality thermal separation of balconies and floor slabs, due to its low thermal conductivity and integral load bearing capacity. The need to minimise thermal bridging cannot be overstated with any project, but 250 City Road is designed as a high-density, low-energy residential community. So quite apart from local heat loss, which results in more energy being required to maintain the internal temperature of the building, low internal surface temperatures in the area of the thermal bridge can cause serious condensation.
This in turn can lead not only to structural integrity problems with absorbent materials, such as insulation products or plasterboard, but the occurrence of mould growth, which can have serious implications for the occupants in the form of respiratory problems.
By incorporating the Schöck Isokorb the thermal outflow is dramatically reduced, there are immediate energy savings and higher internal surface temperatures minimise the risk of condensation.
A fully compliant and dependable product range
Schöck offers the widest range of structural thermal break solutions from any European supplier and in the UK enables projects to meet full compliance with the necessary Building Regulations (and the impending Future Homes Standard criteria where relevant).
In addition to the Isokorb type used on this project, there are also solutions for concreteto-steel, steel-to-steel, renovation projects – and even a maintenance free alternative to wrapped parapets.
All products have the security of independent BBA Certification, which provides NHBC approval.
The temperature factor requirement (fRSI) used to indicate condensa-tion risk, which must be equal to, or greater than 0.75 for residential buildings, is also easily met by incorporating the Isokorb.
Contact Schöck on 01865 290 890; or visit the website at www.schoeck.com for full details of the Isokorb range
This contemporary cottage, built in a stunning seashore location on the Lyngen peninsula – a protected heritage area well within the Arctic Circle and one of Norway's National Parks – is defined by its respect for nature and restrained material palette of Nordic Green copper clad walls and roofs, seamless glazing and timber.
Snorre Stinessen Architecture’s design for the new Aurora Lodge retreat aims to embrace the stunning panorama across the sea and a close connection with nature, while retaining privacy. A small flat area within the natural landscape was perfectly suited to accommodate this low-intervention building. All vegetation was preserved or re-planted, leaving the original trees virtually untouched. A small creek has been preserved and now runs under the building. The lodge consists of a main building with central terrace, a separate annexe suite and a sauna across the creek.
Stone paved steps set in the ground lead along the creek and amongst the trees, past the annexe to the entrance. A continuation of the entrance, and just over the creek, lies the central outdoor terrace, positioned between the kitchen/dining room and the living room, below the main roof. The creek continues its flow just beyond the concrete terrace floor with its own distinct contribution to the sounds of nature.
Conceptually, the design is based on a natural platform in the landscape providing a continuous floor for the main building, both internally and externally. This platform is then protected by an angular canopy, forming the eastern wall and roof – clad entirely in Nordic Green copper – providing high indoor ceilings.
The copper enclosure contrasts with wide-open views of the surrounding nature – including the northern lights in winter – through extensive, seamless glazing. The same approach is taken with the two outbuildings, also enveloped with Nordic Green copper. Careful detailing and installation have resulted in graceful transformations between copper planes.
In terms of materiality, Snorre Stinessen explained: “Copper was chosen for its durability – particularly close to the sea and with air salinity – but also for its permanence, quality and beauty.
“The fact that copper is a natural material and, of course, 100% recyclable are for me important factors – and certainly its longevity is often overlooked. The Nordic Green pre-patinated copper colour is intended to blend with the natural surroundings but is also a nod to how we most often see copper in Norway: on historic buildings”.
The extensive Nordic Green, Nordic Blue and Nordic Turquoise ranges offer patinated copper surfaces straightaway that would otherwise take many years to develop in the environment. They have properties and colours based on the same brochantite mineralogy found in natural patinas all over the world. As well as the solid patina colours, ‘Living’ surfaces are available for each, with variable intensities of patina flecks revealing some of the dark oxidised background material.
Copper alloys are growing in popularity as well, including Nordic Bronze and Nordic Brass – which can also be supplied preweathered. The innovative Nordic Royal is an alloy of copper with aluminium and zinc, giving it a rich golden through-colour and making it very stable. It retains its golden colour and simply loses some of its sheen over time, as the oxide layer thickens with exposure to the atmosphere to give a matt finish. A wide choice of Nordic Decor mechanically applied surface treatments is also available for various surfaces and alloys, particularly suited to interior applications.
The Nordic Copper range also includes Nordic Standard ‘mill finish’ and Nordic Brown pre-oxidised copper, which offers lighter or darker colour shades. Snorre Stinessen added: “We are just about to start another new building in the same area as Aurora Lodge, although in somewhat different surroundings. Here, we are still using Aurubis copper – but this time Nordic Brown”.
A growing series of on-line ‘copper stories’ exemplify the best in contemporary architecture and showcase the diversity of surfaces, forms and applications available with Nordic Copper today. For more information visit: www.nordiccopper.com or email: nordiccopper@aurubis.com
Photos: Snorre and August Stinessen
Aurubis – Enquiry 24
Windsor
51-bedroom
Located on Lansdown Crescent, the care home is surrounded by residential buildings and is opposite a Victorian terrace of distinguished Italianate-style homes.
These feature white render walls punctuated by tall, narrow sash and casement windows set beneath distinctive low pitched slate roofs with characteristic deep overhanging eaves. “We were asked to recreate this style of building with our design for the care home, which also had to have the appearance of a residential property,” says Richard Bailey, director of The Design Collective Architects.
The Design Collective Architects’ thoughtful response to the care home’s design is focused on a palette of materials which reflect historic and vernacular materials used in the locale. “We used these materials to develop a building that responds to the area’s strong character, but in a modern way within its residential setting,” Richard explains.
The architect’s design draws heavily on the Italianate detailing that is a feature of the Crescent. In particular, the hipped slate roof, bracketed eaves details and chimney stacks.
However, because the care home measures 16m front-to-back, the building is significantly deeper than the residential properties it is trying to imitate. “In order to maintain the building’s domestic scale appearance, we had to slice off the ridge from the roof, which we infilled with a small area of flat roof hidden from the street,” Richard says. The addition of hips, valleys and dormers also help to
break up the mass of the roof further. These interventions worked and the slate roof fits well with those of neighbours.
When it came to selecting the right slate for the roof, specialist roofing contractor White Roofing Services, working for main contractor Lawrence Baker Limited, came to SIG. “The blue-grey colour slates on the Victorian buildings were more than likely Welsh slate, probably from Ffestiniog; SIGA 39 slates have very similar colour,” explains SIG Category Manager, SIGA Slate, Gerard Ferris.
In addition to being a good colour match, SIGA 39 slates are also “First Selection”. That means they are the best quality slates from that quarry, as such they have a very consistent quality which was important in achieving a quality finish for this project.
Slate is a lump of rock split into individual sheets, which are then cut into slates. Being a natural product, inferior quality variations can occur in the thickness of individual slates.
This can be a problem if slates of different thicknesses are laid next to each other in the same row because there will be a gap when the course of slates is laid above.
This looks unattractive and it could also be a weak spot for wind-driven rain or wind uplift.
To overcome this problem with inferior quality slates, a good slater would normally sort the slates into batches so that they can be laid with slates of equal thickness in each row. However, by using top of the range, first selection SIGA 39 slates, White Roofing Services spent far less time grading and sorting to produce a good-looking finished roof.
Another benefit of using premium quality slates is that their consistent quality makes them easier to cut. This was important for this roof with its many hips and dormers, each of which requires slates to be cut at an angle. As is evident from the quality of the finished roof, the choice of SIGA 39 for this project was definitely the right one.
SIGA Slate – Enquiry 25
Paul Smith, Head of Marketing at F.H. Brundle, explores the rise of glass balustrades, and how F.H. Brundle can make designing them quicker and easier than ever.
If I asked you to picture what the average ‘70s home looked like inside, I think you’d instantly have a very clear image in your head. The same would be the case if it was the ‘80s or the ‘90s – each decade had its own distinctive style when it came to home and garden décor, with key features all of us who were around at the time can remember. So what are the standout features of the design of the 2020s? There are obviously several. But one of the biggest has to be glass – lots of glass.
That’s in no small part why there’s been such a surge of interest in glass balustrades. Why do people like glass? Because it’s stylish, easily maintained, brings a sense of airiness and space, and, most of all, lets in natural light and makes the most of scenic views.
And why do people like glass balustrades? Because they take the sort of practical, opaque barriers that traditionally blocked out the light and the views and makes them transparent.
A hugely versatile range Their soaring popularity in recent decades has seen F.H. Brundle supply a growing range of outstanding balustrade products, suitable for a huge array of different projects and properties, as well as budgets.
Pre-assembled post ranges include Timeless with a handrail and Contemplation without a handrail, both of which come with glass clamps and base plates already fitted to save valuable installation time. Also available are posts for wire rope and crossbar holders. Posts are available to bolt down, concrete-in and side fix to cover all installation requirements, which are available in stainless steel grades 304 and 316 satin finish and mirror polished finish ideal for coastal locations.
With 10mm thickness standard glass panels available from stock, in 100mm increments up to 1100mm width, your installations couldn’t be quicker, easier or more cost-effective.
If you are looking for a glass balustrade that offers uninterrupted views, then look no further than our range of outstanding frameless glass balustrade systems, including Wedge-Loc™, Tilt-Loc™ and Posi-Glaze, providing spectacular results every time.
They are quick to install and available as base or side fix options. Finishes are satin anodised, PPC black or a mill finish to powder coat to a colour of your choice.
There is also a choice of easy-to-fit glass spigots, supplied in aluminium or Duplex 2205 (ultra-marine stainless), and glass standoff adaptors, a discrete and simple way of holding glass panels in place whilst offering a contemporary touch of elegance to glass balustrades, railings or staircases. These are available in a satin or mirror finish and now also PPC matt black.
12mm thickness standard glass panels for our frameless glass balustrades are available from stock, in 100mm increments up to 1200mm width.
Bespoke glass panels, which can be supplied with radius corners, shaped and drilled, as well as a range of coloured glass, etched glass and self-clean coatings, are also available. Our custom panels are polished on all edges and come with docked corners for safety. Balustrade Design Made Simple Even better, we give you an extremely quick and easy way of configuring the perfect balustrade product for the project you’re working on.
Liveconfigurator™ is a user-friendly online platform that lets you quickly and easily design a balustrade to your (and your customer’s) specifications, using standard components. And best of all, within minutes of completing your design, you will receive a full set of CAD drawings absolutely free, along with a detailed quotation – saving you hours of drawing time and making designing balustrades a breeze.
You can choose from glass channel, spigots, stand-off adaptors as well as pre-assembled posts where you can select your post centres. The system automatically configures the design to the dimensions you input, and supports layouts that will suit the most common applications.
All in all, it’s an incredibly powerful tool for helping you capitalise on both the booming interest in balustrades, and the ever-growing popularity of more bespoke products.
If you’d like to know more, you can see the Liveconfigurator™ in action at www.liveconfigurator.co.uk, or speak to F.H. Brundle today – call 01708 39 80 48, visit www.fhbrundle.co.uk or email sales@brundle.com
F.H. Brundle – Enquiry 28
Pyroguard’s fire safety glass was the product of choice on the Quantock House development, one of the first UK projects to feature a compliant A2-s1 glass balustrade system on its apartment balconies.
Aresidential development exclusively for the over 55’s, Quantock House in Taunton, Somerset features a series of contemporary one and two-bedroom apartments set over the eight-storey building. The latest development from Platinum Skies, part of the Affordable Housing and Healthcare Group (AHH), Quantock House includes a bistro, bar, activity room and private, landscaped gardens. Designed with comfort and luxury in mind, each apartment features a modern glass balcony offering stunning views over the surrounding hills.
Quantock House is also one of the first UK projects to have an NHBC accepted A2-s1 glass balustrade system installed on its apartment balconies - the result of a close working partnership between fire safety glass manufacturer Pyroguard and Architectural Metalwork Installations Limited (AMI), the architectural metalwork specialist.
Appointed by AHH, AMI was tasked with developing a fire-rated glass balustrade solution. Working closely with Pyroguard’s technical team, this collaboration resulted in the development of AMI’s Fire-Tek Balustrade system, featuring Pyroguard Balustrade fire safety glass.
The system, fully backed by site specific structural calculations, is compliant with all the latest building regulation requirements for residential buildings over 18 metres tall (11 metres in Scotland).
Designed specifically for balcony and balustrade applications and suitable for installation on buildings over 18-metres high (the first of its kind and patent pending), Pyroguard Balustrade is a toughened fire safety glass, manufactured to classification A2-s1. In addition to its fire reaction qualities, Pyroguard Balustrade also offers excellent light transmission and is certified to the 1B1 impact resistance rating (according to EN12600) –both key factors for the application.
Speaking about the project, Steve Furniss, Director at AMI said: “We were first introduced to Pyroguard by our client, AHH, who had tasked us with creating a fire-rated glass balustrade system, after initially struggling to find a solution suitable for buildings over the 18-metre threshold on the open market. Working with Andy Lake, Pyroguard’s Sales Director, and the rest of the technical team at Pyroguard, our design team was able to develop the AMI Fire-Tek Balustrade system.
“As well as delivering effective fire protection, it was important that the glass used within our system adhered to the line load requirements associated with these types of high-rise buildings – Pyroguard Balustrade ticks all of the boxes. Our client was delighted with the end-result, with our system design and the Pyroguard glass accepted by the NHBC for use on this development.”
Andy Lake, Sales Director UK & IRE at Pyroguard, added: “It’s been great to work with AMI on the development of this balustrade system and we’re exceptionally proud to be the only glass manufacturer in the UK offering such a product. Following the Building Regulations’ ban on the use of laminated glass on high-rise residential balconies and terraces back in December 2018, it’s wonderful to now be able to re-establish glass as a design solution for such applications.”
Construction on the Quantock House development began in August 2019, with the property welcoming its first residents in February 2022.
For more information about Pyroguard Balustrade, please visit: www.pyroguard.eu.
Pyroguard – Enquiry 30
The Platform Lift Company was appointed by Thirdway to provide a suitable access solution which would integrate with their Cat A + scheme to the ground and lower ground floors to Wenlock Works London.
Wenlock Works refurbished contemporary office suites have been designed in parallel with the unique industrial architecture of Shoreditch. The introduction of the two new units created a need for a platform lift to service the lower ground floor and the upper ground floor.
Thirdway specified a platform lift that could be built with a unique finish, comfortably reach a total travel of 3555mm and fit in the existing shaft in the building. The Platform Lift Company proposed the Motala 2000 as the best product to meet the desired requirements. Part M Compliant, this model of lift has the largest platform size with the smallest external footprint in the market. Other features include low noise level and energy efficient dual guided chain system.
The lift with a fully glazed door was supplied with a special narrow platform to accommodate the current shaft. A
nonstandard colour RAL 9005 jet black finish was used to tally with the other structural elements and materials used within the space. Glazed panels were incorporated in the design of the lift shaft on the upper ground level which contribute to the undisturbed open environment flooded with natural light from the large industrialstyle windows.
Installation of the platform lift was carried out within a two-day period with minimal building works. The three-stop platform lift has successfully made both floors of the two new units fully accessible from the street level entrance and overcome the steps between office suites. The clean lines of the platform lift are in keeping with the timeless appearance of this space designed to appeal to the creative community of Shoreditch.
Image: Peter Ghobrial Platform Lift Company – Enquiry 33
The ultra-compact 1m2™️ angled spiral stairs is designed specifically for small spaces by engineers and metal experts at EeStairs, one of the world’s leading feature stairs specialists. It is the perfect solution where space is limited and it is available to order online through an easy-to-use configurator.
The process is straightforward, and only requires the input of a few accurate measurements and specifications. The structure of the 1m2™ stair system has been independently strength-tested and can support a load of 300 kilos.
Two professional builders can install 1m2™ stairs in about two hours. No special equipment or lifting gear is required – the stair structure is securely locked into position with receiver-bolts at the base and at the top step. The rotation of the treads can be clockwise or anticlockwise.
Remarkably, the 1m2™ stairs only need one square metre of space on floors and ceilings. Its crisp contemporary design and extensive colour options make it an extremely attractive focal point for the tightest spaces.
The 1m2™ can be powder-coated in any of the 200-plus RAL colours, plus several special finishes including EeStairs’ exclusive Gold Diamond Dust finish. The 1m2™ stairs can be configured and costed online by professional designers and contractors.
Design quality is matched by strength and innovation. The 1m2™ staircase is precision-made in steel and features a unique column-and-handrail design in which the column is slightly slanted, which is what makes the 1m2™ stairs so compact and secure.
To make an enquiry – Go online: www.enquire2.com or post our: Free Reader Enquiry Card
Manufacturers are investigating how different materials can provide multiple benefits for ceilings, partitions and the long-term sustainability of buildings.
To meet the ongoing trend for industriallooking spaces, leading UK ceilings manufacturer Zentia has extended its range of metal mesh ceiling tiles.
DecoMesh is a range of 600mm x 600mm tiles and 1200mm x 600mm planks and helps architects, interior designers and other specifiers create contemporary strippedback design statements in new-build and refurbishment projects.
Now available in an additional two mesh patterns, to bring the total to six, DecoMesh is compatible with Zentia’s standard 24mm
or 15mm Prelude grid system, making it quick and easy for contractors to install, and minimising time and disruption on site.
In addition, three edge designs - Board, Tegular and MicroLook - give specifiers the option of exposing, showcasing or hiding the grid for a more monolithic aesthetic.
DecoMesh lay-in tiles are also available in a total of eight colours including traditional metallic finishes such as aluminium and white as well as four new bold optionsorange, red, green and blue - to deliver a contemporary statement ceiling solution.
With fire performance to Euroclass A2-s1, d0, they are manufactured from 48% recycled steel, and galvanised, then powder coated and painted to prevent rust, with 95% resistance to relative humidity, acked up by a 30-year system warranty. As lightweight as 3.15kg/m2, DecoMesh tiles are easily lifted by hand and allow easy access to the ceiling void above, minimising maintenance and risk.
Zentia’s sales and marketing director Graham Taylor said: “This metal expansion to our mineral portfolio is in response to overwhelming customer and market demand and we are delighted to respond.” >>
>>
Combining materials and shapes is now even easier, thanks to the launch of new Heartfelt Multipanel sizes.
The time of functional, aesthetically uninteresting ceilings is officially over.
Designers and architects have been increasingly experimenting with different shapes and materials in their desire to create a unique ceiling.
We have responded to this with the development of the Heartfelt Multipanel ceiling, which combines a warm appearance with perfect acoustics and can be combined with other Hunter Douglas architectural ceiling panels.
The Finishes and Interiors Sector (FIS) has launched a Specifiers’ Guide to Partitioning to help specification writers fully understand the criteria when writing a specification for partitioning, including moveable walls and pods.
The Specifiers’ Guide to Partitioning was produced by the FIS Partitioning and Pods Working Group which comprises representation from manufacturers, designers and contractors working in the sector.
Pulling together decades of experience, this guide is the fourth in the series of guides and is designed to help specifiers and designers understand the questions that should be addressed before the specification can be produced and then how the specification should be structured, and which standards referenced.
The new Heartfelt Multipanel panel sizes mean there is even greater freedom for designers. As well as the 30x60 panel, Hunter Douglas Architectural has now
Commenting on the guide, Iain McIlwee, FIS Chief Executive said: “Specifying partitioning seems, on the face of it, simple enough: consider the look, performance and cost, and there it is.
“If only it were that simple there would not be cases where inappropriate glass was used in guarding or the partition wasn’t performing acoustically because the flanking paths hadn’t been addressed.”
The guide explains the vast range of product options and how careful specification can help with relocatability in the building as well as enjoying enhanced tax benefits as well as reference material to regulations for safety, fire performance and standards.
expanded the collection with three new sizes: 35x80, 35x130 and 35x180cm. The Heartfelt line is available in five different shades of grey.
“A well written specification not only ensures the installation meets the client’s requirements, but it also means the specifier’s requirements are less open to interpretation, which is key for the whole supply chain if they are going to deliver the quality and detail first time, on time,” added Iain McIlwee.
Hunter Douglas Hunter DouglasSince 2012, Danish acoustic wood wool manufacturer Troldtekt has been leading the way with its sustainable practices and leadership. An early adopter of the Cradle-to-Cradle design concept, the company has focused on its material health, reutilisation, energy, water and social responsibility winning recognition and numerous green awards over the years.
The adoption of Futurecem™ has now further enhanced the manufacturing process and elevated Troldtekt to Cradle-to-Cradle Gold Certification. In addition, and being both FSC® and PEFC™ certified, the company has set strict environmental targets for its manufacture and products culminating in a transparent roadmap in its annual CSR reports.
This has led the company to be one of Europe’s most vociferous advocates for sustainable design and one which contributes
positively to BREEAM, WELL, LEED and DGNB-Certifications.
Futurecem™ is a new patented cement from Aalborg Portland. Absorbing more CO2 than it creates during production, its incorporation into Troldtekt’s wood wool panels gives Troldtekt acoustic panels their strength, durability and fire-protective properties without the use of harmful chemicals.
This combination also means that Troldtekt’s panels have a negative carbon footprint right
Adaptable boardroom for high-spec Scottish head office
Rathbones is part of Rathbones Group Plc, one of the UK’s largest and longestestablished wealth management firms, and the company recently relocated their Edinburgh offices delivering a modern and enhanced environment for employees and visiting clients. Style worked closely with architects, Form Design Consultants, and contractor AKP Scotland, to create flexible space in the main boardroom.
A Dorma Hüppe Variflex ML100 semiautomatic moveable wall system allows the impressive boardroom to be quickly divided into two separate meeting areas whilst a second Variflex can be moved into position to create a breakout room.
Refurbished to the highest standards, the new George Street offices have strong environmental credentials, including a BREEAM rating of ‘very good’, and deliver flexible working space that actively encourages collaboration. Style’s final partitioning solution offers the
ability to provide one large conferencing suite, a boardroom plus breakout area, or alternatively, two meeting rooms with breakout facility.
Reflecting the inviting yet sophisticated interior décor, the walls are finished in a combination of contemporary Kvadrat fabric and dark walnut laminate. The semi-automatic operation smoothly expands the acoustic seals to exactly the right pressure every time, creating an exceptional acoustic rating of 60dB, allowing for complete privacy between divided areas.
Style – Enquiry 37
up until it is time for them to be disposed of or recycled – a phenomenal result.
Troldtekt’s natural and inherently sustainable panels offer high sound absorption and tactile surface, coupled with high durability and low-cost lifecycle performance. Available in various sizes and in four grades, from extreme fine to coarse, the panels can be left untreated or painted in virtually any RAL colour.
Troldtekt – Enquiry 36
Hunter Douglas Architectural takes over 100% of Derako International
Hunter Douglas Architectural, the world market leader in window coverings (Luxaflex®) and a leading manufacturer of construction products, has acquired 100% of the shares of Derako International. Derako, a manufacturer and supplier of a sustainable range of wooden ceilings, walls and ceilings façade systems for the professional market, has 32 employees and in 2021 had a turnover of 6.8 million EUR. Aad Kuiper, CEO of Hunter Douglas EMEA & Oceania, said: “The acquisition of Derako fits in with our strategy, which is to offer a wide range of specialty ceilings, enabling architects and designers to realise groundbreaking and creative projects.”
Douglas Architectural – Enquiry 38
Designing individual, on-trend bathrooms and wet rooms has never been easier. The lightweight and at the same time enormously stable wedi modules allow for the realisation of almost anything from the floor to the ceiling and practically everything else in-between. Free-standing or partially attached creative partition walls, shower solutions,
customised bathroom furniture or complete system solutions: all bespoke items are test-built in the wedi factory and marked for easy assembly. Seen here, a popular T-module utilising all 3 sides for toilet, shower and wash basin - including all technical components and reinforcements - can be built on site within just 1 hour.
Landmark developments such as Google’s UK headquarters need construction materials that can match the quality of the architectural vision. When it came to finding the ideal concrete block partner for this innovative project, contractors Lyons & Annoot turned to Lignacite.
As the first Google-designed and owned building outside the United States, the company’s new London headquarters was going to be anything but subtle. Nicknamed the ‘Landscraper’ due to its 11 storeys and planned 330m length (20m longer than The Shard is high), the new headquarters will not only provide an airy working environment for 4,500 employees but also take ‘multi-use’ to a whole new level with cafés, indoor games areas (including a basketball court), a 25m swimming pool, a gym… and a landscaped rooftop garden complete with a running track.
This staggeringly ambitious design for a modern workplace right in the heart of London will sit on a plinth of shops and cover 92,000m2. Goliath in scope as well as stature, it goes without saying that its blockwork needs are also substantial, with 18,000m2 of high-strength blocks required.
A project of this size and scale required blockwork that could bear a heavy load.
Lignacite was therefore commissioned to provide a variety of products, including Lignacite blocks.
The high density of these blocks gives them significant strength with loadbearing capabilities. For this project, Lyons & Annoot specified Lignacite blocks able to bear loads of up to 7.3N/mm2 (Newton per square millimetre), which are ideal for both internal and external use, above and below ground.
They are also well suited to forming partition or separating walls. Their robustness also contributes towards their excellent fire protection, which is another key consideration in a development of this magnitude. Research has shown that a solid 140mm Lignacite loadbearing block can provide up to four hours of valuable fire resistance.
With the headquarters acting as an extraordinary place to both work and play, the project also needed a blockwork solution that would insulate Google’s 4,000 employees from unnecessary – and possibly damaging – noise. When fitted with an acoustic panel, the 140mm Lignacite blocks provide excellent sound insulation of 65dB (decibels), making them a fantastic choice for a mixed-use development such as this.
Location: King’s Cross, London
Sector: Commercial Architect: BDP (Executive Architect)
Developers: Google Contractors: Lendlease (main contractors); Lyons & Annoot (sub-contractor)
Expected Completion Date: Mid to late 2023
“Our long-standing relationship with Lignacite ensured that they were the product of choice for this landmark development. With the ability to deliver a block into a tight London site, all of the necessary certification, and a proactive approach to collaboration, Lignacite was the obvious choice. The project was one of the first closed in London at the start of the pandemic but, upon reopening, Lignacite was able to pick up where they had left off, ensuring the site had the products required,” said Martin Lyons, Construction Director, Lyons & Annoot.
“It’s amazing to have been selected as the concrete block supplier for this monumental project that will transform the look of King’s Cross. The pandemic certainly threw us a curveball mid-way through this project, but we were able to maintain production and keep our partners at Lyons & Annoot supplied with concrete blocks to keep the project moving forward. I cannot wait to see the finished result!” commented Paul Blunderfield, National Sales Manager, Lignacite.
To investigate which block would be best suited for your development, try Lignacite’s online Product Selector. Visit www.lignacite.co.uk
Lignacite – Enquiry 41
A two-part recreation of a head made from over 800 bricks now adorns the entrance to the headquarters of brick manufacturer Vandersanden in Spouwen-Bilzen, Belgium. The creation is the work of Limburg artist Frits Jeuris and is part of his ‘Think Ahead’ series. The work of art was created to mark the retirement of CEO Pirre Wuytack and CFO Guy Wauters.
Anyone passing by the head office of brick producer Vandersanden in Bilzen today cannot miss it: a striking work of art by Frits Jeuris adorns the entrance.
A gigantic head consisting of over 800 bricks is now the eye-catching centre piece at the entrance to the building. The number of bricks used was not left to chance: Vandersanden has over 800 employees, so each brick represents an employee.
Frits Jeuris set to work on this work of art to mark the departure of CEO Pirre Wuytack and CFO Guy Wauters. After a career spanning more than 40 years - including 33 years at the head of the company - Pirre Wuytack left last year. Rudi Peeters, ex-CIO at KBC, took over the torch. Guy Wauters was succeeded by Tijs Mebis.
The work of art is about 1.4 metres high, 1.4 metres long and 1.0 metres wide and consists of two independent parts. The creation fits perfectly into the ‘Think Ahead’ series by Frits Jeuris: iconic heads that appear in many places.
Artist Frits Jeuris said on the completion of the artwork: “As an artist, by talking to people in the organisation and visiting their offices at the headquarters, I was able to look into the minds of Pirre and Guy and discover their years of creative processes. I could see how they worked together and headed a family business. Like any relationship, I saw two opposites that strengthen each other and provide a good balance. I started working with that.”
The sculpture is also characterised by a circle made up of three parts. These parts stand for circulate-collaborate-contribute. This slogan by Jeuris fits in seamlessly with Vandersanden’s motto: “together we build greatness”.
“The Think Ahead series symbolises the creative process, something I also strongly recognised within Guy and Pirre,” explains Frits Jeuris. “You have a dream, you visualise it, you place it in the future, you trust in it and then the dream materialises. That is the engine of our future and of evolution. I want to thank Pirre and Guy very much for giving me an insight into their thinking, and I want to wish them good luck because the creative brain never stops.”
The idea for the work of art came from a specially created working group within Vandersanden. Lore Wuytack, daughter of Pirre Wuytack, is a member of this workgroup and nominated Frits Jeuris as the artist. She also works for Vandersanden. As a member of the Vandersanden family, Lore is part of the new generation that will help give direction to the family business in the years to come.
Lignacrete – Dense
n Use internally and externally above and below ground
n High fire resistance and sound insulation
n High strength block from 7.3 – 30N/mm2
Lignacite – Medium Dense
n Available in fair faced and paint grade
n High levels of air tightness, sound insulation and fire resistance
n Robust and durable, providing a strong background for fixings
Ash GP – Medium Dense
n Infill units to beam and block flooring
n Separating walls, including Robust Detail specifications
n Strong background for external render and cladding
FIBO 850/950 – Lightweight
n High levels of fire protection – up to 2 hours for 100mm load bearing walls
n Easy to handle and quick to lay
n Good background for direct application of plasters and renders
Lignalite
Floor access cover manufacturer, Howe Green, has partnered with leading fit-out contractors, DMC Contracts, to supply and install over 1,500 Howe Green Floor Access Covers throughout seven stations as part of the construction of the central section of the Elizabeth line.
Installed in a series of single, duct and multipart configurations, the stainless steel floor access covers provide unobstructed access to rodding points, winch systems and electrical pits throughout all areas of the stations, whilst also being able to withstand up to five tonne pneumatic tyre wheel loads.
Major updates have also been made at Ealing Broadway and West Ealing stations to ensure they meet the standards of the rest of the Elizabeth line. This includes the construction of new and improved ticket halls, 200+ metre long platforms and step-free access from the platform to the street at most platforms.
DMC Contracts worked with Howe Green to install just under 100 floor access covers in single and duct run configurations throughout these two stations to provide engineers with secure access to essential underfloor services.
Conor McCann, Director at DMC Contracts, said: “This was a significant project for both ourselves and the team at Howe Green. The sheer size of the development, spanning across seven separate stations, required a significant quantity of floor access covers to ensure engineers have consistent and secure access to underfloor services.
“By working in close partnership with Howe Green, we were able to ensure each project specification was successfully met. The end result is a series of flooring installations that not only reflect the polished, calming interior of each station, but are also functional, safe and compliant.”
As Europe’s largest current infrastructure project, spanning more than 60 miles and serving 41 different stations, the Elizabeth line will transform rail transport in London and the South East.
As part of the formation of the Elizabeth line’s central section, which spans from Westbourne Park to Plumstead and Pudding Mill Lane, DMC Contracts, has installed over 1,500 Howe Green Floor Access Covers throughout seven stations.
This includes Whitechapel, Farringdon, Paddington, Bond Street, West Ealing, Ealing Broadway and Acton Main Line, where over the last five years DMC
Contract’s team of engineers have also installed over 30,000 square metres of Granazzo floor tiles.
At Paddington station, which has undergone its biggest update since the completion of the original building in 1854, significant upgrades have been made to increase capacity at the major interchange for local, regional and international passengers.
Throughout all areas of the station, including the ticket hall, walkways and main concourse, 175 of Howe Green’s 7500 Series Floor Access Covers have been installed to provide engineers with secure and concealed access to under-floor services.
To make an enquiry – Go online: www.enquire2.com or post our: Free
Manufactured to BS 476: Part 22 and CERTIFIRE accredited, Howe Green’s 7500 Series provides resistance to fire and smoke for up to two hours, delivering the highest standards in safety, performance and compliance throughout all seven stations.
For further information on Howe Green’s complete range of floor access solutions, visit www.howegreen.com or call 01920 463230.
For further information on DMC Contracts please contact Conor McCann on 01375 845070 or visit www.dmccontracts.co.uk.
CLD Fencing’s high performance
system, developed to safeguard and protect children’s play areas, has been re-engineered to offer new, industry-leading features in safety and sustainability.
With a blend of innovative installation and security features, attractive, welcoming designs and an in-house manufacturing process, the unique qualities of the FlexaRail range have seen it attract an extensive client base across the education and amenity sectors.
Now, the system has been scaled up to include the latest installation and safety adaptions and offer a more sustainable manufacturing process enabling clients to specify an environmentally focused security solution.
Russell Wells, Sales Director of CLD Fencing, said: “The innovative new and improved design and production of FlexaRail contributes to a reduction in carbon used.
“In comparison to traditional solid bar, welded railings, FlexaRail produces 98% less carbon during the manufacturing process, while our weld free technology and the tubular rails used are driving change as sectors seek to rebuild and evolve for a greener planet.”
Other benefits include approval by the Royal Society for the Prevention of Accidents (RoSPA) for the use of FlexaRail’s standard bow top around play areas.
The system’s vertical tubular bar metal railings are available in a variety of heights.
CLD Fencing – Enquiry 46
The Aquatechnica™ range of complete pool and spa tiling solutions can now be found online at https://aquatechnica.co.uk where
can dive into its specialist solutions that meet the demands of technical and competition pools, leisure pools, spas and private luxury homes.
Featuring technical collections, as well as supporting wall, floor and outdoor tiles; the Aquatechnica website makes it easy to choose a lane to a specification that will exceed expectations. With pool tank, surround, changing room, wet area, circulation, outdoor and complementary area tiles, profiles, movement joints, adhesives, epoxy grouts, renders, screeds and waterproofing; Aquatechnica™ delivers a total answer for pool and spa projects.
Parkside – Enquiry 47
Acoustic insulation experts CMS Danskin Acoustics have worked with historic Standon Hall to specify and supply a range of acoustic products to reduce the impact of airborne and impact sound transmission in the Grade II* listed Staffordshire venue.
During the course of redeveloping the early 20th Century country house into a high-quality wedding and business venue, Standon Hall made acoustics a key element for investment.
CMS Danskin Acoustic’s in-house technical team conducted a site assessment in order to specify an insulation strategy to address structure borne noise and absorb sound.
The resulting acoustics strategy from CMS Danskin Acoustics involved the installation of 600 square metres of Smartspan floor panels, Karma TNF70 high density stone-fibre batt and REGUPOL acoustic isolation strip.
Andy Hayes, CMS Danskin Specification Manager and IAO Affiliate, said, “Smartspan panels span across bearing structures such
Following the success of its first ever microtuft collection, Tessera Struktur 1, Forbo Flooring Systems is pleased to announce an extension to the range, providing architects and specifiers with further design opportunities.
Tessera Struktur 2 Linear is Forbo’s new collection of subtly textured, tonally striped carpet tiles, which have a hard-wearing flat woven appearance. Designed to add warmth, flexibility and interest to any flooring scheme, Forbo’s Tessera Struktur 2 Linear collection is ideal for any environment that is subjected to heavy traffic, including those in the office, higher education, retail, leisure and hospitality sectors.
as, in this case, joists. They provide high acoustic performance, are easy to install, come in different thicknesses, such as the 32mm and 18mm used at Standon Hall, and have a reaction to fire classification (EN 13501-1) A1.
“Smartspan was also valuable for use in bathroom floors as it has excellent thermal conductivity making it ideal over UFH systems, has surface water absorption of only (EN20535) <300g/m2 is suitable for stone and ceramic finishes and, with a tongue and groove profile, it is straight forward to install.”
REGUPOL Acoustic Isolation Strip was also incorporated to reduce impact noise from first floor footfall. Karma TNF70 was also specified in places. It is typically used in
Magply gains coveted BBA certification
refurbishment projects for improving existing structures where access is only available from above.
CMS Danskin Acoustics – Enquiry 49
Magply magnesium oxysulfate (MOS) boards have recently undergone a stringent testing programme by the British Board of Agrément (BBA), which helps clients validate their processes and mitigate risk offering greater confidence for specifiers of the products tested.
After a painstaking two year process, Magply’s faith in the multipurpose panel was justified by the BBA’s issue of a much-coveted Agrément certificate no. 22/6050.
Stages involved the BBA carrying out a full audit of Magply’s existing testing regime – along with undergoing a number of the authority’s own rigorous trials.
These included a six-month evaluation of the board for leeching, which thanks to the material’s inherent stability resulted in a zero score.
The different construction industry applications for Magply boards which the BBA assessed included: backer board for proprietary render systems; rainscreen; timber frame construction; SFS construction; spandrel panels; fire protection; and sheathing.
The certification – now published – comes in two parts: the first covering the board as a sheathing solution, the other when Magply is used in rainscreen cladding with a render finish.
These in turn cover considerations such as Magply’s compliance with Building Regulations, independently verified technical specification, regular surveillance of the production process and verifying installation guidance.
Magply
To make an enquiry – Go online: www.enquire2.com or post our: Free Reader Enquiry Card
Award-winning architect and designer, Mac Stopa, has explored new themes and designs that let him express his artistic interpretation through the form of flooring. Using Forbo Flooring Systems’ high-definition digital printing techniques, the new ‘Created by Mac Stopa’ Flotex range consists of graphical and expressive designs, which will allow specifiers to create strong and aspirational spaces. Expressing his passion for geometric forms and mathematical precision, ‘Created by Mac Stopa’ collection utilises a variety of different forms, tying in natural themes such as materials and flora with more geometric shape designs, modelled around things we see in day-to-day life.
Forbo Flooring Systems – Enquiry 52
the circular economy in a new CPD
Corium is the leather and cork luxury floor from Granorte, featuring a 100% recycled genuine leather finish. Corium’s leather finish sits atop of a hybrid cork construction for a floor that not only looks and feels luxurious but that carries all the performance of nature’s wonder material. Using cork to provide underfoot comfort, thermal insulation and acoustic absorption; Granorte has created a unique luxury floor with the capability to add something very special to interiors. A range of looks in the mock-croc of Veneto, grained Umbria and elegant Lombardia, are each offered in a palette of dark, sophisticated tones.
modulyss has introduced a new RIBA accredited CPD seminar, ‘The Circular Economy’ that explores what circularity means, how it is likely to evolve and how soft floor coverings can contribute to it. The seminar takes a deep dive into circularity and how it can help us to reduce our impact on the environment to protect our planet for future generations through sustainable specifications. Cutting through the hype of product sustainability claims and identifying what they mean, it promises revealing and informative insight into sustainability within commercial interiors and floor coverings. For further information, www.modulyss.com, info@modulyss.com, 0800 096 2702.
modulyss – Enquiry 55
Unilin Panels, has introduced decorative Compact MDF: a budget-friendly product that brings more than 80 surface designs with excellent scratch and stain resistance. The perfect choice for lockers and changing rooms to furniture subject to intensive use, Compact MDF is the latest decorative surface available from Unilin Panels. With a high-density, moisture-resistant black core, Compact MDF needs no edging tape and can be used in humid environments. It is also ideal for areas subject to intensive use: changing and dressing rooms, toilet areas, kitchen and bathroom furniture, product displays and worktops can all benefit from its excellent scratch- and wear-resistance.
Origin 70 is the new Luxury Vinyl Tiles flooring collection from IVC Commercial, letting you design freely with the ultimate in performance through quality, loose lay installation and design flexibility. With loose lay installation and plank and tile formats that let you mix and match seamlessly with carpet tiles, IVC Commercial’s Origin 70 Luxury Vinyl Tiles collection brings design freedom to flooring for projects. Designed and made in Belgium to be completely recycled, projects benefit from a more sustainable floor as well. Origin 70’s designs explore the fundamental connection to nature, bringing calm and peace to the great indoors.
IVC Commercial – Enquiry 54
Junckers solid hardwood flooring has been installed at The New Library, Magdalene College, Cambridge, an award-winning new building by Niall McLaughlin Architects.
An interior of cross-laminated timber and hardwood create a welcoming and modern study environment with interconnecting rooms and spaces. The long-length Junckers’ 20.5mm Oak Boulevard Harmony plank flooring provides a warm and elegant backdrop, complementing the use of timber throughout the building. A Junckers floor has a crevice-free surface which cannot harbour dust or mites. It contributes to a healthy indoor climate, one of the targets in the RIBA 2030 Climate Challenge.
Junckers – Enquiry 57
of leather with the performance of corkDesign freely with Origin 70 LVT
The latest generation of Toshiba’s flagship Variable Refrigerant Flow (VRF) system, SHRM Advance, operates on lower Global Warming Potential (GWP) R-32 refrigerant.
large shops and restaurants, healthcare facilities, and educational establishments to achieve best-in-class sustainability credentials, while reducing running costs.
“With the race to achieve net-zero, building owners and operators are under increasing pressure to minimise their carbon footprint,” said David McSherry, Head of Toshiba DX, Residential and Light Commercial, TCUK.
The combination of R-32’s lower GWP and reduced refrigerant charge enables SHRM Advance to deliver a significant reduction of up to 80%* in equivalent carbon emissions.
Toshiba Carrier UK Ltd (TCUK) is a joint venture between Toshiba Carrier Corporation and Carrier, which is part of
Yale has announced Sierra Windows as the first official launch partner for SensCheck™, the company’s new range of integrated smart window and door lock sensors. The partnership will see Sierra Windows – part of the Epwin Group – supply all its PVC casement window, flush window, and door products with SensCheck™ compatibility as standard. This will enable homeowners to check the status of their doors and windows using their smartphones and devices while providing an outstanding smart advantage for installers. Homeowners are notified via the Yale Smart Living Home App if there are any issues with doors and windows.
Yale – Enquiry 59
Carrier Global Corporation (NYSE: CARR), the leading global provider of healthy, safe, sustainable and intelligent building and cold chain solutions.
This all-new VRF system gives end-users an ultra-efficient, high-quality cooling and heating solution, enabling office buildings,
“In addition to the significant sustainability benefits, as the price of R-410A – the refrigerant used in VRF systems to date – rises and availability falls, R-32 offers a very attractive optimum alternative, with significantly lower GWP, reduced costs and improved energy efficiency. SHRM Advance represents a win-win for customers and the environment.”
The new VRF system incorporates technical innovations that help enhance comfort performance and energy efficiency.
Toshiba – Enquiry 58
Domus Ventilation appoints Specification Sales DirectorMark Glasspool has been appointed to the post of Specification Sales Director at Domus Ventilation, manufacturer of market-leading ventilation systems that save energy and improve indoor air quality. Mark has responsibility for new business development through the specification channel, managing a team of experienced engineers who work closely with consultants, architects, and developers in the residential new build sector. Mark brings considerable experience to the position of Specification Sales Director, having worked in the HVAC industry for over 35 years. Domus Ventilation has a well-deserved reputation for quality, supported by excellent technical support.
For 49 years, Nullifire has been a market leader in intumescent and fire stopping solutions and stands at the forefront of smart passive fire protection. Nullifire offers exceptional technical input, as well as the reassurance of a long-standing programme of rigorous testing protocols, to deliver complete peace of mind for specifiers, developers and installers. The brand has recently launched a campaign ‘It’s All About’ to showcase its credentials in the field of technical support and testing. Nullifire products are tested extensively by third body associations alongside the brand’s in-house technical (R&D) team - and are fully certified for a range of fire protection needs.
A high-quality installation of pipework for heating and drinking water, absolutely free of contaminants, quick to install and guaranteed to perform over the long term. These were the priorities for the developer of the prestigious West End Gate development in London, leading to the specification of the Profipress system from Viega throughout.
The development is a collection of apartments, stunning penthouses, commercial units, and leisure facilities situated in the prestigious neighbourhood of Marylebone and Little Venice.
The developers were taking no risks with water hygiene, looking for a piping system which would guarantee clean water to the different heights of the towers. Given the prestige of the development, the system had to be faultless, future proof and guaranteed to last.
Specifying a high-quality solution Kevin Guiry, Senior MEP Manager for Berkeley St Edwards, explained the rationale for specifying the Profipress solution. “Quality was our top priority, both in terms of the water system and the products used.
“With all the heating and chilled distribution pipework running in a closed system, we needed a solution to guarantee clean and safe water without contamination. The copper Profipress system delivers this alongside real on-site benefits.”
Berkeley St Edwards has made a considered effort to move to press connections over soldering methods for pipework. Particularly in domestic projects, the benefit of cold press means contaminants from soldering are reduced and so systems produce a quicker turnaround for test results from flushing. On top of the speed advantages of cold press, the additional benefit of risk reduction through removal of hot works helps increase safety for those installing on site.
“Viega was specified in the first phase block, and it was fantastic. As such, we approved the spec for the next phase as per the previous block. The contractor who received the contract used their same core operatives which resulted in a consistent, clean installation.” Kevin summarised.
Working with Viega quality
Craig Yardy, Fit-Out Manager at Vital Energi, oversaw the installation of the system and mirrored the sentiment from Kevin. “Three to four years ago we mainly used soldering, but we’ve shifted to press connections systems. With soldering, you get flux and contaminants in the pipe, so you must flush the system. With press, it’s a far cleaner system.”
On working with the Viega Profipress system Craig commented: “we had used the copper system on previous projects which were good installations, and it has been the same on-site here. Generally, the high-level fitting has been easy, the challenge has been where pipework in the walls runs into mixers.
“This means tight spaces for the installer to work the pipes and makes it difficult to press the joints. Viega press tools come with an angled jaw giving us the flexibility to get into those hard-to-reach places.”
One of the benefits of choosing the Viega specification is the on-site training offered for the installation teams. This will ensure that the systems are installed correctly and effectively, using the recommended tools and techniques. Not only does this process maximise speed of installation, it also allows Viega to issue its full warranty.
For any enquiries please email sales@viega.co.uk or call 0330 111 4568.
