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Looking to improve an interior space? Decorative casings add style and practicality

Most of our lives are spent within buildings, at work, socialising or relaxing, so it’s essential that our built environment is designed and constructed with care and attention. From the layout and ‘flow’ of a building to the very fixtures and fittings within its walls, every aspect needs to be considered when attempting to promote healthy and vibrant spaces in which to exist and thrive.

We spoke to Martin Taylor, MD of Peterborough-based decorative casing company, Encasement Ltd, about the importance of good design and how column casing and wall lining solutions help combine aesthetics with practicality.

Q) Martin, what role do decorative casing solutions play in helping a building achieve its maximum potential visually?
“In simple terms, if it wasn’t for column casings and interior wall cladding solutions, building interiors would be considerably less attractive environments. Yet, as they are designed to integrate as part of the fabric of a building, their importance may often be overlooked or taken for granted by the building’s occupants.

Very few people stand back to admire a laminated plywood column casing at a school or the brushed stainless steel wall lining in a prestige office building, yet they are key elements in interior design and integral to the aesthetics of countless building environments.

However, it must be remembered that these products are not just about decoration. For column casings their primary purpose is to conceal unsightly structural columns, whether they’re steel or concrete, while wall linings provide a durable surface for high traffic areas.

Apart from improving aesthetics, column casings are also designed to be durable. Our ‘Circa, laminated plywood column casings, for example, are resistant to impact damage and scuffing, making them virtually maintenance free. It’s a similar story with our ‘Polyma’ GRP range, which is highly resilient and can even be hosed down to keep them clean, which is a feature exploited at a project in Manchester’s new Smithfield Fish market.”

Q) With that level of versatility, are you seeing an increase in the use of good quality casing installations on building projects? As architectural trends shift, are you finding that they’re becoming more prominent?
“Yes, absolutely. As I mentioned, column casings are both practical and decorative. Their role, however, has been transformed since the mid 1980s from being a purely functional device for concealing structural steelwork to one of visual and decorative importance. Although they were initially used by a relatively small number of architects, they are now commonplace, with their aesthetic values and appeal being a key consideration during the specification process.

As a result, the demand for wider choice and enhanced aesthetics from architects, interior designers and specifiers has increased significantly in recent years, which have been key influences on the growth and development of our company. As styles and tastes invariably change from building to building, it is essential that designers have the broadest palette to work with. This has resulted in our product range becoming the most comprehensive available in the UK.”

Q) The positive effect that an interior can have on users of public buildings is very real and cannot be overstated. From the colours on the walls to the brightness and positioning of the lighting, every aspect has to be carefully considered. Is this an area where you feel Encasement products have something tangible to offer?
“Definitely, and it is an area in which we have a proven track record. Some of our most recent projects include Winchester College, Birmingham Dental Hospital and University College London, all of which are very different buildings requiring different solutions to integrate with the interior design.

In addition, some products in our column casing range are designed to also be used in exterior applications, where they’re used to conceal structural steelwork and improve aesthetics.

Our ‘Forma’ metal casings and ‘Polyma’ GRP ranges are perfect examples and are widely used in both interior and exteriors applications. The exceptionally wide selection of finishes available, particularly in the Forma range, provides specifiers with an even greater scope of options enabling them to be specified with diameters from 250mm up to 1000mm or as square, rectangular or even hexagonal forms.”

Q) Would you say, then that Forma and Polyma are your most popular products in your column casings range?
“That’s an interesting question. While the versatility of ‘Forma’ metal casings makes them the ideal choice for many projects, our plywood ‘Circa’ and ‘Quadra’ ranges were the first that we launched and they are still, arguably, the most popular.”

Q) Why is that?
“Apart from being highly cost effective, the main reason is that they provide specifiers and contractors with a diverse palette of finishes from plain colours, wood grain and metallic, as well as textured and real wood veneers, to name but a few. Whilst ‘Circa’ is available as a plain casing for on site painting and decoration, by far the most popular finishes are durable decorative laminates.

‘Circa’ and ‘Quadra’ are designed specifically for interior decorative applications and they are used in almost every building type from education, retail, hotel, sports and leisure, as well as the health sector and commercial office buildings.

This versatility has also influenced the choice of sizes available, which is also very wide, to allow specifiers to select not only circular and square, but also extended circles and rectangular options, which use additional infill panels to give greater flexibility while ensuring they are still easy to install.”

Q) One of the more recent additions to your range has been the ‘Vecta’ wall lining system, which has already been installed in a number of buildings that many of us are very familiar with. Can you tell us a little more?
“We introduced Vecta just a few years ago and the system enables us to provide a high quality solution for interior wall linings, bulkheads and reveals, many of which are 100% bespoke and require immense precision during installation, which is why we also launched our specialist installation service at the same time.

Vecta has been widely used in retail, education and commercial buildings, such as Tesco, South Bank University and Prêt a Manger, as well as prestigious office developments, including Wellington House and the Carmine Building in Paddington, London.

These buildings experience high volumes of foot-fall and as such, everything within the building needs to be high quality, durable and in-keeping with the overall design features of the space. ‘Vecta’ is just one of the solutions we offer that is helping our customers enhance their surroundings for their clients, staff and anybody who uses the building.”

Q) Your company strapline says ‘sustainable building solutions’ and you must use a reasonably high volume of timber in the manufacture of your products. How important is it to ensure that timber is sourced legally and ethically? What efforts do you make to ensure that this happens?
“The use of timber as a structural and decorative material has grown considerably over the past 10 to 15 years, as it is one of the most environmentally friendly materials available, especially since sustainable and managed sources have increased and stronger regulation on illegal supply have been introduced.

I feel very strongly about sustainability, compliance and the ethics of using only certified sources of legal timber. As a direct result of our approach, we are currently the UK’s only supplier and manufacturer of pre-formed plywood decorative casing products that holds an FSC® ‘Chain of Custody Certification’ from the Forest Stewardship Council.

This is important for us, as both our ‘Circa’ and ‘Quadra’ column casing ranges are manufactured from FSC® certified plywood. This makes them automatically compliant with sustainability codes and environmental procurement policies.”

Q) Architects and designers are primarily focused on developing and improving our built environment; how does your product range help specifiers achieve this goal? “Our column casings provide a perfect mix of practicality and aesthetics. We’ve taken a lot of care to ensure our product range meets both of these key criteria while ensuring that we always remain competitive and maintain high quality standards throughout our business.

Also, by specifying and installing Encasement products manufactured from FSC® certified plywood, they can have a positive effect on improving the BREEAM rating.

Our products are used in projects across the UK in just about every sector of the construction industry and the entire range has been configured to provide the widest possible choice, as well as being easy to specify. We also offer some very specialised solutions, such as the Metza range, which provides up to two hours fire protection for mezzanine floor columns.

In addition, The ‘Vecta’ wall lining system allows specifiers to source a range of specialised interior finishing and decorative casing products from a single company with high levels of expertise and experience in this sector.”

Encasement’s latest ‘column casing solutions’ e-brochure is available for download from the company’s website and covers every product in the range as well as providing details on materials, sizes and finishes available alongside an extensive technical information section. Further information is also available from their website at www.encasement.co.uk or by calling 01733 266889.
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Still gasping

Buildingspecifier considers the growing threat to indoor air quality, as well as ways in which it can be controlled and improved.

We frequently hear architects on property programmes referring to big windows “bringing the outside inside” as if they’ve just invented glass for the first time, but how much attention do designers pay to the fact that outside air is what we inevitably end up breathing while we are inside our homes or places of work?

While it might seem quite an amusing parallel to Ben Elton’s “Gasping,” to read of Leo De Watts, 27, selling air collected in the British countryside to the wealthy inhabitants of polluted cities such as Shanghai and Beijing for £80 a jar, the fact remains that air pollution in several areas of the UK is breaching EU safety limits. Alarmingly, 38 of Britain’s 43 air quality zones are exceeding EU safety limits for nitrogen dioxide (NO2) levels which will, inevitably, supply the air changes to our homes, schools, shops and public buildings.

Again we are told repeatedly that modern buildings are becoming more airtight, but as physicists have always stressed, “nature abhors a vacuum” so the tiniest change in pressure from inside to out will encourage airflow through all the tiny cracks and crevices which still exist around the building envelope. Even the Retrofit for the Future properties which were generally cocooned in Exterior Wall Insulation, or the super insulated PassivHaus buildings all still exhibit easily measurable air leakage rates at pressures of 50 Pascals.

As is the case with so many aspects of life in Britain, the agenda is being driven using targets set by Brussels, and as recently as last April the Supreme Court unanimously ruled that the Government should be taking immediate action to address infringement of health guidelines.

Law firm ClientEarth, which last year forced the Department for the Environment, Food and Rural Affairs (Defra) to come up with fresh plans to tackle illegal nitrous dioxide levels in British cities, warned that it would seek urgent court action because thousands of people’s lives could be being put at risk if present Government plans were not strengthened.

Not only are swathes of our cities failing European limits on harmful NO2 gases, which are mostly caused by diesel traffic, but the pollution is blamed for nearly 9,500 premature deaths each year in London alone; due to population densities and the number of people living or working near busy roads. According to Public Health England, the percentage of premature deaths attributable to micro particulates known as PM2.5s rose to 5.3% in 2013 in England from 5.1% in 2012. This death rate in London rose to 6.7% from 6.6%.

Under new plans revealed before Christmas, Defra promised Clean Air Zones for five cities by 2020 in addition to one already planned for London. In fact figures revealed that London’s Oxford Street had the worst NO2 levels in the world due to diesel buses; and one has to feel concern for the shop workers breathing in the fumes on a daily basis inside the buildings where most doors remain not just “open all hours” but all year. Hot air curtains might protect the indoor temperature, but not its quality. Furthermore it will still take at least five years to clean up pollution in many cities, including Birmingham, Manchester, Cardiff and Edinburgh.

The Clean Air Zones will be centred on areas of each conurbation where the air quality problem is most serious. These zones will aim to reduce the pollution in city centres by encouraging the replacement of old, polluting vehicles with modern, cleaner ones. Similar zones in Germany and Denmark have been shown to lead to an improvement in air quality. These zones will not affect private car owners, but will see the most polluting vehicles, like old buses, taxis, coaches and lorries discouraged from entering the targeted areas through imposing charges.

Furthermore, the Government’s scientific advisers on the issue, the committee on the medical effects of air pollutants, are expected to conclude later this year that across Britain up to 60,000 early deaths annually can be attributed to the main two pollutants (ozone and NO2).

The figure would represent a doubling on the current 29,000 from PM2.5s, and would put air pollution much closer on the risk list to smoking, which kills around 100,000 people a year.

It might be seen as ironic that smoking has actually been banned from most buildings – including bars, restaurants, shops, transport hubs and almost all workplaces – when deadly diesel fumes and other pollutants penetrate so many properties, but there are still plenty of measures which can be taken to improve indoor air quality overall.

Indeed there are numerous mechanical and non-mechanical products on the market which will help remove particulates, irritants, allergens and even noxious gases from the air that we breathe.

Interestingly, back in January, Waverley’s editorial team was invited to view the research and development facilities established by building services specialist, Zehnder at its premises in Camberley.
And although the main focus for the visit was the intriguingly named Flat 51 which forms part of the company’s comprehensive ‘visitor experience centre’; the press was also informed that the headquarters stands just a stone’s throw from a significantly large sewage farm. Happily you would never know from any smell inside the building, while the one bedroom apartment which serves as a testbed for some very sophisticated heating and mechanical ventilation systems, is actually named after the firm’s rigid ducting system.

As well as the Paul brand offered by Zehnder, specifiers could look to use one of the MVHR systems produced by Vent Axia, Polypipe Ventilation, Johnson and Starley, Nuaire or others. And of course these can be utilized in tandem with in-line filtration.

Alternatively, positive input ventilation (PIV) – again available from some of the above named companies – can be set to filter incoming air before blowing it into the occupied spaces. This has the benefit of forcing out moisture laden air and thereby helping to combat mould growth in areas like kitchens, bathrooms and bedrooms where it contributes to respiratory conditions.

Commercial air conditioning systems normally offer a big step up in standards of filtration from most domestic equipment, but arguably top of the tree are the type of clean-room installations required for medical laboratories, pharmaceutical production and other highly sensitive industrial facilities.

When raising the bar this high in terms of indoor air quality it is essential to call on expert design and build contractors, such as CDC who can advise on what are also sometimes referred to as aseptic suites. And of course those who work in such environments have to wear medical type garb to prevent their own skin cells contaminating the air.

Returning to domestic scale designs, a new ‘hermetic homes’ policy has been thought up by the Department for Communities and Local Government and is now being forced on councils. The hope is to transform Britain’s 1,400 square miles of air pollution zones back into land that is suitable for building. Developers are now being told that they will only get permission to build on specific sites around the country if they work to stop polluted air getting into the building – one way being to specify windows that cannot be opened, along with mechanical ventilation systems as outlined earlier.

One of these sites is right next door to the four-lane A23 Purley Way in Croydon, south London, which is set to house a primary school, to be finished this autumn.

The same site was abandoned as unsuitable for young children five years ago, when the previous education establishments there were closed and moved to a less polluted environment.

However the Harris Federation, sponsoring academy group, has already issued literature publicizing its intention to open on the Purley Way site in September 2016. The school insists it will be able to protect children with the locked windows and filtered air.

Perhaps we should leave the last work to Simon Birkett, founder and director of campaign group Clean Air in London, said it was “breathtaking [sic] that toxic air pollution in the capital had breached the legal limit for the whole calendar year within the first few days of 2016.” He continued: “Worse, several air pollution monitors have been vying for the dubious honour of recording the first officially monitored breach of the NO2 legal limit in the world in 2016. Put simply, diesel exhaust is the biggest public health catastrophe since the Black Death”.

Written by Juliet Woodcock
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Mythbusting the three little pigs

We are all familiar with the fairy tale of the three little pigs; a moral-laden fable about three pigs that construct three houses from different materials. The big bad wolf blows down the first two pigs’ houses, made of straw and sticks respectively, but is unable to destroy the third pig’s house, made of bricks. The story has been told and retold for hundreds of years. However, I think that things have changed…

There have been a multitude of innovations in modern construction techniques of late, so I have decided to take a second look at how affective the pigs’ methods actually were; would the straw and stick homes still fall to huffing and puffing today?

Straw house

With shortages of materials, lack of skills, an ever increasing population and subsequent carbon footprint, there is understandably an enormous demand for a housing solution that won’t cost the earth, both financially and environmentally.

Straw bale construction is one such material that could help achieve this goal. Indeed, a house built from straw goes one step further than helping to alleviate a housing crisis – it can even help the very occupants within that house keep the modern enemy of fuel poverty at bay. Straw bale buildings are so efficiently insulated that they require very little heating, even in the dead of winter.

Where timescales are an issue, straw bale building can also prove to be a worthwhile consideration. Last year saw the first ever straw bale houses hit the market in Bristol. The housing development consisted of seven homes that were erected on site in just nine days, thanks to their precision factory-made panels which slot together perfectly. This speedy turnaround adds to their affordability, of course.

Social Landlord Martin Connolly, responsible for the development, commented on the Bristol homes: “We got into straw bale housing to explore how we could make housing more affordable. What was behind it was concern about homelessness and the environment.”

“In the first instance, we wanted to achieve natural non-toxic house building which sequesters carbon. Hugely insulated and air-tight, the homes produce virtually all the energy they need to run. We are installing rain water harvesting to cut down water and sewage bills, and LED lights, solar panels and an air-source heat pump to reduce light and heating costs. Bath University research shows the running costs can be reduced by as much as 90%. And, as volume of sales increase, we can strive to make the house purchase price even more affordable.”

So, was the first little piggy really that foolish to choose straw over other available materials? Let’s consider the facts; just shy of 4m tonnes straw is produced as a by-product each year by British agriculture. It only takes around 7 tonnes of straw to build a three-bedroom house similar to the Bristol developments. This means that theoretically it would be possible to grow enough straw to build more than half a million new homes each year using straw grown exclusively in British fields. Perhaps not so foolish!?

Stick house

Was the second piggy wrong to build his house from wood? I think absolutely not. Perhaps, considering that the structure fell merely at the exhaling of a wolf, it is his construction skills (or lack thereof) that should be questioned rather than his choice of material. Timber frame buildings are inherently strong, durable and sustainable. Readily available and relatively low in cost, structural timber offers a competitive advantage over many other materials.

Studies suggest that by moving more towards offsite construction techniques, the reputation of the construction industry will improve in the eyes of the younger generation, who above all have a keen interest in innovation, technology and environmental issues. This means that a career within the sector would become a more viable and attractive option, which in turn will help to alleviate the chronic skills shortage currently blighting the industry. Even the second piggy could brush up on his abilities by enrolling in an apprenticeship scheme.

The government report, Construction 2025, highlighted that the poor public image of construction was having a detrimental effect on companies’ abilities to recruit and retain the best talent. The cleaner, safer and more professional setting of a modular construction factory could definitely help attract prospective apprentices and graduates into this relatively new and exciting area of our industry.

Timber is the perfect choice for specifiers who want a precision engineered material that is both cost effective AND sustainable. Structural timber is a low-carbon alternative that offers high structural strength, airtight construction and a traceable supply chain. Therefore it is the perfect choice of material for little piggies with a passion for sustainability and style.

Brick house

Although the hero of the fairy tale is the pig that chose brick above all other materials, the truth of the matter is that there are pro’s and con’s to every material and brick is no exception. Brick homes require very little maintenance and never require painting, caulking or staining. However, this does have a trade-off. Changing the appearance of a brick exterior can be somewhat difficult and expensive.

Homes made of brick are highly energy efficient and therefore remain cool in the summer and warm in the winter. Whilst this in itself is good for the environment, there are caveats and sadly the manufacturing process of bricks almost nullifies this benefit. The manufacturing processes used to create building materials such as cement and bricks are currently accountable for roughly 12% of all emissions of carbon dioxide in the world.

Brick manufacturing especially is very energy-intensive due to the kilns that are used requiring firing for up to three days in order for the bricks within to become hard and strong. Brick kilns operate at about 1100°C and are often kept hot even when not in use. This immense heat is generated using fossil fuels, which emit significant CO2 when combusted.

Houses constructed using brick are durable, energy efficient, highly fire-resistant and low maintenance. This means that they tend to have a higher resale value than their timber beam counterparts. Homeowner insurance is also a lot lower for these very reasons. So whilst savings can be made in the long term, the initial outlay will be much higher if using brick in your project.

Bricks are much more expensive as a building material than timber or straw. Also, whilst largely low maintenance for the most part, when repairs do need to be made they can be difficult, time consuming, highly invasive and expensive. This renders brick a non-cost-effective option for many home builders, regardless of savings that will be made at a later date.

Summary

It is clear to see that each method of construction has both benefits and draw backs. This means that no one method is a perfect solution to meet 21st century housebuilding demands. If the housing crisis, combined with materials shortages and the skills gap are the modern day “wolf at the door”, then it is only through a multifaceted approach that utilises all of the tools and knowledge in our arsenal that we can succeed and thrive as an industry. It’s impossible to tell which material will come up trumps in the end – but one thing we can all agree on is that modular technologies, offsite methods and alternative material usage will play increasingly larger roles in construction as we go forward as an industry. Expect to see a lot more on the topic!

So in summary, does a fairy tale that was first committed to print in the 1840’s still offer worthy advice to the wise and considerate specifier who wishes to keep the wolves at bay? I say “no, no, not by the hair on my chinny chin chin!”

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Architects and developers unveil a new kind of home for the 21st century

Urban Splash and shedkm announce the first phase of their new and innovative ‘hoUSe’ project.

Offering customers bespoke, architect-designed homes along the canal in New Islington, Manchester, the development gives buyers the power to choose the layout of their home.

The first 43 hoUSes adopt a traditional terraced approach but internally layouts can be configured to tailor one, two, three, four and five bedroom homes with an open-plan or more traditional feel. The hoUSe project represents an alternative to the established mass house-building schemes across the UK in terms of design and delivery.

These homes in New Islington are made of volumetric timber pods that are delivered to site with minimal disruption to neighbours. The benefits of building homes in this manner is that all standards and tolerances can be monitored in a factory-controlled environment, meaning the houses are warm and incredibly energy efficient, as well as flexible to plan and adapt. With a striking modern design, featuring familiar pitch roof motifs, the hoUSe has proved incredibly popular with the first 43 homes selling out prior to launch. It’s not just the method of construction that is revolutionary but also the manner in which hoUSe was conceived.

Architects shedkm and developers Urban Splash came together to generate the concept in the first instance and this evolved into a delivery system and a search for the right sites; it can easily be adapted for a range of different locations across the UK.

The hoUSes on the New Islington plot are long and slender and range from two to three storeys. The grey exteriors are broken up by thick-banded black window bays that offer occupants with views out over Manchester, while also allowing an abundance of sunlight to enter the rooms. Internal configuring means that owners can select between ‘loft’ or ‘garden’ living, which means that you can opt for the communal areas to be located at the base or top of the house. This approach to upside down living was pioneered by shedkm and Urban Splash at Chimney Pot Park, where gardens were located at first-floor level to create parking spaces below and best use the space available of a tight urban site. This development is now regarded as an exemplar housing scheme in the area.

Director at shedkm, Ian Killick said “We’re delighted to see the first phase of the hoUSe project completed at New Islington. This concept has been a long time in the making and we believe that it is a game-changer to tackle the current housing shortage this country is facing. They also happen to be homes that people are proud to live in.”

Urban Splash Chairman Tom Bloxham MBE added “hoUSe is born from our desire to create something for customers who want to live in well-designed homes and stay in the city centre. We noticed that within UK cities there is a real lack of diversity in terms of new residential stock and our traditional customers – those who had bought and enjoyed Urban Splash flats – would ultimately get older, richer and end up moving to Victorian and Georgian terraces in the suburbs.”

“hoUSe is our way of offering them something in the city. It’s a really exciting prospect and I am as excited by this as I was by our first lofts over 20 years ago. At prices less per square foot than city centre flats, lower maintenance costs than old Victorian houses or blocks of flats, big floorplates, high ceilings and huge windows they have already been well received and I’m certain will be a big part of Urban Splash’s future.”

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GEZE UK is ‘The Automatic Choice’

GEZE UK has published a new technical guide to provide contractors, fabricators and architects with the information they need to specify the most appropriate and effective automatic operator.

Easy-to-use, ‘The Automatic Choice’ brochure encompasses GEZE’s extensive range of sliding, swing, revolving and folding doors including the latest Powerturn swing door drive and the Slimdrive range. This is supported by information and advice about how to specify the right products when taking in to account accessibility requirements, sustainability and industry regulations.

Available to download from the company’s website or in hard copy, the guide features double page spreads dedicated to each product with technical drawings and photography showcasing the products in situ across a range of different buildings. The detailed product data pages make comparisons between products quick and easy.

As well as GEZE’s complete range of automatic operators, it includes information about supporting products such as activation devices and safety systems, as well as advice about supply and installation, and repair and maintenance contracts.

Andy Howland, sales director of GEZE UK said: “We have worked hard to ensure that ‘The Automatic Choice’ technical guide is an invaluable tool for anyone looking to specify an automatic operator. It provides a comprehensive overview of all our automatic door systems allowing comparison between the benefits and functionality of different products to be carried out with ease.”

“This technical guide provides contactors, fabricators and architects with a good introduction to our range of products so they can make informed choices and select the best product for the job.”

‘The Automatic Choice’ brochure is available to download from GEZE’s website. Alternatively call 01543 443015 or email info.uk@geze.com for a printed brochure.

For more information www.geze.co.uk.

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GEZE UK supports BD Architect of the Year Awards

Leading door and window control system manufacturer, GEZE UK has reinforced its commitment to architects and specifiers by sponsoring an award at the BD Architect of the Year Awards.

The Office Architect of the Year Award is open to architects working on the design of offices whether new built or refurbishments of existing structures. Eight leading architects have been shortlisted, and the winner will be announced at the London Excel Platinum Suite on Wednesday 9th March. Hosted by Stephen Fry the prestigious event will be celebrating the 12th edition of the awards and will be held on the evening of Ecobuild’s Architecture day.

Speaking about the awards, Kaz Spiewakowski, managing director of GEZE said: “We work closely with architects on a daily basis to help make their vision become a reality and are delighted to be sponsoring the Office Architect of the Year Award.

“The quality of all the practices shortlisted demonstrates just how much talent there is in the UK and reinforces the country’s position as a centre of innovative architectural design.”

Founded in Germany in 1863, GEZE is one of the world’s leading manufacturers of door and window control systems. Investing millions in research, development and manufacture of innovative solutions, GEZE sets the global standard for advanced door and window technology.

For more information about GEZE’s comprehensive range of automatic and manual door closers call 01543 443000 or visit www.geze.co.uk.

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Armstrong Ceilings set to debut at Resource 2016

Armstrong Ceilings’ sustainability guru also set to present recycling and Cradle to Cradle case studies.

Leading UK manufacturer Armstrong Ceilings is debuting at Resource 2016 AND delivering a presentation in the exhibition’s #buildcircular learning hub seminar.

The company’s sustainability manager Jeremy Sumeray will talk on the Wednesday (March 9th, 2-3pm) about how architects and specifiers can take lifecycle into account in specification via the use of appropriate materials and resource-efficient product design.

He will also discuss how these factors drive innovation, what the motives are and what the payback is for owners, using case studies that show how Armstrong has recycled old ceilings and installed Cradle to Cradle-certified products to provide safe, healthy and endlessly reusable materials as lifecycle thinking in practice.

Armstrong’s stand (R8030) at the event, which co-locates with Ecobuild (March 8-10) at ExCel, will reinforce the company’s position as the world’s first mineral ceiling tile manufacturer to win Cradle to Cradle certification for a single tile, and then a complete range, as well as its pioneering of ceiling recycling schemes in the UK.

Visitors to the stand will be entered into a prize draw to win a Cradle to Cradle certified Herman Miller Setu chair.

For more information please visit www.armstrongceilings.co.uk.

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Modular home factory to open in Leeds

Legal & General Capital (LGC) has today announced the launch of its modular housing business, Legal & General Homes, which will seek to modernise the home building industry by providing modern, precision engineered factory manufactured houses through its new factory in the North of England.

The UK’s housing supply is in crisis. This is a chronic production problem; we simply don’t supply enough houses to meet the demand by customers, both young and old. The UK has an annual output of around 130,000 homes, with a requirement for 250,000. Legal & General is aiming to build thousands of modular houses to help tackle this long term problem.

Legal & General Homes has signed a long-term lease with Logicor on a 550,000 sq ft warehouse in Sherburn-in-Elmet, 15 miles east of Leeds, representing the largest modular homes construction factory in the world. Initially employing 400 to 500 local people, it expects to deliver its first houses from the factory in June. The customer response to our modular housing has been extremely positive from a wide range of developers.

Paul Stanworth, Managing Director of Legal & General Capital, said: “Sustainable, durable modern materials and proven technology will enable us to create high-quality homes meeting a wide range of housing needs and help solve the UK’s housing crisis. Modern modular housing in the UK has so far been restricted to the top end of the market: the scale of our Sherburn facility will enable many more people to benefit from new, environmentally-friendly construction techniques which have already become mainstream in Europe.”

A flexible, cost-effective solution, it will produce high quality homes tailored to meet customers’ designs and needs, ranging from 20-storey apartment blocks to rows of terraced, semi-detached and detached houses. The technology has been proven right across Europe, including countries such as Austria, Germany and Scandinavia where off-site manufacturing of housing is increasingly common place. Time spent building on site will be reduced by more than 70%, compared to traditional techniques, manufacturing sections in advance and delivering them to the site to be installed.

Tom Ground, Chief Executive of Legal & General Homes, commented: “Legal & General Homes aims to deliver a new solution to the problems we face in the UK, addressing the shortage of suitable, affordable and sustainable housing by manufacturing higher quality, energy efficient, lower cost housing.”

Legal & General Homes will not have the typical defects associated with house building by using cross laminated timber and automated technology to remove shrinkage, cracking, wet trades, plaster jointing and nailing – reducing repair costs as the building settles. Its homes will be precision engineered in order to make them energy efficient, great to live in, and better for the environment than traditional homes.

Roger Marsh OBE, Chair of Leeds City Region Enterprise Partnership (The LEP) commented: “I am delighted that The LEP was able to play a significant role in securing Legal & General’s investment into Selby. The confidence shown not only brings over 400 jobs to the area, it highlights the strength of the City Region’s workforce within the manufacturing sector and underlines our attractiveness to international investors due to our location at the heart of the UK which ensures easy access to both domestic and global markets.”

“The investment, which is the second in the region by Legal and General in the last 12 months following the joint venture with Scarborough Group at Thorpe Park, will also see The LEP and Legal and General work together to help meet the region’s growing housing demands.”

Leader of Selby District Council, Cllr Mark Crane, added: “This is a real vote of confidence in the Selby district as a great place for business investment. Our transport links, the availability of affordable business space, and the quality of life here in Yorkshire all contribute to the growth potential of our area. This isn’t just about jobs, this is about housing too and we’re excited by the products that will be made at this site. We’ve been working with Legal & General for some time now, and we’ll continue to do so, to finalise plans for this major investment in the Selby district.”

Charlie Howard, Managing Director – UK, Logicor, said: “We are very pleased to lease this building to L&G Homes. The Big555 is the UK’s largest readily available warehouse, located in Sherburn Distribution Park which provides strategic access to Yorkshire, the North West, the North East and the Midlands.”

As one of the largest UK property investors, with significant volumes of patient long-term capital under management, Legal & General has identified high quality housing stock as a key asset for society and wants to work with the Government, local authorities, housebuilders, social housing providers, charities and other specialist organisations to create more housing stock in the UK. It recently announced the launch of a Build to Rent partnership with PGGM, through which it will invest £600m into building purpose built private rental housing across the UK, providing over 3000 homes.

Our Mortgage Club provides large scale distribution of mortgages. In 2015 the Club completed £46bn of mortgage lending, with around one in five new UK mortgages going through it. It is part of the company’s Housing Partnerships Division, which includes Legal & General Surveying Services who managed over 490,000 mortgage valuations and surveys in 2015, and Insurance which provides a full range of protection products for homeowners, tenants and landlords.

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Flush Tilt-Turn Window System creates design perfection

Profile 22 has launched a unique externally Flush Tilt-Turn window system designed for commercial applications, especially medium and high rise buildings. The distinctive sleek, urban and modern design of its flush exterior frame avoids the overlapping of framework associated with conventional PVC-U systems, making it especially suitable for applications such as new-build apartments, housing hotels, offices, universities and colleges.

The Profile 22 externally Flush Tilt-Turn can achieve A++ WER Rating (U-Value 0.8 W/m2.K, in line with Passivhaus standards) with argon-filled triple-glazed units, due to its energy effi-cient six-chamber sash and five-chamber outer frame as well as the inclusion of Profile 22’s innovative Aeroframe thermal barrier. This window design offers superb thermal perfor-mance thus eliminating the need for expensive krypton-filled units. The high performance weather seal system allows for more efficient drainage of water, greatly improving weathering and thermal capabilities.

Profile 22 Commercial Sales Director Andrew Reid said: “The externally Flush Tilt-Turn offers sleek simplicity in its appearance, combined with the functionality of the tilt-turn and the high specification that can be expected from any Profile 22 product, making it the ideal choice for commercial applications of all types. It offers the benefit of a clean finish internally due to concealed hinges, top opening for ventilation or fully opening from the side for cleaning the exterior from inside, and has the option of restrictors for added safety above ground level.”

The Profile 22 externally Flush Tilt-Turn window has a large maximum opening size of 2,300 height x 1,450mm width, with 28, 36 and 44mm glazing options and is available in 28 col-oured finishes.

Product features include:

  • High performance weather seal system – optional triple seal
  • Secured by Design and BES6001 accredited
  • Anti-slam as standard
  • Compatible with common types of hardware
  • Flush, urban and modern design
  • No overlapping of framework externally
  • High performance centre seal system – optional third weather seal
  • Triple glazing can achieve u-values in-line with “Passivhaus” to 0.8 W/(m2.K)
  • Achieves WER A++
  • Design flexibility with maximum opening size up to 2300 height x 1450mm width
  • Glazing options: 28, 36 & 44mm
  • Perfect for medium-high rise buildings
  • Several window styles available in BIM format
  • Available in a range of 28 colours including dual options
  • Sash is neatly positioned inside the frame
  • Six-chambered sash and five-chambered outer frame with “aeroframe” technology
  • Concealed hinges & gearing
  • Overcomes design issues with traditional tilt-turn windows
  • Recycled composite outer frame reinforcement
  • Designed & manufactured in Great Britain

Andrew Reid added: “The demand for a flush style window came from architects requesting a window that is more ‘commercial’ in appearance, with greater colour options and with a higher performance in both weathering and thermal. The simplicity gives the architect carte blanche to build a design around the frames without the distraction of overlap, chamfer or sculpturing.”

Full specification, design and technical advice is available from Profile 22 specifi-er@profile22.co.uk telephone: 01952 290910. BIM objects on this product are available on Bimstore and www.profile22.co.uk.

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How conflict influences architecture

Cities are busy, hectic and diverse places. When groups of different people are forced to live in close proximities, conflicts can understandably arise. How does architecture influence these conflicts and what role does it play in preventing them?

Metropolises are becoming centres for ethno-national and religious conflicts. However, architecture can make a distinct contribution to the problem through its own spatial understandings and practices as well as strategic planning and building policies. These issues are increasingly urgent and need to be addressed in view of the conflicts that we witness today.

Dr Wendy Pullan, Head of the Department of Architecture, Cambridge University and Director of the Centre for Urban Conflicts Research, will deliver the 2016 RIBA East Spring Lecture ‘Architecture and Urban Conflict: How do they connect?’

Across the world, cities are increasingly becoming centres for ethnic and religious conflicts. Although conflict is a subject that has preoccupied sociologists, geographers and political scientists, architecture is a relative late-comer to the debate. There is a clear advantage to a multidisciplinary approach, yet architecture makes a distinct contribution.

Destruction and devastation present unique opportunities to radically rethink our environment. Strategic planning and building policies can be found to enhance particular political views. Architecture is fragile, yet architects have the power to instigate change. This lecture will address these issues, focusing on work done by the Centre for Urban Conflicts Research at the Cambridge Department of Architecture.

Dr Wendy Pullan received the Royal Institute of British Architects‘ inaugural President’s Award for University-Led Research for work on Conflict in Cities.

The ‘Architecture and Urban Conflict: How do they Connect?’ Talk is part of a series of events based around the subject of the RIBA Exhibition ‘Creation from Catastrophe – How architecture rebuilds communities’, which explores the varying ways that cities and communities have been re-imagined in the aftermath of natural or man-made disasters.

Book your tickets here.

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