Since launching their offsite window and door solution last year, Nationwide Windows Ltd, leading fenestration partner to the housing sector, reports that producing factory-fitted windows and doors is fast becoming part of their core product line. What is key to the success of their solution is the collaborative approach they have taken to delivery.

 

Adrian Pavey, Commercial Director at Nationwide comments: “New Build housing has been at the core of Nationwide since the very start, over 30 years ago, and through the years we’ve been at the forefront of many advancements.

While Offsite Construction isn’t a new concept world-wide, we saw that for the UK it provided a very feasible opportunity to help solve the housing provision crisis.

“Working closely with a small number of partners, each with their own knowledge of supply into the housing sector, we developed a new concept for windows and doors using offsite construction technologies, materials and service. We launched the concept at two exhibitions last year: The Build Show and The Offsite Construction Show. The idea was to use these exhibitions as a platform to not just showcase our solution to the right audience, but also talk to peers within the sector to learn more about this increasingly popular housebuilding technique.

 

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“Since then we have been working with our key partners to develop our offering. We’re now successfully delivering into three developments, with many more coming on stream.

“While the housing industry hasn’t fully embraced Offsite Construction, the balance is certainly tipping towards MMC. We’re delighted to be in a position to add expertise and experience to the supply chain as the market continues to emerge.”

For more information call 01788 224466 or visit the website.

 

 

Modular buildings are gaining popularity as an affordable and sustainable solution. This design and delivery method has been adopted by Netherlands-based hotel operator citizenM, who have brought their steel-framed modular hotels to New York and Los Angeles.

Polcom Group, specialist off-site modular manufacturers, were appointed to build 228 modular units for the hotel. They identified that they would need to modify their normal production and assembly process to meet US building practices and standards.

Due to time constraints the traditional method of connecting units together on-site by drilling and bolting was not chosen, whilst hot welding risked damaging the critical waterproof membrane that protects each module.

Design Solution – Special steel structural shear plates were designed and added to the steel enclosures of the modules during production so that they could be connected to each other with Lindapter Hollo-Bolts during on-site assembly.

 

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Hollo-Bolt was specified for its high strength capacity and ability to be installed from one side of the Structural Hollow Section (SHS). Each module was wrapped in a protective air and water barrier, pressurised to keep windows in place and shipped on a private vessel from Poland to Seattle in the US.

Installation – Mortenson Construction were the appointed main contractor for the construction of this seven-storey, 264-room hotel. Each 18,144kg modular unit was lifted by crane and carefully stacked on top of each other.

Hexagonal head and countersunk Hollo-Bolts were then used to connect through the structural shear plates to the SHS of each module.

Installation was quick and easy. Each bolt was inserted into pre-drilled holes and tightened with a torque wrench to the recommended tightening torque to provide the necessary clamping force.

Result – Hollo-Bolts provided a weld free connection that was quick and easy to install without damaging the waterproof membranes.

This allowed the client to improve their modular construction method, which provided many advantages over traditional methods, including shorter constructions schedules, consistent quality control and reduced disruption on-site.

www.lindapter.com/Downloads/Market_Brochures

 

Over recent years, the use of cleanrooms has spread from highly specialised fields, to an increasingly diverse range of sectors including vitamins and e-liquids.

A key challenge when creating these spaces is limiting energy usage particularly within HVAC systems which must be operated at a much higher rate than in a standard room. Pre-insulated ductwork systems offer a specialist solution, reducing air-leakage throughout the system and consequently cutting fan energy demand.

ISO Definitions

ISO 14644-1:20151 separates cleanrooms into 9 classes based on the size and number of particles within a cubic metre. This allows designers to quickly identify a specification appropriate for each rooms intended purpose.

These requirements are typically met by installing High-Efficiency Particulate Air (HEPA) or Ultra-low Particulate Air (ULPA) filters within HVAC systems and operating these systems at extremely high flow rates. CIBSE recommends a ventilation rate of 10-120 air changes per hour (ACH) for non-laminar-flow rooms and 500-600 ACH for laminar-flow rooms2 . This compares with just 2 or 3 ACH for a normal building.

At these rates, it is essential that ductwork is carefully designed and installed to minimise air-leakage. Whilst this is possible to achieve with conventional sheet metal ductwork, the added detailing will often add considerably to the installation programme length and cost. Pre-insulated ductwork systems offer a simpler solution.

Advantages

Pre-insulated ductwork is typically formed from panels with an insulated core faced on both sides with aluminium foil. This eliminates the lagging stage and can significantly reduce weight when compared with galvanised metal ductwork, allowing long sections to be fabricated on or offsite and installed in a single operation.

The sealing methods and jointing systems featured on some pre-insulated ductwork can significantly cut air-leakage. In a comparative study of two identical buildings, the air-leakage from pre-insulated ductwork was shown to be 79% lower than for a sheet metal system lagged with glass mineral fibre. This means air-flow rates can be met with smaller, more efficient fans.

This enhanced airtightness is particularly beneficial for cleanrooms kept at positive pressurisation. Pre-insulated ductwork systems have been shown to support positive pressurisation of up to 1000 Pascal and their design reduces pressure fluctuations within the ductwork.

In addition, some pre-insulated systems use rigid insulation materials which are both highly thermally efficient and fibre-free. This reduces the risk of loose fibres entering the ductwork and can considerably lower energy demand in cleanrooms where air temperature must be carefully controlled as around 95% of the air is usually recirculated.

Case Study

Pre-insulated ductwork was recently used in the construction of an ISO 8 cleanroom for E-liquid manufacturer, Zeus Juice UK.

Cleanroom specialists — Monmouth Scientific Ltd — oversaw the design and construction of the rooms and specified the pre-insulated Kingspan KoolDuct System.

Monmouth Scientific operations director, David Court, discussed the installation: “We chose Kingspan KoolDuct for the air-distribution ductwork, which we designed to the pressure value of 500 Pa as. In addition to its high performance, we are able to produce a wide variety of shapes and sizes using our computer numerical control (CNC) router. This allowed us to construct complex shaped sections off-site to tight tolerances.”

Contamination Controlled

With technology developers continuing to seek smaller form factors and regulations to prevent contamination in food, supplements and other products tightening, the need for cleanroom spaces will continue to grow. Offsite construction methods offer clear benefits for these self-enclosed, high specification spaces and by utilising technologies such as pre-insulated ductwork it should be possible to create clean rooms which can be erected quickly and provide enhanced energy performance.

www.kingspanductwork.co.uk

by Joe Bradbury

 

As a proud Midlander and Editor of MMC Magazine, my interest was always going to be piqued when I heard that industry leader Creagh are building an offsite residential tower called ‘St Martin’s Place’ in the heart of my local city, Birmingham. I had to find out more:

 

There is a habit amongst people from Birmingham and the surrounding towns to run the place down. But I believe this habit is a bad one and that places such as Birmingham have so much to offer, logistically and culturally.

There was a feeling across the Midlands that Birmingham was on the cusp of big change when it finally received a decent train station. Grand Central came and transformed our embarrassing old New Street station into somewhere worth visiting.

It seems that despite nationwide Brexit uncertainty, businesses in Birmingham are enjoying more success than those in any other part of Britain.

In the Birmingham Mail, Neil Rami, chief executive of West Midlands Growth Company, recently said “The unprecedented rise of new enterprises here is demonstrating how the region can outclass London as a central hub of innovation, productive and long term future prospects.”

In fact, Birmingham was the second-fastest growing UK city last year; and with more Londoners moving out of the capital to Birmingham than ever before, the demand for new housing has never been higher. Earlier this year, Berkeley Homes said they could be building up to 3,000 new homes a year in the city over the next ten years.

City centre living is becoming more and more popular, and in Birmingham this is being boosted by the increase in exciting career options being offered with the expansion of business in the city. With St Martin’s Place set to complete by the end of 2020, residents won’t just be the envy of Birmingham – there will be many more vying for their luxury lifestyle in this exciting city destination.

The project

Work has already begun on St Martins Place, a 17 storey, premium development, located in the heart of Birmingham between Broad Street and Tennant Street. The building comprises five apartments with three bedrooms, 105 apartments with two bedrooms and 118 apartments with one bedroom.

St Martin’s Place will feature 228 spacious apartments, and residents’ amenities including a private gym, cinema, Wi-Fi, café and 24-hour concierge.

Colmore Tang Construction has been appointed by developer Seven Capital as main contractor for the delivery of the project, located in one of Birmingham’s most highly sought-after postcodes, just minutes from the city’s main business district. Creagh have been enlisted to manufacture, supply & fit fastrack build system Rapidres, consisting of external sandwich panels (featuring both a smooth finish and a brick finish), internal walls, stairs, lift shaft and hollowcore flooring.

CEO of Creagh, Seamus McKeague says “we are already seeing strong interest in rapid build concrete systems because developers now understand the true value of slashing programme times. Investors not only benefit from revenue gained by the early occupation of units but, also, from the mobility of their capital resource. Quite simply, shorter build times mean developers can complete more projects with the same pot of finance.”

About Rapidres

Rapidres is a fastrack offsite crosswall build system developed for residential projects, including apartments, student accommodation, hotels, social housing and custodial accommodation.

Rapidres crosswall technology delivers robust traditional style construction with the speed of a modular build for significant programme savings. Creagh design, manufacture and install the complete structure.

The total frame solution is comprised of structural walls and solid or hollowcore flooring and construction speed is greater than alternative systems. Units are manufactured offsite ensuring the desired quality is met and can be left for direct decoration if required. M&E can be incorporated into the production process for all types of services.

 

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In summary

City living offers a multitude of benefits, such as more job opportunities, more chances of meeting people, more education opportunities and more variety.

Birmingham needs more homes if it is to keep up with modern demand, and we know that we need to be utilising offsite more as an industry. In my eyes, a project such as St Martin’s place is the right type of building, in the right place, at the right time, being delivered by the right people. I can’t wait to see it done!

www.creaghconcrete.co.uk

Kerkstoel 2000+ is one of the most innovative concrete companies in Europe.

It is part of the Kerkstoel Group and is based in Grobbendonk (Belgium).It specializes in the production of precast concrete walls and floors. Every precast element is made to measure in a highly automated factory.

Based on the architect’s design (general arrangements and cross-sections), structural calculations, formwork and installation plans, Kerkstoel 2000+ develops an installation plan, with all the necessary details, so that everything runs smoothly and according to plan on site.

The floors, or lattice slabs, are used as a structural and aesthetic underside of a concrete floor. Basically permanent formwork they are the ideal substrate for concrete floors and can be made in all shapes, up to 7 cm thick. Wide plates are equipped with bottom reinforcement and on the underside they have a very smooth surface. After placing the lattice slabs and propping the top reinforcement is installed. Finally, the slabs are poured with concrete to the desired floor thickness. The result: a solid concrete floor where the load is perfectly distributed.

 

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The reinforced twin walls of Kerkstoel consist of two shells of reinforced concrete that are connected to each other by lattice girders. All necessary built-in parts are provided in the walls during production (such as electrical boxes, power conduits, openings for windows and doors, wooden boxes, etc.).The wall elements are then assembled on site according to plan and then filled with concrete. The result is a solid construction as strong as a monolithic cast insitu concrete wall. These systems ensure high quality on site in a shorter construction time. The heavy skilled labour, such as steel-fixing and formwork, is limited to an absolute minimum.

Thanks to the hybrid character, namely the combination between prefab concrete and in situ concrete, with the necessary water-bars the walls can also be used for underground structures.

In 2018 Kerkstoel 2000+ invested in a brand new automated production hall. With this production hall, Kerkstoel wants to further specialize in the concrete wall sector. Concrete walls with integrated insulation, sandwich panels, walls with prints, etc. will now also be possible. Kerkstoel 2000+ has been active on the British market for more than 10 years, and has delivered walls and floor slabs to numerous contractors. Contact us and see what we can do for you!

www.kerkstoel.be/en

 

Modern methods for modern developers:

 

In recent times two major themes have emerged for developers to satisfy the urgent demand for homes and how best to make those homes “smarter” and therefore more environmentally friendly and saleable to discerning homebuyers.

The first point is to speed up the process of construction given the skill sets which are available (not to mention the British weather), the second to meet the environmental and technical demands of a more IT enlightened public.

Modular Homes:

Modular construction systems are probably the only way by which the UK can achieve the necessary build program to meet demand, quality, consistency and speed of construction, with all utilities being ready to literally “plug in”.

Given these requirements, traditional underground water control systems simply just do not fit the bill, either for accessibility or as a home for a meter.

The only realistic method of achieving this simple concept is to connect to externally mounted, pre-installed water service controls.

Our Groundbreaker water management system is the only such system available – designed to be installed at any time during the construction period, is fully (Water Regulations) approved and offers an accessible, safe and secure location for the water meter and controls to a specific property.

 

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Because of its compact design, Groundbreaker can facilitate the early and secure connection of water services to a plot or unit, for both accessibility and water quality at a time to suit the developer’s program of events on site.

Groundbreaker was chosen by “Urban Splash” for its prestigious development at Irwell Riverside, Salford, as the most efficient method of achieving all the objectives, the scheme being “approved” by United Utilities who also saw the advantages of early connections to the water supplies.

By use of Groundbreaker, Urban Splash has been able to avoid the “clutter” of street furniture, allowing clean lines for the design of the project as will be seen from the images.

Smarter water management:

Smart meters have been around for a while now, but every smart meter so far has had to be installed above ground as traditional underground water control boxes are apt to get waterlogged and are exceedingly poor in being able to transmit a signal to even a local pick up.

Besides facilitating water connections to meet rapid build programs, Groundbreaker also offers by far the best location for a water meter. Transmissions from a smart meter above ground – the location of the Groundbreaker unit – have proven to be at least 1 000x better than in the traditional locations.

We believe it is essential for the homeowner to manage his or her utilities and impact on the environment probably via a home hub with link to the ubiquitous “App” on a mobile phone or home computer.

Recently, Groundbreaker was chosen for the first pilot of a 5G transmitter associated with a smart water meter, no other product could have provided such a platform so successfully, leaving the way open for further “smart systems” to follow.

Groundbreaker is compliant with all relevant legislation as well as meeting the best practice recommendations of Water UK and the Home Builders Federation and can be used on more traditional building systems and refurbishment schemes.

For further information on Groundbreaker and associated products, please email sales@groundbreaker.co.uk , call on

 

www.groundbreaker.co.uk

As the saying goes ‘what a difference a year makes’, and nowhere could that be more relevant than here at Frameclad. It’s been a very busy year since Offsite 2018 with new machinery, new premises and staff all arriving to make Frameclad a leading supply partner in the off-site industry.

 

Frameclad design, manufacture and supply steel frame components, frames and structures for the construction industry. Operating from one end of the market where clients require stock lengths and components right the way up to the multi storey, pre-designed, fully engineered and assembled panel market. Pre-fabricated panels can also be pre-boarded with an external sheathing board etc. prior to despatch to site.

Sections are rolled from galvanised coil into the required profiles that are then either delivered to site in their plain component state or during the rolling process undergo further engineering processes with dimples, fixing holes, service holes etc incorporated to form framed panel systems. All of these options can be viewed at our website – www.frameclad.com .

 

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From humble beginnings, successfully trading materials as a specialised merchant, Mark Munns (founder) has grown the business through various phases of development always adding to the management team strategically to ensure Frameclad is well placed to continue to provide excellent products and services through a time of growth. After initial forays into the world of production involved manufacturing component materials, the company soon moved into making complex flat pack frame products. Evolving to a point now where state of the art equipment, new production premises and a highly trained and motivated staff produce fully formed, assembled and boarded panels and in some cases insulated products are incorporated. These products and systems are offering a real alternative to traditional methods of construction and provide amazing benefits in cost, time and accuracy. Frameclad have emerged as a leader in quality and service to the construction industry. Honest and secure advice provided from a platform of experience backed by a collaborative approach at all stages of the design, manufacture and installation process make Frameclad the obvious choice as a partner.

Frameclad clients enjoy a unique experience of being engaged at all points through the process from ideas and design through to sign off of design, manufacture and delivery.

Following on from the sustained growth in 2018/19, which saw an additional 24k square foot factory and 2 new state of the art roll-forming machines arriving, 2019/2020 is continuing the trend with further machinery arriving and a further 22k square foot of space acquired which will be on line by the end of November 2019.

Moving forward, Frameclad will continue to invest and strive to be the best option for quality, professional services and products within the steel frame market. Always looking for betterment and differentiation Frameclad are always looking for partners who share common goals and aspirations.

If you have a project that you feel may benefit from the involvement of the Frameclad team please visit them at the show or alternatively they would be delighted to hear from you either by email or telephone – enquiries@frameclad.com

01384 401114.

www.frameclad.com

As Bison Precast celebrates 100 years in business, we reflect on its remarkable history and ability to remain at the forefront of building innovation.

 

Bison Precast is a business built on sturdy foundations. Originally named Concrete Ltd, it was established in 1919 by JG Ambrose and CB Mathews, two Royal Engineers who had developed expertise in concrete while creating pillboxes used on the Western Front in the Great War of 1914-1918. The business’s success throughout the last century, in an often-challenging market, can be attributed to those two men and their principles of professionalism and responsiveness to the industry’s requirements.

A century of innovation

When they opened their first factory in 1919, in Leeds, concrete’s popularity as a building material was growing. Initially, the factory specialised in the manufacture of precast reinforced concrete floors and, despite the challenges of the post-war years, they were soon able to open factories in the south and the north, to meet growing demand across the country for their products.

During the 1930s, the company continued to develop new products. In 1935 it invented the pneumatic core, which revolutionised the manufacture of hollow concrete floors. It also developed the L-section unit for theatre balconies, a refined version of which continues to be used in grandstand terracing and seating.

During World War II, the company created a mobile version of the pillbox – the extemporised armoured vehicle known as the Bison, and to which the company would later change its name. In the post-war years, the company played a significant role in the rebuilding of Britain’s war-damaged factories, hospitals and government buildings, where its precast floors and the speed at which they could be assembled proved invaluable.

A lack of structural steel during this period led the company to develop pre-stressing techniques and by the early 1950s the Bison Preferred Dimension Frame was introduced for use in factories, hospitals and office buildings where large areas of floorspace were required. The following decade, the company’s Wall Frame System, which was the first fully industrialised all-British system for high-rise blocks of flats, helped to meet the country’s growing housing demand, and received the Queen’s Award to Industry in 1967.

Into the 1970s and the Bison Beam was developed, in 1974, in response to changing market needs and new mandatory requirements for ground floors. The beam’s immediate success resulted in it becoming the generic term for suspended ground floors in housing, and led directly to the use of hollowcore pre-stressed beams for intermediate floors in single-occupancy dwellings. It also saw Bison truly established as one of the leading lights in British construction.

Building the nation’s landmarks

As the Bison product range has developed over the course of the century, so too has the range of sectors it serves. Today, it provides concrete flooring, structural and architectural products for use in the construction of large infrastructure projects, car parks, healthcare, custodial, leisure, stadia, industrial, residential and commercial schemes – helping to create some of Britain’s most prominent landmarks.

In 1998, Bison started the manufacture and supply of 1000m³ of terraces, walls, beams and stairs, and 45,000m² of hollowcore flooring for use in the building of the Millennium Stadium in Cardiff, ensuring it would be ready for the Rugby World Cup in 1999. Just a handful of years later in 2003, it began the casting of more than 90,000m² of hollowcore flooring, and over 13,000m³ of precast concrete to form 55 kilometres of terracing, ancillary steps, walls and stair flights at the new 90,000-capacity Wembley Stadium.

Other landmarks that have been supported by the significant design, manufacture and supply capability of Bison Precast, but which we might take a little more for granted, include the mighty new Catthorpe Interchange in Leicestershire – where the M1 meets the M6 and the A14 trunk road – for which 7,000m² of Bison Precast’s Omnia Bridge Deck concrete units were provided; Ilkeston Railway with its 100-metre-long platforms, made up in total by 230 precast concrete units weighing a combined 700 tonnes, which is expected to serve up to a quarter of a million passengers a year; and the Dawlish sea defences which were rebuilt with nearly 100 three-metre-high heavy-duty bespoke precast concrete retaining walls, and more than 150 precast seawall units, each weighing around 15 tonnes, as part of urgent works to get Dawlish railway back on track after the existing defences and part of the railway line were destroyed in the heavy storms of 2014.

This is in addition to numerous apartment buildings, hospitals and other significant structures that are helping to regenerate, transform and serve communities up and down the UK.

Combining strength

In 2017, Bison was acquired by leading building products manufacturer Forterra, which already had two precast concrete production sites in Somercotes and Hoveringham, neither of them far from Bison’s base in Swadlincote, Derbyshire.

Operating under the new name of Bison Precast, the move would create strength through the combined expertise, skill and experience of the two businesses, making it one of the biggest precast concrete manufacturers in the country, and the largest manufacturer of precast flooring.

This impressive Bison Precast team is continuing the innovative approach of its predecessors in developing pioneering techniques that are at the forefront of offsite construction. Its precast frame solutions are reducing build times, improving health and safety, and helping alleviate issues of labour availability.

 

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Bison Precast is also taking full advantage of its access to Forterra’s clay brick expertise, working with its counterparts to break new ground in the world of precast architectural solutions, the latest of which is being used in the construction of Kier’s new Wellingborough Prison scheme.

New brick-faced sandwich panels for Wellingborough Prison scheme

Bison Precast’s new, insulated, brick-faced sandwich panels are a great example of what can be achieved when precast concrete expertise is combined with clay brick manufacturing know-how.

The Wellingborough Prison project is one of the first to benefit from these new panels, which are part of Bison Precast’s ever-expanding Architectural Precast range.

Mike Nelson, commercial director at Bison Precast, commented: “In pairing innovative design with high tech manufacturing capabilities, our new insulated, brick-faced sandwich panels are supporting the move to DfMA, which is so important in the successful and timely completion of schemes such as Wellingborough Prison.

“Our new brick-faced sandwich panels enable us to take any clay brick option from the Forterra range and cast it into precast concrete panels. For Wellingborough Prison, Forterra’s Butterley Golden Thatch is the clay brick used, and will provide an attractive external façade to the key public-facing building on site. This technique means that design and aesthetics of DfMA schemes – such as multi-storey residential, commercial, institutional and industrial developments – needn’t be limited, which is a real step forward in delivering high quality schemes, quickly.”

Building for the future

Mike has little doubt that key to Bison Precast’s continuing success is its skilled and loyal workforce, many of whom have worked for the business all their working lives. “Any business is only as good as its people. Over the years, I have witnessed a deep sense of loyalty and identity within the Bison workforce, and the number of employees who have received long service awards is testament to this. It’s an attitude and work ethic that began with our founders back in 1919 and their commitment to serving not only the construction industry but the country, too.”

As well as continuing to deliver the pioneering products and methods honed over the last century, Bison Precast is looking to continue to develop new products and opportunities, particularly in the area of offsite manufacture, that should see the company thrive long into the future.

Etex Building Performance is supporting the construction industry’s push for more efficient, performance-led ways of building with the launch of ThrubuildTM – a new load-bearing system from its EOS brand.

 

ThrubuildTM brings together elements from the company’s three lightweight construction brands, streamlining the procurement process for projects. It combines a load-bearing, light-gauge steel frame from EOS and external Weather Defence sheathing board and internal Frameboard from Siniat, while drawing on Promat’s expertise in passive fire protection.

EOS’s light steel framing features cold-rolled galvanised light steel sections in a range of depths and gauges. Siniat’s Weather Defence is a revolutionary new external sheathing board, faced with water repellent material. Siniat’s Frameboard combines high levels of strength, acoustic insulation and fire resistance, ideal for use in the ThrubuildTM systems where the loadbearing frame places extra requirements on plasterboard. Fewer boards are required on site and your specification and installation process is simplified.

The single solution is manufactured offsite at Etex’s state-of-the-art production facility in County Durham. The finished panels can then be delivered to site ready for installation and made watertight once windows are fitted, allowing internal works to start and boosting overall construction productivity. This offsite approach also reduces material waste by moving the manufacturing process into a controlled factory environment.

Building on Etex’s ThruwallTM offer, a non-loadbearing external wall system, ThrubuildTM was developed with the support of the business’ Innovation and Technology Centre in Avignon, France. The system has been rigorously tested in wall and floor applications, offering a robust package of fire, acoustic, airtightness, weathering and mechanical performance evidence to meet the latest regulations.

ThrubuildTM is guaranteed under one 30-year warranty, giving specifiers, clients and building users peace of mind and removing the need for project teams to review disparate performance data from materials providers. It is also independently tested by Warringtonfire and the Building Research Establishment. This golden thread of performance data gives project teams all the information they need to comply with Building Regulations and support ongoing maintenance.

 

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The advanced building system is designed for multi-storey buildings with repeatable designs including residential, build-to-rent, hotels and student accommodation schemes. Thrubuild’sTM performance can be tailored to meet the requirements of specific projects, providing up to 120 minutes of fire resistance and sound insulation of up to 61 Rw (-5 Ctr) dB.

Melanie Davies, Market Manager at Etex Building Performance, commented: “The government has already expressed a preference for modern methods of construction for public sector projects where these offer value for money. At Etex, we believe that this approach should be more widely adopted. New materials, innovative building systems and digital working are crucial to drive up quality standards and efficiency across all areas of the construction industry, including the residential sector.

“We need to see a change of mindset and investment across the supply chain. That is why we are committed to building our offsite capabilities. With the launch of ThrubuildTM, we can offer customers a faster, safer way of building with each element designed to work alongside each other to ensure they deliver their expected performance.”  

Etex Building Performance is a division of the Etex Group which brings together the products and solutions of three dry construction materials companies – Siniat, Promat and EOS. It combines drywall, external sheathing, passive fire protection and steel framing systems expertise under one roof, bringing great opportunities for system solutions.

etex-bp.co.uk/thrubuild

Creagh, one of the UK’s largest producers of concrete products for a range of market sectors are changing the way people think about concrete, bringing new levels of efficiency and performance to their products. This can be seen in one of their latest projects, Circle Square. MMC Editor Joe Bradbury discusses:

 

Work is well underway on a new multi-storey car park and hotel at Circle Square in Manchester city centre.

Carparks: a brief introduction

Originally, architecture was never delivered with car parking in mind. However, as cars became accessible for everybody, the popularity of cars rose exponentially. This has dominated design ever since, with the built environment having to morph and evolve around an infrastructure of roads, motorways, garages, car parks and multi storey’s.

Over the years, attitudes towards car parks (especially multi storey) have been in a constant state of flux. People often debate the heritage value of the post-war multi-storey car park, typically constructed out of concrete in a brutalist style. Some believe that these car parks are a blot on our horizons, whilst others campaign to get them listed status in order to protect their architectural value. The Tricorn in Portsmouth is one such example of where demolishment causes controversy, due not only to its aesthetics but also its cultural value; it famously featured in the 1971 film ‘Get Carter.’

Wider adoption of modern methods of construction, such as offsite, are now serving to revolutionise the humble car park even further, making it fit for modern demand.

Why offsite?

Offsite construction provides specifiers with programme certainty and quality though simplification of site operations and reduced weather dependencies due to the controlled factory-based assembly process. Buildings delivered through offsite construction offer enhanced specification standards and build quality which reduces occupancy costs related to energy use, defects and repairs. There is significant evidence that suggests that the use of offsite construction has been successful when applied to meet the needs of significant developments at scale with consequential opportunities for standardisation of design details – particularly to meet the need of government led programmes.

‘The Waste and Resources Action Programme’ posit that offsite construction practices generate up to 90% less waste than more traditional building methods. This is because a factory is a much more controlled environment than a traditional building site – throwing far fewer variables into the mix.

Offsite and modular construction is much less energy intensive than traditional building methods. The carbon footprint left by the many construction vehicles and machinery on the site of a traditional construction project alone is considerably larger than that of modular construction. Fewer vehicles involved and less time spent on site results in fewer emissions and a vastly reduced carbon footprint as an industry.

About Circle Square

Russells Construction has been appointed by developer Bruntwood as main contractor for the delivery of the project. Creagh have been enlisted to manufacture, supply & fit stair cores, hollowcore flooring and bespoke inset brick panels.

The first ten floors of the 16 storey hybrid building, will encompass a 1,014 space car park, with a 158 bed hotel located on top of the car park.

The aerial images show the size of the site, with the concrete cores, supplied by Creagh and steelwork structure showing the scale of the large development underway.

Feilden Clegg Bradley Studios served as concept architect for the car park and hotel, with the design reflecting the city’s industrial past. Inspired by the nearby 19th century warehouses, the building will be constructed from a pre-cast concrete panel system, utilising inset bricks (supplied by Creagh) which draw on Manchester’s rich links to the grand infrastructure of the Victorian era.

Located on the former BBC site on Oxford Road, Circle Square is a joint venture between Bruntwood SciTech and Select Property Group that will see the creation of a pioneering new urban destination that will boast over 1700 new homes, 1.2 million sq. ft. of workspace and over 100,000 sq. ft. of retail and leisure space. Circle Square will also feature the first and largest new city park for generations, providing much needed green space in the city.

In summary

Offsite offers fast and affordable solution to meet modern demand, and with the UK Environment Agency and other government bodies putting increasing pressure on construction companies to reduce pollution and conform to environmental regulations, it is a shift in practice that happens regardless of anybody’s stance on the subject. Companies such as Creagh are at the forefront of this great change.

www.creaghconcrete.co.uk