"low voltage distribution systems"

Elevating Urban Living at Southbank Tower.Southbank Tower, standing tall at 41 storeys, is a symbol of inspired urban living in London’s Southwark district. The transformation of this iconic tower, originally designed by Richard Seifert in 1972, has been a collaborative effort to create a world-class mixed-use development, enhancing the public realm and providing a unique address moments from the River Thames.Project Transformation:Architectural Redesign:Kohn Pedersen Fox (KPF) spearheaded a major redesign, adding 11 stories to the tower and converting upper floors into residential units.Three new floors were added to the podium, and original 1970’s cores were replaced and repositioned.The redesign included the creation of a new route through the scheme, doubling retail space, and adding valuable public areas along the riverfront.Sustainability Measures:The new construction introduced sustainability measures, including a highly-effective heat recovery system and low-energy lighting systems.Future-proofing the building with space for links to district heating and cooling schemes.Southbank Tower’s Features:Mixed-Use Tower:199 residences, 217,000 sq.ft. of office space, and 52,000 sq. ft of retail space.Private residential roof garden spanning 10,000 sq.ft and an exquisitely designed atrium.Design Collaboration:Design studios, including Goddard Littlefair, Studio Ashby, Johnson Naylor, and 1508 London, played a key role in shaping the aesthetics of the tower.The Black Edition Apartments:Interior Design Excellence:Leading interior designers, Studio Ashby and Johnson Naylor, designed the Black Edition apartments.Duplex and lateral apartments designed by Dara Huang of Design Haus Liberty and 1508 London.Selo Doors played a pivotal role in enhancing the functionality and aesthetics of Southbank Tower by providing concealed metal riser doors and sliding pocket doors. The bespoke door solutions align with the tower’s commitment to a modern, space-saving, and fire-rated environment. These doors seamlessly integrate into the architectural design, offering a flush and concealed appearance while optimizing space.Southbank Tower’s transformation is not only a testament to architectural innovation but also a reflection of collaborative efforts to create a vibrant urban living experience. Selo Doors’ contribution, through concealed metal riser doors and sliding pocket doors, adds a layer of sophistication, safety, and space optimization to this iconic development. Southbank Tower stands as a landmark in London’s skyline, representing the successful convergence of design, sustainability, and urban regeneration.

The Creative Centre at York St John University represents an evolutionary step in educational architecture, mirroring the institution’s commitment to fostering innovation, creativity, and community engagement.By integrating cutting-edge sustainable technologies and materials, the centre not only minimizes its environmental impact but also serves as an inspiring example of how modern design can contribute to the well-being of both the planet and its inhabitants.The facility’s versatile spaces encourage interdisciplinary collaboration, enabling students and faculty to explore new frontiers in arts and education. This architectural gem not only enhances the university’s landscape but also strengthens its ties with the local community, inviting public participation in a range of cultural and educational events.As a symbol of York St John University’s forward-thinking ethos, the Creative Centre is poised to shape the future of creative education, making it a cornerstone of both the university and the wider society.Three main concepts formed the foundation of the design approach. First, it is a genuinely sustainable building, both in operational and embodied carbon terms, with a substantial timber frame and simple climate control. Second, the main atrium space unites all the building elements together, reflecting the latest thinking in higher education to create ‘third spaces’ for cross-disciplinary collaboration.Finally, the Centre makes the most of its proximity to York Minster connecting the University to the heritage of the surrounding city. Throughout the atrium, recital hall and critical listening room, views to the Minster are carefully framed, reinforcing this picturesque view across the stunning historic site.Low embodied carbon materials, such as glulam and CLT and SIPS were used for the construction of the Centre, as part of a ‘fabric-first’ approach using Passivhaus principles to achieve a BREEAM Excellent rating.Working alongside environmental design consultant Atelier Ten, the project’s eco credentials were achieved by using triple-glazing, making the building air tight, providing simple operation systems – such as openable windows – and a mixed mode ventilation system with both mechanical and natural ventilation in teaching rooms.The building is extremely functional and flexible, for example the 2,000m2 of teaching space are column-free internally with modular servicing to allow easy re-configuration in the future should the university’s requirements change. The 180 capacity auditorium was designed with SSV Theatre Consultants to facilitate teaching as well as performances, with a level access technical level. And the building connects to the natural environment through its use of natural materials and integration with a campus wide landscape masterplan.

Nestled in the fashionable, switched-onNestled in the fashionable, switched-on London borough of Camden, high-performance London Max Fordham House has been completed  to the highest energy saving standards with to the highest energy saving standards with SMARTPLY AIRTIGHT.An ultra-low energy, all-electric, contemporary three-bedroom ‘Passivhaus’, Max Fordham House is specifically designed by bere: architects to feature a thermal envelope geared towards reducing heat loss. The less heat lost from a building, the more overall environmentally efficient it can be. One way to do achieve as little heat loss as possible is making the building airtight, which is the aim of the Passivhaus system.SMARTPLY AIRTIGHT, a structural OSB panel with integrated vapour control developed by MEDITE SMARTPLY especially for use in Passivhaus construction, is the vital ingredient in this project. Specified by the award-winning Bow Tie Construction company, SMARTPLY AIRTIGHT provides a state-of-the-art, engineered vapour barrier with consistently high vapour resistance over the entire surface.“The house uses a fabric-first Passivhaus approach, requiring only a fraction of the energy needed by a similarly sized home built to the minimum requirements of UK Building Regulations, for all uses including “The house uses a fabric-first Passivhaus approach, requiring only a fraction of the energy needed by a similarly sized home built to the minimum requirements of UK Building Regulations, for all uses including heating,” Hagop Heath-Matossian, Business Development Manager at Bow Tie Construction, says.“We chose to specify SMARTPLY AIRTIGHT because it is efficient, reliable and it was important to us that all timber products used were sustainably manufactured and sourced; AIRTIGHT offered us a guaranteed sustainable timber solution. Vitally, the client was delighted with the end result.”Max Fordham House, which was completed in the Spring of 2019 and achieves an Energy Performance Certificate of B 83, is the third project that Bow Tie Construction has specified PROPASSIV for, favouring it for its rigidity and quality assurance compared to a traditional membrane-based system.Hagop explains: “AIRTIGHT was specifically used to insulate the roof of the Max Fordham House, but has been used within the entire interior space in other Passivhaus projects previously, to great success.”In most Passivhaus projects in the UK, a membrane is used as an airtight barrier for the properties’ insulation, however, such solutions can be easily damaged during the construction process. SMARTPLY AIRTIGHT offers a solution to this as it will not come apart during a negative pressure test like a membrane would.

Procheck A2, the high-performance fire-resistant vapour control layer system from the A. Proctor Group has been selected as part of a £6bn regeneration project that will create over 10,000 homes in Enfield, London, over the next 20 years.Leading regeneration specialist Vistry Partnerships has been appointed for the first phase of the Meridian Water scheme working in partnership with Enfield Council. Meridian One will see the development of 1,000 new homes with a mixed tenure of private sale, private rent (PRS) and 50% affordable housing spanning 13 blocks ranging in height from four to twelve storeys. In addition, the scheme incorporates 2,235m2 of employment space and over 2 hectares of green, parkland and open space.Sam Bennett, Commercial Director at SCL LONDON, a Structural Framing Systems and Drylining specialist, commented.“Procheck A2 was selected because it has a Class A2 performance and excellent vapour-controlling properties. In addition, the membrane comes with a high vapour resistance and is airtight, allowing its use as an AVCL.This means that Procheck A2 provides high levels of airtightness which ensures the thermal efficiency of the building.”“Procheck A2 has an A2-s1,d0 fire classification to BS EN 13501-1, is considered limited combustibility and minimal contribution to fire, and therefore, conforms with the requirements for high rise construction (18m).” The superior performance of Procheck A2 from the A. Proctor Group is the perfect solution, delivering significant benefits to the combination of in-factory manufacture and on- site housing construction.Procheck A2 comprises a unique design consisting of a glass fibre backing with a pure aluminium foil and clear lacquer coating. It is this clear surface which provides Procheck A2 with the added benefit of a low emissivity surface, which, when used with a service cavity, can enhance the overall thermal performance of the building fabric, as well as ensure a high fire protection performance, with an A2-s1,d0 fire classification. Procheck A2 is designed to protect the building fabric from the potential risks of condensation whilst providing the added benefit of serving as an effective airtight barrier.Sam Bennett added,“the technical team at the A. Proctor Group supported us throughout and provided comprehensive installation guides giving vital information for both operatives and clients and helping with sign-off at specific hold points throughout the project.” Based on years of investigation, research and development, the A. Proctor Group can offer a superior range of technically advanced membranes to address the safe design of fire solutions in building construction.The installation of Procheck A2 will ensure a high level of protection throughout the building’s lifespan.

Salamander Street is a mid-market rent initiative that provides high quality affordable homes in the heart of Leith, Edinburgh. It comprises 199 flats and maisonettes across six storeys of accommodation, constructed over a basement car park.It was designed by 7N Architects, which specified Knauf Insulation’s 50mm Rocksilk® RainScreen Slab to insulate the ventilated façade. They chose this product because it met the brief’s two critical performance factors: thermal performance and fire safety.It is a Rock Mineral Wool insulation slab with a thermal conductivity of 0.034W/mK, so it delivers the required U-value of 0.16 W/m2K. It is non-combustible with the best possible Euroclass A1 reaction to fire classification and is BBA certified for use in a wide range of build-ups in high rise buildings. This means it complies with Building Regulations in Scotland that restrict the use of combustible materials on most buildings over 11m.The Salamander Street development was overseen by main contractor Cruden Building East with sub-contractor Soundtex responsible for installing the insulation.It was constructed using an Ancon Brick Restraint System. Ancon has undertaken independent third-party tests to demonstrate that its restraint system does not require a compression sleeve when used in conjunction with Rocksilk® RainScreen Slab under 180mm thick. This provided a huge saving in labour costs for Soundtex as fasteners are usually inserted into compression sleeves by hand.Throughout the build, Knauf Insulation’s Specification Team attended regular project meetings and conducted site visits to check the quality and progress of installation. Rocksilk® RainScreen Slab is optimised for ease of installation and improved robustness, making it easy to manoeuvre into position. At Salamander Street, the Specification Team noted the uniformity of installation and perfectly staggered joints. This is important because it ensures there are no gaps, which could reduce thermal and acoustic performance – a common issue with rigid foam board insulation.Rocksilk® RainScreen Slab is manufactured with ECOSE® Technology, Knauf Insulation's unique bio-based binder that contains no added formaldehyde or phenol. It is made from natural raw materials that are rapidly renewable and is 70% less energy-intensive to manufacture than traditional binders, so it is more environmentally friendly.Products made with ECOSE® Technology are soft to touch and easy to handle. They generate low levels of dust and VOCs and have been awarded the Eurofins Gold Certificate for Indoor Air Comfort.The Rocksilk® RainScreen Slab insulation was installed in conjunction with Knauf Windliner sheathing board for maximum performance.Thanks to Knauf Insulation, the residents of Salamander Street will enjoy warm, cosy homes that meet the highest standards of fire safety.

Troldekt’s wood wool acoustic ceiling panels have made a major contribution to the Enterprise Centre at the University of East Anglia. Dubbed the greenest building in the UK, it is also one of the most sustainable. It is recognised as the first large scale project to target both Passivhaus Certification and BREEAM Outstanding and one which meets the highest energy and environmental standards. Designed by sustainable architects Architype, in collaboration with contractor Morgan Sindall, it is a great signal for clever thinkers and designers to be equally inspired in their choice of materials. The rationale behind the decision was to make the Centre a live and educational demonstrator of the performance of renewable materials. Here it would be possible to see any changes over time and to understand their impact, including energy efficiency and carbon offsetting. The building has become a classic source of knowledge for designers and builders. The more they are informed of the environmental impact on their own projects and the options available to them, the easier it becomes to break with convention and design something innovative using traditional natural materials.  In addition to the Troldtekt wood wool panelling, good examples from this project include the interior glulam beams which make up the main timber frame and the thatch for the wall panels which is an innovative system comprising hundreds of straw cassettes. This makes the Centre the largest exterior thatched building in Europe with one of the finest interior acoustics for learning and study.  Founded on the Cradle-to-Cradle design concept, Troldtekt’s natural and inherently sustainable panels are available in a variety of different surfaces and colours and contribute positively to a building’s BREEAM, DGNB and LEED ratings. In addition to their high sound absorption and tactile surface, they offer 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. Samples, case studies and technical guidance is available from tel 01978 664255 or Troldtekt.co.uk while more information about the project can be found here at http://bit.ly/troldtekt-uea1

Red Mill was originally known as Reedham Ferry drainage mill which was built in the1840s with common sails to drive a single scoop wheel and was brought to wind witha tail pole. In the 1890’s the millwrights England, modernised the machinery andfitted double shuttered patent sails. The Norfolk boat shaped cap held a fantail.In the 1950’s the mill, then derelict was purchased and turned into a sunnyresidence.More recently the Mill was purchased by Laura and John, a youngcouple whose wish was to turn it into a unique, quirky home, set in astunning location.The mill was covered in an impervious, damaging, cement renderand painted red with a modern, non-breathable masonry paint. Theeffect of this was to trap high levels of moisture in the brickwork,making the interior damp and cold.The owners wanted to do the right thing for the building, so setabout the long, hard labour of love that was hand stripping it all backto the original red brick, internally and externally.Best of Lime were contacted by Laura and John to come up withsuitable products to reinstate the external lime render and internallime plaster.After visiting site, it was decided that externally, the mill neededRendercote, a robust lime render developed for high exposuremasonry. Internally, the dubbing out and base coat would beinsulated Warmcote, with a Limecote finish to give a visually softlook.Maltby Plastering Ltd , traditional lime plasterers were chosen tocarry out the project.Internally, Laura and John wanted to contrast the soft curves of theLimecote with a hint of the industrial origins of the mill, so checkerplate steel was used for sills and the staircases, to give a greatvisual effect.Externally, the Rendercote is trowel finished smooth, expertlyapplied by the Maltby Team on a difficult continuous curve.The finished work was decorated with the breathable, low carbonGraphenstone system.Overall a very satisfying project to be involved in, from a poorlyfunctioning, damp shell to a very smart, warm, dry comfortableand unique home in a beautiful location.

Built from traditional stone and slate, Preston Springs, a four bed home in Leyburn, North Yorkshire, may look like a typical new-build property, but it is far from it. Designed by architects LEAP, Preston Springs is a Passivhaus, meaning it is ahead of its time in terms of air quality, comfort and reduced energy use. It is one of the only properties of its type in the local area, with just over 1,000 Passivhaus properties in the whole of the UK. Passivhaus is a voluntary standard for designing and building very low energy properties that offer high levels of comfort for their occupants. To achieve this, the levels of air tightness and thermal performance far exceed those mandated by building regulations. To meet planning constraints, Preston Springs has been built using a conventional cavity wall construction. The 300mm cavity was fully-filled using two layers of 150mm Knauf Insulation DriTherm® Cavity Slab 34. Manufactured from Glass Mineral Wool, Knauf Insulation DriTherm® Cavity Slab is specifically designed for cavities and uses a water repellent additive to prevent water ingress, making it ideal for its exposed location close to the Yorkshire Dales.Knauf Insulation DriTherm® Cavity Slab 34 was chosen over rigid board insulation. Its structure meant the stone masons could cut and fit the insulation easily on site to ensure it fully-fills the cavity, touching both leaves continuously. This prevents undesirable air gaps that reduce thermal performance. It is worth noting that masonry construction with partially-filled cavities are particularly prone to air gaps between insulation boards or breaks in contact between the insulation and the wall surface.Secondly, because detailing at junctions between the building elements and the openings meant thermal bridging was virtually eliminated, a more cost effective insulation specification could be chosen. Principal architect Mark Siddall was confident that Knauf Insulation DriTherm® Cavity Slab 34 would deliver the 0.1 W/m2K U-Value required to help the project achieve Passivhaus certification. For the loft, Supafil® Loft Blowing Wool was specified after extensive consultation with Knauf Insulation’s Technical Support Team. While Supafil® Loft is very popular in Scandinavian countries, it is not widely used in the UK. However, Siddall believes that blown insulation has a distinct advantage over other insulation types when working towards very high levels of thermal performance. He said: “The advantage of Supafil® Loft insulation is that it can get it into all the nooks and crannies very quickly and easily. This makes it a low-cost solution as far as labour is concerned because installers don’t have to cut and scribe around individual trusses at 400 and 600mm centres – something that would take a huge amount of time. By avoiding these air gaps, the roof can be expected to deliver the thermal performance that was specified.”It was not just the use of Supafil® Loft that was unusual on the Preston Springs project, but its depth; 700mm of Supafil® Loft was installed, delivering a U-value of 0.06, which Siddall believes makes it one of the most highly-insulated lofts in the UK.Siddall explains that to achieve Passivhaus standard, installation is hugely important. He said: “The only way to close performance gaps is through high quality workmanship. I have used the same construction team on several projects. I ensured that the installer had received the necessary training on how to install the Supafil® Loft insulation correctly, so I had the quality assurance that it would perform as specified in practice.”Steve Wise, Programme and Product Development Manager at Knauf Insulation added: “It is always exciting to work on projects that feature products not commonly used in the UK or in applications that differ from the norm, such as the 700mm Supafil® Loft at Preston Springs.“Passivhaus projects allow us as manufacturers to explore what is possible. Preston Springs demonstrates how environmentally-focused design, high performance products and high quality installation can deliver and meet even the strictest thermal standards in a real-world environment.”Typically, Passivhaus properties achieve a 75% reduction in space heating requirements, compared to a standard UK new build. While monitoring is ongoing, anecdotal evidence from the owners show that Preston Springs is performing as designed, maintaining a temperate climate throughout the year. During ‘The Beast from the East’ the internal temperature was a reported 19°C without heating, while the external temperature plummeted to -6°C. Furthermore, the owners report they are delighted with the low energy bills thanks to the very high thermal performance of the insulation combined with the heat recovery system.

Client: Singleton Distillery Visitors’ CentreLocation: Scottish Highlands, ScotlandYear: 2022Project size: 700 m²Vebro systems: vebroscreed Industrial, vebro Classic Terrazzo, vebrores PU SL HDA combination of luxurious seamless terrazzo and high performance polyurethane coatings were required to complement the interior design scheme of a new whisky distillery visitors’ centre in the Scottish Highlands.A new visitors’ centre at the existing Singleton at Glen Ord Distillery in the Scottish Highlands has been unveiled, representing part of a significant investment into Scottish tourism by the brand’s parent company Diageo, with several similar venues also opened across the country.Located on the North Coast 500 route, the centre aims to attract additional tourism to the area, helping to contribute to the local and national economy.Although the Singleton story began back in 1987, the award winning Singleton whisky is renowned for being modern, vibrant and perfectly balanced, appealing to a new generation of whisky drinkers.The visitors’ centre was designed to reflect this brand positioning, combining heritage and modernity to create a welcoming high end space for its visitors. Housed in one of the distillery’s original buildings, the renovation has married the traditional stonework of the building with modern and industrial materials in order to create a visually striking interior scheme.The floor levelling and resin flooring package for the new Singleton of Glen Ord distillery included vebroscreed Industrial, vebrores PU SL HD and vebro Classic Terrazzo. The combination of floor coatings has covered a total area of 700 m2 and delivered a high end, modern finish for the distillery’s visitors’ centre.vebrores PU SL HD is a heavy duty, solvent-free, flexible, self-smoothing polyurethane flooring system offering outstanding strength and performance, making it ideally suited to areas with heavy footfall and wear from chairs and other similar objects.Designed for use in commercial areas subject to high levels of pedestrian traffic, the vebro Classic Terrazzo system incorporates an attractive blend of decorative aggregates and is ground, grouted and sealed to deliver an eye-catching terrazzo surface.Wrapping around the central bar area is vebro Classic Terrazzo in Genoa, which features a blend of subtly toned grey and beige aggregates encapsulated in a light grey, low emission epoxy resin binder. This provides a traditional-yet-chic impression at ground level. Elsewhere, the solid, matt, deep grey finish of vebrores PU SL HD contrasts with the texture of the terrazzo to lend a modern industrial touch to the scheme.IFT offers clients across Scotland and the North of England a fully integrated flooring service ranging from floor preparation, to screeding and levelling through to installing underfloor heating pipework and seamless resin-based floor toppings.Founded in 1985 by James Love, IFT has been involved in some of the most prestigious construction projects north of the border including work for National Museums Scotland, the Scottish Prison Service, Edinburgh Airport, Education Scotland, and Macallan Distillery.

Westhill Community Church was a new, green field project in Aberdeenshire. Its highly contemporary style was designed for maximum functionality and to encourage use by the wider community. Natural light and climate controllability were the central considerations for the clients of McLean Architects during initial discussions - a common request for high ceiling, large space developments.The architect, McLean Architects (based in Glasgow), had used FAKRO roof windows on a number of other projects and specified FAKRO products because of the excellent technical support and the option to specify matching zinc flashings.33 FAKRO roof windows were discreetly positioned to flood the stage with natural light as well as illuminate a cluster of buildings that formed the sanctuary, low-rise foyer, and adjoining offices.Products included electrically operated FTP-V U3 windows with a rain sensor, specially constructed EFW Kerb Upstands were made to enhance the internal light with combination flashings, Smoke Vent windows, wall switches, and remote controls.

The aesthetics of this new brewery in Ashford were incredibly important to the overall design process, with no detail left unchecked - including the style of the fastener heads used to fix the impressive jet black cladding panels.Designed by Guy Holloway Architects, the Curious Brewery combines two functions in a single 'supershed' - alongside the stainless pipes and vats of the production facility is a visitor attraction comprising space for tastings, a shop, restaurant, and bar. The building makes a bold statement about modern brewing in Britain with a suitably 'curious' black façade, which gives little away until visitors step inside where it then opens up the modern brewing process to visitors - with an immersive approach to the brand experience. "We are extremely impressed with the aesthetically pleasing fasteners chosen for this project. Fixfast colour coated low profile fasteners and washers with very little lead time were a cost-effective solution to an aesthetically pleasing building" Jamie Cook - Managing Director at TLC Industrial Roofing & Cladding

Perfect for office spaces, our MG600 glass office partitions and movable glass walls offer several benefits to your workspace and your employees.The advantages of glass acoustic walls include excellent light flow in offices, low-cost installation, flexibility in the work environment, and the simple fact that they look classy and classy. Not only that, but they also provide excellent sound insulation, enabling privacy between clients or important internal meetings.These flush glazed movable acoustic wall panels are constructed from an aluminum frame with flush tempered glass panels mounted on either side of the panel for a flush glass look. They work especially well in office spaces, impressing everyone who sees them, be it stakeholders, important clients or business partners.Additionally, you can choose to tint the aluminum frame according to your own design or branding needs. These panels maintain the spaciousness of the room's proportions while maximizing light and clear sightlines. Really great office aesthetic.

Nestled in Ireland’s Hidden Heartlands, over-looking the Shannon Blueway and River Shannon, Drumhierny is a unique development of high-end holiday lodges situated in a 100 acre woodland estate. This multi-unit project, consists of sixteen lodges, in four distinct architectural styles, each nestled within their own private area of woodland. The lodges have been designed, manufactured, and constructed to achieve an A-rated Building Energy Rating (BER). To help achieve a thermally efficient building envelope a number of products from Partel have been used.The buildings were constructed using an offsite fabricated Light Gauge Steel (LGS) frame. As part of the frame construction a number of Partel’s low carbon building envelope solutions were used. This included EXOPERM MONO 150, a high performing breather membrane, IZOPERM PLUS, a phA Class Passive House Certified vapour control layer; and CONEXO MULTISEAL, a phA Class Passive House Certified airtight tape.

The Chocolate Quarter is a St Monica Trust’s retirement living village. Formally home of Fry’s and later Cadbury’s chocolate factory, the development was completely refurbished, restoring the iconic buildings, and converting them into apartments. The development comprises of three interconnected blocks. Block A was converted to provide 106 apartments with two floors built off the factory roof. Block B was converted and extended at ground floor level providing communal areas and a 93 Bedroom Care Home and housing apartments. Block C accommodates offices on the upper four floors and a Doctors Surgery at ground floor level.Cellecta’s DECKfon Batten 70 was specified by KWL Architects as they have been rigorously tested and are robust detail complaint for steel, concrete and timber separating floor applications. The battens consist of a layer of recycled, low resonance, open cell, flexible polyurethane foam bonded to an FSC/PEFC certified timber batten.Hall Bros Carpentry was awarded this 4,953m² contract to construct this development in Keynsham.

St Vincents Church in Sheffield was to be transformed into a new student accommodation complex. The renovation project required a mass filling of the existing basement with 20N/mm2 concrete. When contractor, Paul John construction approached CEMEX for a suitable voidfill solution, we proposed to use Porofoam, our low density foamed concrete.Using Porofoam enabled the pour to be completed in less than half the time than using a standard concrete. Due to it’s reduced plastic density Porofoam could be placed in much thicker layers reducing lateral pressures exerted on the 165 year old internal walls of the basement.Additionally, Porofoam is self-compacting and self-levelling, which made it much easier for the contractor to place in the network of basement chambers.Porofoam is available in a range of densities and strengths and is manufactured using our proprietary CEMEX admixtures. For this project CEMEX delivered around 60m3 of pre-mixed Porofoam over 2 days to fill the void which achieved the required 20N/mm2 concrete strength.

This stunning self build property delivered the dream home for our client. The vision of completely open plan areas, stunning vaulted ceiling spaces and stairwells made SIPs an obvious choice. The vaulted ceilings were formed with precision during the SIPs design stages and this complex roof them installed to exacting precision on site ensured the clients precise vision could be delivered.The specification of the 172mm SIPs panel ensured that U Values a low as 0.15 were achieved straight off the shelf which also delivered on the thermal, environmental and sustainability requirements requested by the client.This stunning property has endless features and is an aesthetic master piece, all of which was delivered through detailed design, engineering and installation by SIP Build UK as the appointed SIPs specialist.SIP Build UK took complete responsibility for the design, engineering and installation of the SIPs including all internal walls, floors and the huge amounts of additional structure in both glulam and steel to deliver this open plan, vaulted, stunning property.

Crest Nicholson’s multi award-winning Park Central regeneration scheme is a fifteen-year project delivered in partnership with Birmingham City Council and Optima Community Association. Awarded ‘The Placemaking Award’ at the National Property Week Awards and recognised for regenerating the Lee Bank area in Birmingham, the scheme has created 1300 new homes promoting desirable city living. The project required IG’s special bow lintels for the final phase of 355 apartments to achieve the curvature of the façade whilst accommodating large span balcony openings and unusual loading conditions.Challenge:Glenn Howells Architect’s creative design composed of intricate brick detailing throughout the curved façade. The combination and variation of multiple bond patterns presented unusual loading conditions. A three-course stacked soldier bond pattern above window openings significantly reduced distribution of load through adjacent masonry. The heavy concentrated load carried down the brick piers and through the stacked masonry onto the central point on the lintel. IG’s experienced technical experts attended design meetings to find a viable special lintel solution for each application without disrupting the integrity and design of the architects vision.Solution:IG’s technical team designed bespoke special bow lintels to accommodate opening spans up to 4284mm and allowed for a 650mm end bearing for typical sizes to counter the cantilevered effect of the curved openings. In order to further improve the load bearing, IG designed brackets that secured into a pre-cast channel maximising structural strength at the central point of the lintel. The centrally located brackets bolted through the back of the lintel and accommodated the concentrated loads and eliminated the need to prop lintels during construction. IG provided comprehensive technical support throughout every stage of construction process for the most effective structural design solution.Testimonial:“The development has been a resounding success in transforming and rejuvenating the Lee Bank area in Birmingham. IG’s technical team were responsive and receptive to all urgent requirements throughout every stage of the construction process. An outstanding technical service that we have come to expect from IG.”Crest Nicholson