"low voltage switchgear"

Sopro RS 648 Vibration Slurry was selected for the LIDL method of tiling which consists of compact-vibration floor tile fixing, in the new LIDL store in Bently, Doncaster. Smet Supported Partner, Core PIC Ltd, selected the superior quality German-made, RS 648 Vibration Slurry for its flexibility as a bonding slurry in the installation of stone and ceramic tiles, making it ideal for using in vibrated floor systems (or indeed conventional methods). The tiling was carried on on behalf of main contractor PDR Construction.In preparing the floor to LIDL spec, the floor screed is placed and struck off to required levels and pre-compacted using a straight edge. The bonding layer, namely Sopro RS 648 vibration slurry, is applied to prepared and pre-compacted floor screed and ceramic tiles are immediately placed with tightly butted joints to LIDL spec.After installation of a vibratable area (10 – 20 m², depending on situation/ambient conditions and resultant setting behaviour of floor screed), a surface vibrator is passed over floor covering and tiles vibrated into the adhesive bed. When sufficiently set, hardened and bonded joints were grouted with Sopro FL 526 Flexible Tile grout.Sopro RS 648 Vibration Slurry is a one-component, fibre-reinforced, polymer-modified, trass-bearing, cementitious bonding and contact slurry. Applied as flexible bonding slurry for installation of stone and ceramic coverings using vibrated floor system or conventional methods. It’s ideal for slurry application technique. Sopro RS 648 is particularly suitable for laying tiles with low water absorption (fully vitrified stoneware). For laying large-format units (30 cm × 60 cm) using vibrated floor system. It can also be used as slurry-applied bonding layer on substrates and on bedding adhesive.Sopro FL 526 Flexible Tile Grout is a flexible, trass-bearing, cementitious tile grout, meeting CG2 WA requirements to DIN EN 13 888. Suitable for grouting ceramic, fully vitrified stoneware, natural and cast stone coverings and glass block assemblies. Rapid set for low-suction tiles, with specially tailored joint-filling properties and first-rate washability (removability). Particularly suitable for balconies, patios and in conjunction with floor heating systems (UFH).The product’s special properties and SMET’s superior technical backup, are key factors in choosing Sopro RS 648 Vibration Slurry and Sopro FL 526 Flexible Tile Grout. Smet Building Products Ltd is committed to delivering high-quality products to the construction of LIDL stores.For more info on our range of SMET Professional Tiling Products.PDR built the new LoF (Lidl of the future) store in Bentley Doncaster. The 23,000 sq/ft store with its striking design will help to increase Lidl’s market share and see their profits continue to rise in the UK. The Bentley store will be PDR’s 10th new build store for Lidl.Related DownloadsTDS Sopro RS 648 Vibration SlurryTDS Sopro FL 526 – Flexible Tile GroutSmet Professional Tiling Systems Brochure

Entering a building is usually the only way to find out what takes place inside. But that’s not the case with the Manchester Metropolitan University’s new School of Digital Arts (SODA). It acts as a giant canvas to illuminate digital content produced by students, thanks to an LED rainscreen façade on its northern face. The five-storey, 5,200m2 SODA building is adjacent to the Manchester School of Art and will provide space for a digital innovation and User Experience (UX) lab, film studios, green screens, edit suites, sound, music and production studios; alongside a screening room and gallery space. Like all rainscreen façade projects, the SODA building needed insulation to meet the required thermal, fire safety and acoustic performance, but the LED façade added complexity to the specification. The chosen rainscreen panels were perforated with small holes to allow the lights to shine through – but this also meant the insulation could be seen from certain angles, so the insulation needed to look aesthetically pleasing too. During the design process, architects Feilden Clegg Bradley Studios had specified Knauf Insulation’s Rocksilk® RainScreen Slab for the project. It is non-combustible with a Euroclass A1 reaction to fire classification, so complies with building regulations that ban combustible insulation on certain buildings over 18m tall in England and Wales.  Rocksilk® RainScreen Slab also has a thermal conductivity of 0.034 W/mK so could meet the U-value of 0.19 Wm2K. And thanks to its sound absorption characteristics, critical for low mass rainscreen structures, it will help create a quieter space for the students. The principal contractor Kier Construction had tasked specialist façade contractors Maple Sunscreening with determining the required thickness and aesthetics. So they contacted Knauf Insulation to discuss the best solution.  Knauf Insulation’s Technical Support Team undertook 3D U-value calculations and confirmed that a 150mm slab should be used for the project.  What’s more, Rocksilk® RainScreen Slab is manufactured with ECOSE® Technology, Knauf Insulation's unique bio-based binder that contains no added formaldehyde or phenol. This gives Knauf Insulation’s mineral wool its unique brown colour, so the insulation won’t stand out behind the perforated rainscreen panels. It also makes it soft to touch, easy to handle and generates low levels of dust and VOCs. As a result, products made with ECOSE® Technology have been awarded the Eurofins Gold Certificate for Indoor Air Comfort. Rocksilk® RainScreen Slab is designed to be easy to install correctly. Slabs are robust which makes them easy to manoeuvre into place. Once in position, they butt tightly together and adapt to any imperfections in the substrate. This prevents unintended air gaps that can compromise thermal, fire safety or acoustic performance. Using Rocksilk® RainScreen Slab was the optimal solution for the SODA building providing both the high thermal, fire safety and acoustic performance demanded of modern buildings. And thanks to its unique brown colour, the mineral wool insulation won’t be a distraction, instead acting as the perfect backdrop for the dazzling LED light displays created by the students. 

Glazing Vision worked closely with Architect, A R C Architecture Ltd, and Contractors, Matrod Frampton Ltd, on this incredible project located in Lymington, Hampshire, where the client was looking for their new pool room extension to include a large, flat rooflight, creating a peaceful and naturally lit room, perfect for a relaxing swim. They were also looking for a rooflight within the loft area of the home to allow natural daylight and ventilation to the space.Glazing Vision’s Flushglaze Fixed Multipart Rooflight in Slate Grey Matt was specified for the roof of the pool house, which was an impressive 3800mm x 10360mm in size, which almost mirrors the size of the swimming pool below.Bespoke glass was selected for this particular project. The double-glazed outer pane was made up of heat soak tested, toughened glass which offers a greater resistance to thermal stresses and provides better protection against glass breaking, reducing risk of injury, essential with a pool directly below.Argon gas filled the space between the panes of glass which helps insulate the room and minimises the transfer of heat through the glass along with a black warm edge spacer which is an insulating plastic composite material that becomes a barrier to heat loss.The inner pane consisted of heat soak tested, toughened, PVB laminated glass which prevents glass shattering under impact by holding the shards together on the membrane so they cannot become lethal, and includes a soft coat low E rating of 1.1, helping with the energy efficiency of the room by reducing energy costs.The product was tested to class 1 in accordance with CWCT TN66/67 which is essential for rooflights which might be walked on for occasional cleaning/ maintenance activities, and which will therefore need to support both the weight of people on the glass and their equipment, which may be required on this occasion.The rooflight was supplied in 6 sections with internal back-to-back angles at the joints between each section. The 6 sections were sized to achieve an equal split when viewed from underneath.Our Skydoor Electric Hinged Access Rooflight was specified on the roof of the loft space which is ideal for ventilation and regular access, and offers natural daylight to the space below. Intelligent actuators ensure synchronized operation between the two supporting mechanisms, so the Skydoor opens to a maximum 87° in one fluid, trouble-free motion, providing you with easy access to the space above.The glass was a double-glazed unit comprising of a heat soak tested, toughened, soft coat low E (1.1) outer pane, with Argon Gas within the space between the panes and black warm edge spacer, with the inner pane consisting of heat soak tested, toughened, PVB Laminated glass, and was also tested to class 1.Both rooflights were expertly installed by our sister brand, Glazing Renovations.“Glazing Vision were helpful in explaining the two different upstands required for the different glazing systems. The installation team were helpful and carried out their work in a professional manor.” – Steve Davies, Site Manager, Matrod Frampton.

As part of an exciting regeneration project in Cardiff, Lowfield Timber Frames specified SMARTPLY AIRTIGHT panels alongside a supply of their timber kits for a development of 12 two-bedroom houses in Heath, Cardiff.As part of an exciting regeneration project in Cardiff, Lowfield Timber Frames specified SMARTPLY AIRTIGHT panels alongside a supply of their timber kits for a development of 12 two-bedroom houses in Heath, Cardiff.The homes are built to strict Passivhaus standards, offering improved health and wellbeing conditions for occupants whilst requiring very low levels of energy for space heating or cooling. Additionally, using timber frame for the construction lowers the carbon footprint of the development.The major benefit of a Passivhaus build is the reduced energy consumption during the operating life of the structure. This will ultimately lead to reduced energy costs, heating bills, and even lower carbon emissions for the planet.The average air test result for the 12 homes came in at below 0.5 ACH. A Larsen truss panel (a lightweight wall extension which creates extra wall space to a house insulation) was also used in the project. It was 330mm deep with the finished wall make-up being closer to 500mm.Darren Jarman, Managing Director of Lowfield Timber Frames, commented: “The Highfields scheme in Cardiff was just one of several passivhaus schemes we have completed over the past 2 years. We now have an external wall build-up that not only meets the passivhaus standards, but also has extremely low embodied carbon credentials.“The external wall has been fire tested and achieves the airtightness required, all in all, reducing the heating requirements and the running costs of the property.”SMARTPLY AIRTIGHT is an airtight OSB/3 panel with integrated vapour control and air barrier properties for use as structural sheathing in timber frame structures. The airtightness is engineered into the OSB panel substrate, whilst the factory applied specialist surface finish technology provides increased and constant vapour resistance on the warm side of construction. The panels are suitable for both new build and renovations.The distinctive green layer of SMARTPLY AIRTIGHT is a UV cured coating providing increased and constant vapour diffusion factor. In addition, it provides a smooth and durable surface for taping the connections.The panels made to OSB/3 grade, are moisture resistant and can be used in humid conditions (service class 2). The hygroscopic nature of the OSB panel acts as a humidity buffer to help prevent interstitial condensation within the timber frame structure in limited cases of reverse diffusion.Jarman concluded: “Whilst there are other products available which will achieve the airtightness, we feel SMARTPLY AIRTIGHT is the most robust solution available and eliminates the possibility of accidental damage, resulting in a failed test.”The ambitious project is part of the ‘Cardiff Living’ programme, a 10-year partnership between Cardiff Council and Wates Residential, which will deliver 1,500 new homes at sites across the city.Discover more about SMARTPLY AIRTIGHT and its applications here: https://mdfosb.com/en/products/smartply-airtightFind out more about Lowfield Timber Frames here: https://www.lowfieldtimberframes.co.uk/Twitter: @LTFltd

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.

Project: Slimming World headquartersClient: Slimming WorldMain contractor: Morgan Sindall ConstructionArchitect: CPMGWith its newly extended headquarters in Alfreton, Derbyshire, weight-loss organisation Slimming World wanted to create a landmark building for the brand that would both provide an ideal working and training space for its people and deliver excellent environmental performance.Glazing plays a key role in the £8.5 million scheme, both aesthetically and in terms of its use of energy.At the heart of the building is a large atrium with a full-height glass front elevation and a glazed roof running right to the back of the space. Meanwhile, one of the wings connected by the lobby area features large ‘picture windows’ that deliver views over the facility’s attractive, leafy grounds.High-performance envelopeBecause much of the building’s envelope is glazed, the designers faced the challenge of avoiding the need for an energy-intensive climate-control system to create a comfortable environment for users all-year-round.Lee Shaw, Business Development Manager at Pilkington United Kingdom, explained: “The twin challenges any building with extensive glazing faces are loss of heat on cold days and excessive heating as result of direct sunlight when the weather is warmer.“The combination of products we have supplied to this project use advanced coatings cleverly to minimise these two effects, helping to smooth out the peaks and troughs that can lead to uncomfortable temperatures, expensive heating and air-conditioning bills and wasted energy.”The curtain walling system uses double-glazed units manufactured by Pilkington, incorporating Pilkington Suncool™ 60/31 T solar-control glass and Pilkington Optitherm™ S1 Plus, a low-emissivity product.The solar-control glass features a state-of-the-art coating that transmits only 31 per cent of the sun’s energy, while still allowing for 60 per cent light transmittance, so that occupants still get a clear view outward.The low-emissivity glass meanwhile features a coating that reduces outward radiation of heat, so that less is allowed to leave the building on colder days.Uninterrupted viewsThe same glass is used in the atrium wall and roof but is held in place using the latest structurally glazed units from Schueco. These deliver glazed surfaces with ultra-low-profile frames to minimise interruption of views from the building, as well as daylight flowing into it.Extra strength is added to the atrium glazing by including a layer of laminated glass on the inner pane, to help the large units stand up to forces exerted on them by the wind and potentially the weight of snow during the winter.Lee Shaw continued: “This project demonstrates the range of glazing solutions we are able to offer, with a combination of curtain walling, structural glazing and roof glass, all of which has been manufactured in the UK.“The architect has used timber slats to deliver some degree of solar shading, but the extensive area of glazing enclosing the space means there would still be significant risk of excessive heat build-up. The glazing specified minimises this effect, saving energy and money while also delivering a more comfortable and stable year-round climate for those using the building.“This is also one of the first projects to feature Pilkington Suncool™ 60/31 Pro T glass, which is now fully manufactured in the UK, following recent re-location of production from Germany. It’s great that we’ve been able to combine a made-in-Britain success story with a new chapter for a well-loved British business.”The completion of the building is the latest chapter in the story of Slimming World, which started when founder Margaret Miles-Bramwell OBE, then 21 years old, first began holding Slimming World groups in Alfreton in 1969. Now, 50 years later, there are 19,000 local groups across the UK and Ireland, run by a network of more than 5,500 self-employed Consultants.The new headquarters includes extensive training facilities, meeting and office spaces, as well as a brand new 550-seater restaurant for staff, guests and Consultants visiting for training.Paul James, Slimming World’s Facilities Manager, says: “People have always been at the heart of Slimming World’s success and so ensuring that our people – our head office staff and Consultants – have the facilities and environment they need to do the best job possible has been a real priority for us. The new building will ensure we have the facilities we need to train and support all of our fantastic Consultants who deliver exceptional service to our members to support them to lose weight and live healthier, happier lives.“Having large expanses of glass has provided us with a beautiful, light-filled space that will be comfortable and inviting for everyone who uses the building right through the year.”

This large-scale project featuring 224 bolt-on balconies involved the replacement of composite decking boards on timber joists with BalcaSmart Aluminium decking.We've seen a huge increase in the number of refurbishment projects since the updated Approved Document B came into force along with guidance from the government urging owners of pre-existing buildings to remove combustible materials from balconies if found.This luxury tower was completed in 2014 but with 25 stories, it was a project that came with many challenges.System UsedBalcaSmart Aluminium decking system with aluminium decking boards in RAL 7039 (Quartz Grey).Selected for its low-height build-up, the BalcaSmart Aluminium decking system for balconies was selected, with joists attaching directly to the existing steel balcony frame.Balconies are stacked. To ensure the finish from below was as seamless as that from above, the substructure was powder-coated in RAL 7040 (Window Grey) to match the balcony steels.The ChallengesPre balcony fabrication, our estimating and design team worked with Fletcher Crane architects to create detailed designs, which our team used to create a bespoke specification.As the development was completed in 2014, apartments were occupied, with residents present during refurb works.Furthermore, due to the glass facades and balustrades to the exterior, the goods for the job (including cut-to-length aluminium decking boards) were taken in through the interior of the building and installed as such by London-based Acacia Gardens from Hounslow.Location: ShoreditchCompleted: 2021Architect: Fletcher CraneClient: Private leaseholders

System Used - TerraSmart pedestal IGNOThe Botanist is a botanical cocktail bar in the heart of Newcastle. Complete with a rooftop terrace bar, it entices revellers and partygoers with a welcoming and curated look. The natural materials of the terrace bar, mixed with the abundance of plants and natural light, transport customers to a chic, far-off watering hole. To complement and contrast the natural materials in the industrial setting, the bare materials, exposed brick, and stone effect tiles give a suggestive canvas to the biophilic decor. The design function of the terrace is as a high foot traffic area for social meetings. To fully support the paved area in these situations, we have seen a rise in users looking for simple pedestal systems that still provide a robust substructure at an economical rate. The pedestals have a wide base acting as a stable foundation and spacer tabs that equally space the pavers apart to create drainage channels.Sasso porcelain tiles could support the primary use of the space due to their inherent properties. These porcelain paving tiles are naturally non-porous, protecting the finish from staining. This non-porous property also makes the tiles resistant to bitumen and algae. The tile also features a low slip potential in both; wet and dry conditions. Having these properties within a hospitality environment can help make a safe and long-lasting flooring surface.TerraSmart Pedestal IGNO fits into this industrial, chic environment with its simple, robust pedestal structure and hard-wearing but stylish flooring finish, punctuating the space and tying the terrace together. 

Senior Architectural Systems has taken its aluminium fenestration solutions to new heights after being specified on the new Oaklands Rise mixed-use residential development in London, which is not only one of the UK’s largest regeneration projects but also one of Senior’s largest contracts to date.Designed by CZWG Architects and constructed by the Vistry Partnership, the £175m scheme comprises three major tower blocks which vary in height from ten to 27 storeys. Senior’s slim profile SF52 aluminium curtain wall system has been used to create the striking faceted curved elevation, with the smooth rounded corners of the balconies and corner apartments further accentuating the design. Senior’s robust SPW500 aluminium commercial doors were used externally and installed to the fire exits and main entrance, with SPW600 aluminium doors fitted internally throughout communal areas.With the need to increase energy efficiency and reduce the carbon footprint of the scheme, Senior’s patented low U-value PURe® aluminium windows and PURe® SLIDE patio doors were also chosen for the scheme. As well as contributing to lower energy bills for the residents, the slim sightlines of the PURe® aluminium windows and doors perfectly frame the development’s far-reaching views over London and the attractive green streetscape below. The stylish PURe® SLIDE aluminium sliding doors also provide select apartments with access to individual roof terraces, creating a seamless link between the interior and exterior spaces.

The BuildingThe Malvern Theatre in Worcestershire is a longstanding asset to the community, having undergone extensive renovation works, the construction of the new entrance, now uses Saint-Gobain Glass COOL-LITE SKN 175, further enhancing its appeal.In addition to serving as the theatre's new main entrance, the extension facilitates a significant increase in workshop capacity, from approximately 2,500 to 14,500 places annually. This expansion enables the hosting of further drama, music, movement, dance, and art classes. Furthermore, the enhanced facilities enable the Malvern Theatres to extend its collaborations with Acorns Children’s Hospice and other specialized care providers.The GlassThe COOL-LITE SKN 175 glass is an ideal solution for façades and glazing in commercial buildings. This high-performance product excels in solar control, providing a neutral aesthetic whilst prioritising energy efficiency. The result is the creation of beautiful, functional buildings that perform well, considering aspects of comfort, visual appeal, and the sustainability of building glass over the complete building life cycle.COOL-LITE SKN 175 balances the advantages of a high-performance neutral solar control product with:·      High light transmission 70%·      Low g-value of 0.35·      Excellent U-value of 1.0W/m2K·      High degree of neutralityBy using COOL-LITE SKN 175, interiors can be made more comfortable, reducing overheating and the reliance on costly air conditioning. Simultaneously, it noticeably decreases excessive heat loss. The high light transmittance also diminishes the need for interior lighting during daylight hours, contributing to a further reduction in energy costs.

Castle Park View is the tallest residential building to have been built in the city of Bristol to date. At 26 storeys high, the residential tower block forms part of the wider Castle Park View scheme, which is also the largest Urban Green Space in the city.The development also features a main block and a 10-storey tower, creating in total 375 new one and two bedroom apartments. Senior’s slimline SF52 aluminium curtain wall system and patented low U-value PURe® aluminium windows and doors have been used across the scheme and were fabricated and installed by Denval, for architects Chapman Taylor and contractors Bouygues UK.Created following the extensive regeneration of a brownfield area and built on the former site of an ambulance station, sustainability is a key part of the design of the Castle Park View and the residential scheme has achieved a level four standard in the Code for Sustainable Homes certification.Both Senior’s thermally-efficient SF52 aluminium curtain wall system and Part L compliant PURe® aluminium windows and doors are highly durable and fully recyclable, making them the ideal choice for a modern development that is also striving to help reduce the energy bills of its residents. The thermal performance of the aluminium fenestration system complements the other sustainable features including the use of the UK’s largest water source heat pump, the nearby Castle Park Energy Centre, as the development’s main heat source.

Date of Project: September 2017Project Owner: Cairns Regional CouncilProject Contractor: Waterstop Solutions Pty, LtdProject Engineer: Cairns Regional Council Market/Environment WastewaterSubstrate: ConcreteSize of Project: 12 x 2m joint replacementTHE CHALLENGEThe joints on a municipal wastewater treatment tank had degenerated to the point where repairing and resealing were necessary. Cairns Regional Council required a product with a fast cure time and rapid compressive strength gains.Five Star® SolutionFive Star Structural Concrete® V/O was selected due to its rapid set and high early strength gains; it reaches 2,500 psi (17.2 MPa) within three hours. This rapid strength gain allowed for the repaired joints to be resealed with minimum turnaround time in preparation for the installation of a joint sealant system.ABOUT FIVE STAR STRUCTURAL CONCRETE® V/OThis is a high-strength, rapid-setting, one-component, permanent concrete repair material for vertical and overhead structural repairs.It produces a repair that is dimensionally stable, develops an integral bond to existing concrete, and restores structural integrity within hours of placement.Provides increased corrosion protection to steel-reinforced structures with migrating corrosion inhibitor technology and very low chloride ion permeability. Moisture-sensitive coatings can be applied in 8 to 24 hours.Can be troweled vertically or overheadOne product for thin and thick placementExcellent freeze/thaw resistanceOutstanding corrosion resistance for protection and rehabilitation

The ChallengeThe redevelopment of Clyde Campus is part of the fifth stage of a larger programme initiated by Glasgow City Council to re-build and modernise its pre-12 and special education estate. At the heart of the project is the Council’s desire to create an effective educational environment which takes a holistic approach to the design process by combining social, economic and environmental goals, resulting in a sustainable architecture, culture and landscape.The SolutionThe architectural response to the site has a central assembly hall and four radiating wings. This radial plan divides the site and avoids large elevations to the street edge, which is surrounded by low-density, two-storey housing. The design aims to create a new, accessible, attractive, welcoming and sustainable campus with shared community amenities with clear public frontage to the building.The facades have been composed to reflect the differing functions in each wing through choice of material and scale.The majority of the building is clad in a bespoke blend of Forterra’s Dark Tame Valley and County Multi Dragfaced Blend bricks, which evokes a sense of solidity and robustness. Lightweight metal cladding breaks up the brick expanse, helping to identify the campus’s different functions.The BenefitsThe new campus has successfully brought together nursery and primary age schooling under one roof with a range of enhanced facilities for pupils and for the wider community. The choice of building materials is an integral part of defining the different areas on site, from gym halls, to Early Years and classroom blocks.

Our team manufactured and installed 26 two-compartment Laminate Heated Lockers to accommodate 52 people, designed for a wet area, which assures that there will be no risk of peeling or rust.The specification of two-compartment Heated Lockers were 1800mm high, 300mm wide, with 1mm rivets, and 450mm deep. Lockers are positioned on top of a 175mm stand, which allows the heat to enter the lockers through perforation. The Laminate Heated lockers were requested to be in ‘Gris Orage’ by Polyrey, which offers a visually pleasing design that matches the room’s colour scheme.Helmsman Heated lockers are the perfect solution for wet clothes, with laminate doors to fit your aesthetic needs. The lockers are manufactured with a perforated base as well as the shelf allowing the warm air to circulate inside the locker and perforated slots at the top allow the damp air to flow out.Laminate Heated Lockers were finished with Lowe & Fletcher Nimbus in Black. Nimbus is a great lock option since it gives users the peace of mind that their personal possessions are secured and it can be used in both public and private user modes, meaning it may be permanently locked up with a single code or used for day-to-day use.Helmsman Heated Lockers are a fantastic option for many industries. Heated lockers provide commuters and employees who require their damp clothes to dry before the end of the working day.If you have a project where heated lockers are required, or if you want to know more about helmsman products, contact us today at 01284 530496 or get your quote here today.

Friesland Campina CHALLENGE An absolute must for refrigerated warehouses or dairy processing facilities is to try to keep the building as cool as possible and to avoid all causes of heat, in order to keep the cooling costs as low as possible. Some decisions can have detrimental effects though. Mechanical fixing of the roofing membrane for example, in case the wrong fastenings are used. Thermal bridging may cause cold – or in this case heat - penetrating through the flat roof fasteners resulting in higher energy bills. And, quite important as well, mechanical fixing will perforate the vapour control layer, which in the case of cool buildings sits uppermost on the insulation. The result being moisture-related damage to the insulation! Furthermore, it has also been proved that the darker the roofing membrane, the less the sunlight will be reflected, the more heat will be absorbed. Again resulting in escalating energy costs. Waterproofing a cool storage warehouse is definitely not easy! In this regard Friesland Campina were looking for a durable and ecological roof solution for their brand new refrigerated distribution centre in Maasdam. SOLUTION RENOLIT came up with the perfect answer: the RENOLIT ALKORBRIGHT cool roof membrane. Here’s why! RENOLIT ALKORBRIGHT is a completely white PVC membrane reflecting the sunlight up to 90%. Absolutely the highest solar reflectance rate ever. Thanks to this membrane, which prevents the interior from warming up, there will be no extra air conditioning expenses. In addition, an extra protective coating makes sure less dirt sticks to the roofing membrane. This layer will in turn help to maintain a durable reflection. 

Chelmer Waterside near Chelmsford in Essex, is a residential-led riverside quarter, delivering new homes and public spaces south-east of the city centre. The site of a former gas works, the land is being regenerated to offer high quality affordable housing on the River Chelmer peninsula.SURFACING REQUIREMENTAddagrip approved contractor The TP Group was appointed by Taylor Wimpey to assist with various aspects of the project, including Landscaping, Painting, and Fire Protection. They were also pleased to help with a very demanding first floor level crescent and second floor walkway within the heart of the ongoing development.Many logistical challenges of surfacing the podium decks were managed and overcome, alongside time restraints and weather conditions. The original plans of using pedestal paving were shelved due to time restraints and material availability. Following discussions, an Addagrip Terrabase Classic Resin Bound no-dig gravel system with a Stonebound finish was selected as the surfacing product due to speed of installation, aesthetics and availability.The TP Group installed a 365mm deep substrate, consisting of various materials, for the podium balconies on the first and second floor level ready for Addagrip’s Terrabase Classic resin bound system. A Stonebound 6mm bespoke blend was selected as the Terrabase Classic resin bound finish with 297m2 being installed on the first floor level crescent and 66m2 on the second floor walkway.The new paving offers a decorative, low maintenance surface with excellent slip resistance.The installation was completed in January 2021.

'NO-DIG' RESIN BOUND SURFACING SOLUTION FOR PARK IN PUTNEY, LONDONTerrabase Rustic was selected for a ‘no-dig’ project creating new pathways across existing grassed, macadam and gravel areas in a popular park in Putney, London.Addagrip approved contractor True Grip Ltd was approached by the local authority to provide a quote and proposal to upgrade the existing pathways and create new paths to the Leader’s Gardens, a small public park lying alongside Putney Embankment, opened in 1903.SURFACING REQUIREMENTOne of the issues to be resolved was that the tree roots could not be disturbed so a ‘no-dig’ system had to be applied around the trees and rooted areas. For these ‘no-dig’ areas True Grip specified Addagrip’s innovative Terrabase Rustic system to be laid directly onto the existing grass and directly over the rooted areas, creating a new pathway. This meant that the trees and tree roots were not disturbed and due to the porosity of the Terrabase Rustic system, precipitation would not be reduced, irrigating the existing surface without changing the trees’ climate or environment.Over 250m2 of Terrabase Rustic Oak 6 -10mm aggregate blend was selected to provide attractive, hard wearing, natural aggregate pathways that are low maintenance, seamless and in keeping with the park setting. The porosity of the Terrabase Rustic system allows essential drainage to reach the tree roots and provide all year round access for pedestrians and wheelchair users.The project was a great success and the paths now provide a circular route around the Beverley Brook area.

Over 1800m2 of Stonebound resin bound permeable paving has been installed at Kings College University London to upgrade the existing surfacing for the historic quadrangle. The Strand Quad has been a part of King’s since the original university building (the King’s Building) was completed in 1831.SURFACING REQUIREMENTThis project aimed to modernise and improve the surface of the Quad and provide engineering research laboratories and teaching space for new undergraduate engineering programmes in Strand Campus Quad basement levels -1 and -2.A significant part of the plan was to remove the tired, worn asphalt and replace it with a new Resin Bound gravel surface, releveling and refurbishing the King’s Building steps.The requirement was to provide a clean, modern looking finish whilst remaining sympathetic to the Quad’s history and its surrounding, including the King’s Building and the East Wing of Somerset House, which are both Grade I listed. The paving needed to be decorative, low maintenance and durable with good slip resistance for the historic courtyard.Addagrip approved contractor TP Surfacing and Coatings were first contacted about the project by Farrans back in March 2009 to assist with the design, specification and installation of over 1800m2 of surfacing at the university. Stonebound permeable resin bound paving was selected to create the two colour design in bespoke blends and work commenced in April 2022 on the transformation.The surfacing was completed in May 2022 to the client’s satisfaction.Find out more about resin bound paving systems for courtyard projects

One of Cardiff city centre’s recent regeneration schemes, Capitol Quarter, required a multi storey car park to provide parking for the new office buildings within the development. To ensure the car park was protected and finished with the highest quality materials, the main contractor sought advice from Degafloor Ltd to ensure a suitable cost effective, high performance waterproofing system for the top deck, ramp and an inter deck area over occupied premises was specified. Following a full site visit and having assessed the client’s requirements in full, Degafloor specified the CP TD system with fleeced banding to substrate cracks and all upstands for the top deck, the CP HD system for the ramp and a fully fleeced CP TD for the area over occupied premises. Capital Quarter Multi-Storey Car Park Cardiff Why Degafloor Degafloor car park decking systems use highly advanced fast curing MMA chemistry to create flexible and incredibly durable systems that cure fully within just 1 hour of installation, even at temperatures as low as -10°C. They are completely waterproof, so guard against water ingress that could result in the decline of structures or damage to property (premises or vehicles). This combination of superior performance, skid resistance, rapid cure times and design flexibility, have contributed to the Degafloor range of car park decking systems becoming a popular choice for new build and refurbishment projects where speed and ease of installation, longevity and visual aesthetics are paramount.

The owners of this four storey, semi-detached, Victorian home have totally transformed it to create a wonderful, contemporary space, full of character, colour and texture.The works undertaken included the demolition of the existing lower ground conservatory and the construction of a full width rear extension. The new space provides a large kitchen, dining and sitting area, but also retains the connection to the front snug. A two storey extension was formed along the side return, providing a boot room and utility space on the lower ground level and a cloakroom and WC on the upper ground level. A bespoke, black steel door screen from the Clement EB24 range was designed to form a glazed elevation facing onto the raised garden from the kitchen. The feature doors, along with other elements, such as the wide oak timber flooring, Bauwerk painted walls and a specialist kitchen provided by Daulby and Tickle, have created an incredible result.The Architect, Daniel Harris said “We’ve worked with Clement Windows on several residential projects, this one being the most complex. The process from initial sketch design through to installation was excellent. Clement produced highly detailed drawings and were very responsive throughout the development of the design. The installation team worked in close collaboration with the Contractor and ensured all elements of the openings were prepared and ready for installation. The end result was an extremely high quality and complex product installed with very low tolerances to an impeccable standard.”Photograph: GG Archard

Helmsman’s most recent project was for a company we have enjoyed working with in the past. McCormick are a global leader in flavour, with Schwartz, Franks RedHot and French’s just a selection of their well known brands. Back in 2021, we manufactured and installed a variety of lockers in their new Cambridge facilities, from garment collectors, garment dispensers through to office and visitor lockers.This year we had the pleasure of working with McCormick again for their UK HQ in Haddenham, Buckinghamshire. The client requested lockers for their staff members and so Helmsman supplied and installed 164 mild steel, 1 compartment lockers with sloping tops and stands. The colour scheme was kept bright but professional, with a selection of colours including standard “Ice” coloured body with blue, red and yellow doors.Helmsman’s Essential Metal Lockers are manufactured from mild steel, and powder coated in our factory with our new paint booth. There are a variety of colour options, with those chosen by McCormick being Royale (blue), Cherry (red) and Yellow. The lockers were finished with Lowe and Fletcher Camlocks, a simple, secure and easy to use option, perfect for the lockers required.In addition to the lockers, Helmsman also supplied bench seating for McCormick’s Haddenham HQ. We produced 10 double sided benches, with coat hooks and Ash Hardwood seating slats.The lockers and benches really do look fantastic at McCormick’s Haddenham HQ. It was great to work with McCormick again and we hope to help them with any locker, cubicle or bench seating requirements they have in the future.

Taw Wharf is a new waterfront destination placing contemporary design and modern amenities alongside the historic listed buildings of the medieval Long Bridge. The full development will encompass a range of apartments, penthouses and townhouses adding up to a 172 newly designed homes. Hyperion Composite Fencing was selected for this project. Project BreakdownLed by local housing experts North Devon Homes and Pearce Homes, the 30-acre site will have close references to the character and materials of the site’s maritime history and its riverside wharf location to create a vibrant community.Located in the premier town of North Devon, the project is close to both the country and the coast. To enhance its natural beauty and rural living, all new release townhouses will offer an outdoor area. The development is nearing completion with the first viewings taking place beginning of August 2019.The SolutionEnviroBuild provided 3,118 m² of Hyperion Pioneer stone fencing for the townhouses’ front gardens and parking spaces. The non-rot, low maintenance panels made it the perfect material to fence the residential homes. The contemporary design also made the development blend in perfectly with the area’s historic charm.Working closely with the contractor Pearce Construction, the fencing was installed using granite fence posts included in the purchasing price.Project DetailsSize: 3118 m²Product: Stone Hyperion Pioneer FencingClient: Pearce ConstructionArchitect: Woodward SmithContractor: North Devon Homes & Pearce HomesSub-contractor: Pearce ConstructionLocation: Barnstaple, North Devon

The redevelopment of Thrayle House involves a collection of new builds with heights of up to 20 storeys. Changes to fire legislation placed a ban on using combustible materials on the external walls and specified attachments of new high-rise buildings. Materials used in the construction of relevant residential buildings have therefore been limited to those with a fire-rating of Class A1 or A2 under EN13501-1 standards.Project BreakdownOrientated around quality and high specifications, Thryale House was after a balcony flooring system to support its 170 new homes, accommodating for a variety of resident needs, from the elderly to families and couples.Designed to comply with all current legislation, EnviroBuild’s Luxury Porcelain Tiles were selected to furnish all balconies across the Thrayle House collection.The SolutionThese complete non-combustible balcony systems offer solutions to meet the requirements of any project without compromising on quality or sustainability. Iron, from the Ergo collection, was selected to beautifully accompany the existing shades of the build, supporting the charismatic aesthetic developed through its local connections.Along with its reliable non-combustibility, a variety of impressive benefits include anti-fade technology, scratch resistance and low maintenance requirements for resident security and ease.Project DetailsSize: 460 m²Product: Iron Outdoor Porcelain PavingSubstructure: MESA Paving SupportsClient: Henry Construction & Network HomesArchitect: PRPLocation: London

Project BackgroundDesigned by Pritzker Prize-winning architect Zaha Hadid in 2004, before London won the bid for the 2012 Summer Olympics, the London Aquatics Centre is an indoor facility with two 50-metre (160-foot) swimming pools and a 25-metre (82-foot) diving pool. Its iconic wave-like roof sweeps up from the ground and was inspired by the fluid geometry of water in motion, creating spaces and a surrounding environment in sympathy with the river landscape of the Olympic Park.Project SolutionPowrmatic Wall Opensky louvred ventilators were at the heart of the smoke and natural ventilation system at the London Aquatic centre in the Queen Elizabeth Olympic Park in Stratford, east London. The ventilation systems were designed and installed by Air Design Systems Ltd.The wall mounted Opensky louvred ventilators are used to provide a high-free area at the back of the stands for heat exhaust and smoke extract. The units were double-stacked and provided with a white polyester powder-coated finish.Air Design Systems Ltd also made provision for the control system that included local control panels, electrical wiring, override switches and full commissioning and demonstration of the system.Project ResultTested for use as smoke ventilators to BS EN 12101-2, Powrmatic’s Opensky ventilators can be roof or wall mounted for exhaust or inlet and can be supplied with a hinged base for use as an access hatch. They have been specifically designed for both smoke and heat exhaust and natural ventilation applications and combine an attractive style with a discreet, low profile.

The ChallengeFounded in 1432, Sevenoaks boarding school is one of the oldest and most prestigious in the country with some of the buildings dating from the 17th Century. The client requested an easy-to-use, energy-efficient underfloor heating solution in rooms of different uses across the school that would have a negligible impact on floor heights. The installation of the system would also have to be considerate of the historic nature of the building.The SolutionDue to the need for a low floor build-up and with a project featuring a mix of floor finishes, our Foil Heater was the ideal choice for an easy-to-use and quick to install underfloor heating system. The Foil Heater is perfect for use with the school’s carpeted and wooden floor finishes and was installed in conjunction the Dual Overlay System when fitted with the carpeted flooring for a stable subfloor solution that can handle heavier load areas. Warmup’s StickyMat System was installed throughout the school’s bathrooms, which can be fitted directly within the layer of tile adhesive or levelling compound, therefore having little-to-no effect on floor heights. Our Tempo Thermostat was installed for accurate floor heat control alongside overall control by a Building Management System.The ResultThe beautiful and historic Sevenoaks Boarding School has now been given a 21st Century update with a responsive Warmup heating solution that didn’t substantially raise floor heights. The staff and pupils can now enjoy radiant warmth throughout the year, leading to better comfort levels and therefore a happier space in which to study and work.

Residents benefit from space-saving PEGASOS in apartment buildingElegant apartment building in the modern residential area of Königstein gets more parking space through boundary development with PEGASOS car lift.In the wooded slopes of the Taunus mountains in the catchment area of Frankfurt lies the climatic health resort of Königstein. People who want to escape the big city find a pleasant home in this modern and preferred residential area outside of Frankfurt. Rents have been rising throughout the Frankfurt area for many years. Also in Königstein rents are well above the average in Germany. Lödige Fördertechnik GmbH supplied a PEGASOS car lift for an apartment house in Koenigstein, Germany. The lift is used as an access to the garage in the basement.Creating attractive living space despite rising rentsMany residents and commuters in this region are dependent on own cars because of public transport connections. Anyone who has visited Königstein is familiar with the parking conditions: hilly, narrow streets lead to a low number of parking spaces. The owner of this project was faced with the question of how living space could be designed attractively despite the rising prices and lack of parking spaces?The Karl Dudler Architects had a vision for the centrally located private building in the heart of Königstein: a modern and comfortable apartment building with straight and clear structures, consisting of 2- and 4-room flats.Installed in November 2014, Lödige Industries was able to successfully implement the architects' vision with the PEGASOS ® car lift. As the shaft head in this project was installed outside the building and thanks to the narrow shaft geometry of the lift, it looks like a single garage from the outside when equipped with roller doors, which underlines the modern design of the building. The PEGASOS car lift also stands out for its ease of installation, as this model does not require a pit and can thus reduce underground engineering costs. Also, a machine room is not required. Residents can easily reach the desired floor with the help of a remote control.  The building, which was completed in November 2014, is a KfW Efficiency House (55). Thanks to reduced drive power and higher efficiency, the PEGASOS is significantly more energy-efficient than hydraulic car lifts and can therefore also be used in KfW-efficient houses, as here in Königstein.We are pleased to have achieved an all-round positive result for the customer. The car lift is maintained by Lödige Industries as part of a service contract.Application of the elegant, space-saving solutionDue to the surroundings and the layout of the building, the owner was looking for a space-saving parking solution. The property did not have a straight side boundary. The PEGASOS® car lift offers the ideal solution for, this situation, because due to its low shaft head height, this model can be used as a boundary construction.The parking space regulations in Königstein set a precise number or parking spaces for residential buildings, which could not be achieved here using the conventional way, an access ramp. Thus, the owner was threatened with a high redemption sum.The owner could reduce civil engineering costs due to the simple installation and the fact that this model does not require a pit.Compared to hydraulic car lifts, the PEGASOS is significantly more energy-efficient thanks to reduced drive power and higher efficiency.Due to the outside installed shaft head and the narrow shaft geometry of the lift, it looks like a single garage from the outside when equipped with elegant roller doors.

Creating a Passivhaus home Balancing sustainability and style, Sort Trae is the culmination of a retired architect’s vision for a home and creative space that blends into a South Yorkshire hillside. HEM Architects helped the client to bring this dream to life, using Knauf Insulation’s glass mineral wool insulation to achieve the incredibly high Passivhaus standards for energy efficiency. Low carbon and high comfort The client envisioned a sustainable build using Passivhaus, a voluntary standard for designing and building properties with very low energy consumption, 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. FrameTherm® Slab 32 was friction-fitted within the 140mm thick timber frame walls on the first floor, while DriTherm® Cavity Slab 32 was used to fill the stone-clad masonry cavity walls on the ground floor.  “We try to specify fully filled masonry cavity walls where possible, sometimes up to 200mm wide, to maximise the use of mineral wool insulation. It pays dividends for the client”, explained Liam Seaman, Architectural Technologist for HEM Architects. Thermal performance is critical to the Passivhaus approach. The FrameTherm® Slab 32 provided a calculated U-value of 0.137 W/m2K in combination with the black timber frame wall and cladding. For the masonry cavity wall on the ground floor, a fractionally higher U-value of 0.138 W/m2K was achieved using thermally broken wall ties and DriTherm® Cavity Slab 32. This has contributed to Sort Trae’s exceptional thermal efficiency. Because glass mineral wool is flexible and fibrous, slabs knit together and adapt to minor imperfections in the substrate. This tight fit contributed to an overall air change of 0.54 ach (air change per hour), comfortably below the Passivhaus standard of 0.6 ach, meaning the property is air-tight while still providing good ventilation. Sustainable practices Liam explained his reasons for choosing Knauf Insulation, “The alternative products are often oil-based and the application of these is outweighed by the environmental impact of their production and lifecycle.” Both FrameTherm® Slab 32 and DriTherm® Cavity Slab 32 are manufactured with ECOSE® Technology, Knauf Insulation’s unique bio-based binder that contains no added formaldehyde or phenol. The binder is made from natural raw materials that are rapidly renewable and is 70% less energy-intensive to manufacture than traditional binders. Knauf Insulation’s glass mineral wool insulation contains up to 80% recycled content, mostly glass bottles and jars. It is also compressed so more product can fit per pack or pallet, and less packaging is used. This means there’s more product per truck, resulting in fewer vehicles on the road, and less packaging per m2 of insulation. Achieving the Passivhaus standard In collaboration with HEM Architects and other suppliers, the client has created a stunning home and an inspiring set-up for her loom-weaving workshop. “It is general practice for us to specify Knauf Insulation as standard because we find the product information available to be really clear and useful”, Liam added. Knauf Insulation’s practical, detailed product information made it HEM Architects’ first choice to achieve the Passivhaus standard for thermal performance. 

When Galaxy Insulation – Hush Acoustics’ parent company – moved into its new regional offices near Glasgow, the team wanted to ensure the spaces were pleasant to work in and acoustically comfortable.The offices at Blantyre to the south of the city are contained within a modern building in a business park. This is typically designed and optimised for versatility, energy efficiency and low maintenance with large windows to allow for plenty of natural light transmission.As is common with office buildings of this type, given the relatively low levels of soft materials and furnishings used in the fit-out and décor, once the team moved into their offices it quickly became apparent that the environment was echoey and acoustically uncomfortable as a result of reverberation.RESOLVING ACOUSTIC ISSUESBeing familiar with this issue, the team at Galaxy Insulation were keen to ensure that everyone in the new office could work without being disrupted by excessive background noise, which is often caused by soundwaves reflecting off hard surfaces like glass and wood.Galaxy Insulation turned to the team at Hush Acoustics for assistance with this issue, having seen how it had worked with clients across the UK to address similar reverberation problems. Hush started the process by conducting an acoustic survey to determine the extent of the problem and identify where sound absorber panels could be fitted to resolve the issue.Hush proposed fitting six Hush Absorber 50 panels in varying sizes, including 1800x1200mm, 1200×1200 and 1000x1000mm, which would be strategically mounted on the walls of the offices.This is a Class A absorber that comprises a specially formulated 50mm thick acoustic foam, hand-finished with an interior fabric, which is applied to the face, edges and back return.ADDING A CREATIVE DIMENSIONAs Hush Absorber panels are always manufactured to order in a fabric cover coloured to the requirements of the client, this presented an opportunity for Galaxy to use the new panels for decorative purposes too.Rather than apply a single colour or generic pattern, the local team leading the project wanted to celebrate their great city by printing large photographs of famous Glasgow landmarks onto the panels. A number of high-resolution photographs were sourced and supplied to Hush to arrange the fabric printing as part of the manufacturing process.Hush manufactured and supplied the absorber panels within three weeks from the date of order, and installed them all in a matter of hours to minimise disruption at the Galaxy Insulation offices. Feedback from the team gave the panels an immediate thumbs up, with the difference in acoustic comfort noticed instantly and the images giving the office a distinctive new look.CLIENT FEEDBACKJim Downie, Scotland’s Managing Director of Galaxy Insulation said: “What a transformation the absorber panels have made! Firstly, they look amazing with the vibrant colours of the photographs reproducing extremely well, reflecting our intention to celebrate Glasgow’s iconic buildings and skyline.“Acoustically, the offices are far more comfortable for everyone. We’re an extremely busy office here as we work with customers across Scotland, so we’re always speaking on the phone or talking to each other to deliver for clients. We wanted to ensure high levels of background noise did not result in reverberation and make the working environment potentially unbearable.“The team at Hush Acoustics were quick to understand our requirements which gave us complete confidence that their proposed solution would meet our needs. Now the panels are installed, it is clear that the Hush Absorber 50 panels have worked exactly as planned, working in the background to minimise the risk of nuisance reverberation.”

TODD Architects completes redbrick business school for Queen’s Belfast. Queen’s University’s £17.5 million business school sits within its south Belfast campus, in front of the Grade II-listed Riddel Hall and enclosed by woodland.The new building, built on a former car park, has teaching and learning spaces for postgraduate students along with facilities for supporting the school’s executive education and leadership programmes, with informal study areas, academic offices and shared spaces.The external palette of materials is restrained to sit within its context, combining red clay brick, bronze-framed aluminium and floor-to-ceiling glazed screens. Red cast stone delineates colonnades at the upper and lower entrances.Inside the circulation spaces, exposed concrete soffits with floating ceiling rafts, board-marked concrete walls, timber wall sheeting and terrazzo flooring, create a robust aestheticOne of the key spaces is a top-lit, triple-height atrium with a feature stair providing access from the ground floor reception to the upper ground level, where informal study booths overlook a landscaped courtyard.Primary teaching spaces are restricted to the lower ground floor with large volume lecture theatres set into the surrounding landscape to lessen their visual impact and massing.A low-energy, ecologically sensitive design approach was adopted from the outset. One measure taken was a major geothermal heat system. Piles were driven to a depth of 125m in an adjoining field to extract heat from the sandstone substrate and provide low-level constant heat via underfloor heating, resulting in a 60 per cent reduction in carbon emissions.The £17.5 million project extends to include the partial refurbishment of a listed property.In 2016, Queen’s Business School merged with the William J Clinton Leadership Institute. It is located in the university's Riddel Hall campus on the Stranmillis Road and planned to expand its facilities in 2017 due to continued growth.Architect’s viewOur appointment arose out of a design competition, promoted by the university. We presented a plan diagram based on how we envisaged people might move through the building and a conceptual architectural approach that proposed carefully knitting the built form into its landscaped setting, both of which are still very evident in the finished building.Externally in respect of materiality, the building echoes the neighbouring, listed Riddel Hall in its use of red brick and cast stone. Internally we have sought to ensure a connectivity for users with surrounding mature woodland, with board-marked concrete and other natural finishes combining to create a calm, robust and understated aesthetic.We promoted a low-energy, ecologically sensitive design approach from the outset, securing a BREEAM Excellent rating, with the building’s renewable energy sources including a major geothermal heat system beneath an adjoining lawn and roof mounted arrays of solar/photovoltaic panels.Peter Minnis, project director, TODD ArchitectsClients’ viewsQueen’s University Belfast is moving towards net zero, and this building – which uses sustainable ground source heating – is an important part of the journey. The design of the building, which is sleek, contemporary, and future-focused, boasts the scenic quality of being nestled in the trees of the Stranmillis Conservation Area.The building is helping us a) grow our international stature and esteem by hosting high-profile events; b) expanding our research-led dialogue with the business community by providing space for collaboration and dissemination activities; and c) offers a fantastic student experience via tailor-made areas for learning and study.Professor MN Ravishankar, dean and head, Queen’s Business SchoolThe new Queen’s Business School is the latest building in Queen’s University’s capital investment programme to support world-class education and research and provide an exceptional learning environment and experience for its students. TODD Architects have exceeded expectations in terms of the University’s estate, with this truly iconic building.To address the significant growth in our student numbers and the unprecedented demand for our graduates, the University with full support from local government and employers, approved a capital investment in excess of £26m in a new Business School Building. Designed by TODD Architects, the building provides state-of-the-art teaching and research facilities for more than 3,000 students and 130 academic staff and will play a key role in the future growth and development of Northern Ireland’s business and finance sectors.Through collaboration and a commitment to excellence, TODD Architects has ensured that this facility will enable the Business School to continue its growth, by attracting the best staff and students from Northern Ireland and around the world, and to produce graduates who will make a positive impact on society.We are delighted with our new landmark building that will take Queen’s Business School into the next phase of its development and serving future generations to come.Sonia O’Hare, school manager, Queen’s Business School https://www.architectsjournal.co.uk/buildings/todd-architects-completes-redbrick-business-school-for-queens-belfast?tkn=1 Project dataStart on site September 2020Completion May 2023Gross internal floor area 6,000m² (including 250m² basement)Form of contract JCT Standard Building Contract with Quantities 2016 EditionConstruction cost £17.5 millionArchitect TODD ArchitectsClient Queen’s University BelfastStructural engineer WSPM&E consultant AH DesignQS WSPLandscape architect McIlwaineAcoustic consultant FR Mark & AssociatesProject manager WSPPrincipal designer WSPBuilding control BCC/Local authorityMain contractor Felix O’HareCAD software used Revit

A former brownfield industrial site alongside the River Roding in Essex is converted into attractive mixed-use community housing. The Met Police custody and patrol base for the borough, industrial businesses, restaurants, river moorings and 1000 homes.The developer wanted to replace old and damaged wooden hoardings around a section of the Fresh Wharf Estate perimeter in Barking and prevent damage to a bus shelter from stone chips thrown up by passing vehicles on the adjacent A406.The SolutionFresh Water Developments approached Zaun to devise a bespoke solution for the site on the banks of the Roding, a Thames tributary. They wanted a sustainable perimeter, deflected flying stone chips, minimised noise and met their aesthetic, design and functional needs.Zaun has integrated a new highly resistant laminate made entirely from mixed waste plastics with its market-leading Duo fencing to produce a system that won’t rust or rot. In addition, it is low maintenance and reusable or recyclable if damaged.The innovative product design named DBS Security boasts great acoustic-loss properties, rated B3 and 36dB loss, and gives protection against damage from flying objects flicked up by passing vehicles.DBS Security protects a bus shelter close to the North Circular that constantly has to undergo repair. A large section of the perimeter to the industrial site and housing is fitted with Zaun’s twin-wire Duo fencing system. Two horizontal wires resist being welded on either side of the vertical wire.Zaun combined both standard and bespoke fencing to tailor the overall solution to the site’s specific requirements.

Leading English National Premier League side Cannock Hockey Club were fed up with the high maintenance costs of replacing nets and wooden boards damaged by constant ball impacts.So they wanted lower maintenance perimeter fencing when they upgraded their pitches in 2009 – and ideally to limit the noise of the wooden boards under constant impact from 5.5oz balls travelling at speeds in excess of 80mph which was affecting the experience for players and spectators alike.The SolutionFounded in 1905, ‘The Nockers’ is one of the most successful National Premier League hockey clubs in the country, having won the title seven times since the league’s inception 25 seasons ago.But their traditional wooden perimeter boards were effectively sacrificial under hockey’s cannonball-like impacts. As they quickly broke and got worn out, the club was in a constant and expensive cycle of buying and installing new ones.The grounds committee turned to Zaun as a development partner to create a ground-breaking low-noise and -maintenance metal fence perimeter.It replaces nets and wooden boards with twin wire mesh fencing. Fixings every 200mm and rubber EPDM inserts at each fixing virtually eliminate rattle during play.The bottom 210mm – or up to 400mm behind the goals – uses twin horizontal 8mm wires in a close 25x50mm mesh pattern that reduces significantly the noise while withstanding a far greater number of ball impacts without damage.The system is then topped with Zaun’s Super Rebound, which gives better viewing, no risk of player or spectator injury from splinters or mid-rails and no solid surface for vandals to graffiti.

Fircroft House in Essex has been completely transformed from a tired 1980s detached property into a distinctive home with a contemporary edge.Renovated throughout, Fircroft House features a new ground floor extension, pale grey timber-effect external cladding (replacing a brick and render façade), and brand new Rationel alu-clad windows and doors. In fact, sixteen new windows are installed across the property, including opening and fixed units, two large sliding patio doors, and a solid, grooved front door flanked by glazed side lights and set beneath an arched portico. When planning the refurbishment of Fircroft House, window and door replacement was a project priority, as the original property had single glazed, leaded, all-timber windows which made the interior very dark and were thermally inefficient. All-aluminium glazing was initially considered because the homeowners wanted an affordable, durable and contemporary frame design which looked more attractive than uPVC. They changed their mind, however, when they saw Rationel AURAPLUS alu-clad windows installed at a friend’s home: ‘The idea of a frame which combined timber and aluminium was very appealing,’ they say. ‘It offered the best of both worlds with hardwearing aluminium outside and thanks to the wood, a more tactile finish to the inner frames, so we decided to find out more.’ The homeowners are delighted with their new windows and doors and would happily recommend Rationel: ‘We are very impressed with the package offered by Rationel,’ they say. ‘The windows and doors are all high quality, low maintenance and look great, and the service we received from okoHaus was amazing from start to finish.’

The Gatehouse in Whaddon, Milton Keynes required a complete roof renewal with a new roof lantern installation. Over the years, the roofs had undergone several failed repairs, therefore, the client required a robust, cold applied, cost effective solution. Proteus Waterproofing specified Proteus Pro-Cold® as it's a single pack, fully reinforced polyurethane system that is cold applied, seamless and elastomeric, providing up to 20 years further life to the structures it is applied to.High Performance WaterproofingThe existing roof was a EPDM roof that had to be completely stripped. The deck was replaced and a complete warm roof build up, including Proteus Pro- Therm PIR insulation boards, was installed and finished with Proteus Pro-Cold®. As ponding was an issue on this roof, a new gutter was created to solve this problem. The client was incredibly pleased with the finish, so much so, that their neighbours have requested our Proteus Approved Contractor to carries out their roofing works. Health & SafetyAs the building is an occupied residential building, keeping the residents safe was paramount. As Proteus Pro-Cold® is cold applied, it met all the health and safety criteria, as well as keeping disruptions to a minimum.Long Term PerformanceProteus Pro-Cold® offers a low maintenance, durable waterproofing and protection solution for a range of new build and refurbishment applications. It is cold applied, eliminating the risk of fire and once cured, provides a completely seamless waterproof protection and has excellent UV stability, making it suitable to use in all climates. Proteus Pro-Cold® forms a seamless, fully adhered membrane and has BROOF(t4) certification.

Timescales: March 2021 -- Project Size: 800 m2Products: MonoTile - Finished in “Bianco Botticino”The Mills Fabrica, Cottam House, Kings Cross, LondonThe Mills Fabrica is a contemporary co-working space that has been thoughtfully designed to foster collaboration and community among sustainable conscious businesses. A key component of any modern office space is the flooring system, which can have a significant impact on both the aesthetics and functionality of the environment.In order to ensure that the flooring system for The Mills Fabrica was both visually appealing and practical, AFD collaborated closely with our contracting partners. We were able to provide the expertise needed to specify the correct finish design that would be appropriate for the space, taking into account factors such as traffic flow, durability, and maintenance requirements.The chosen flooring system was a Terrazzo raised access system, which was installed alongside matching floor tiles in other areas, as well as wall tiles. The Terrazzo Raised Floor system material is renowned for its durability, low maintenance requirements, and stunning visual appeal.The raised access system offers several advantages over traditional flooring systems. It allows for easy access to the void beneath the flooring, which is particularly useful for buildings that require extensive cabling or piping. It also provides greater flexibility for future modifications to the space, such as the installation of new electrical or data systems.By choosing a Terrazzo raised access system for The Mills Fabrica, we were able to achieve a high-end design finish that seamlessly flows from one area to the next, while still providing the practicality and functionality that is essential for a modern office space. The result is a flooring system that is not only aesthetically pleasing, but also enhances the overall functionality of the environment.

Situated on the edge of Great Ancoats Street, in the Artisan residential complex featuring luxurious water features and tranquil gardens, this project is very close to Piccadilly and the heart of Manchester City Centre.This attractive residential development was part of a remediation project with the aim of upgrading the building to bring it in line with the latest regulations on fire safety.We worked closely with AEW Architects in the design and specification stage of the decking system and worked closely with Insulated Render Systems Scotland Ltd., who carried out the installation.As is the case with many of our renovation projects, we had to consider the loading criteria required to meet the needs of the balcony walkways, which also formed part of the building’s escape routes.Fire escape routes are required to meet higher loading criteria in accordance with EN 1991-1-1:2002 and the associated National Annex, so our BalcaSmart® Aluminium system was the perfect choice.Designed to fix directly to the balcony steels enabling fast and efficient installation, the BalcaSmart Aluminium system creates safe and secure decked balconies, however challenging the design and performance requirements are. This renovation project presented us with low threshold heights to work with, so we opted for JH50 Joist Hangers to replace the existing timber joists with aluminium ones, which allowed the top of the joist to be flush with the steel frame.Martyn Mounter, Senior Technician – AEW Architects, claimed that this project presented two challenges: balconies with a domestic load and walkways with a heavy load requirement. Martin expressed reassurance with all the technical documentation, certifications, and support provided throughout the project.BalcaSmart Aluminium carries our IGNO mark of assurance, which should provide owners, residents and users with the peace of mind they deserve.

THE PROJECTThis incredible project, ‘The Renaissance’ in Lewisham, London was built with design, architecture, visualisation and community in mind. Both residential and commercial, the large development contains 795 private and affordable homes alongside a versatile range of commercial space.It was one of the first large developments in Lewisham Town Centre and contains eight mail buildings ranging from 5 to 24 storeys, each building having its own design, purpose, and appeal.The whole site was designed to increase connections and brig a community together whilst focusing on sustainable homes and the community culture.Within the development is an array of homes from townhouses to 1 bedroom studio apartments all aimed a range of residents from families to singles to create a wider community. These homes were designed to create affordable living through low energy bills and carbon neutral spaces to sustainable communities and vegetable growing areas.THE PRODUCTThe Client wanted a mailbox solution for the development that met their design and architectural needs. They wanted to offer 24-hour mail delivery and pickup for their residents alongside their onsite gym, 24 hour concierge, roof terrace, leisure centre, café, plus much more!The Safety Letterbox Company, having worked with our client on numerous occasions were delighted to work with them again on this futuristic project.Installed were, 238 H1 Lateral mailboxes, engraved and powder coated in Anthracite Grey (RAL 7016). These stunning mailboxes were installed in a creative way by placing part of them on top of a white island with under lighting to create a floating effect.With the high ceilings, monochrome design and a modern interior these mailboxes look absolutely stunning and perfect for the residents to enjoy 24 hour secure mail delivery.