"leadwork contractors"

Gloucester’s dock area today provides a vibrant retail, leisure and residential district. The transformation of the derelict dock area started in 2009. As part of the multi-million pound redevelopment, known as Gloucester Quays, Tata Steel has supplied a wide range of its building envelope products to build the Morrisons supermarket.A solution incorporating Tata Steel’s Trisomet® and Trimapanel® insulated roof and wall cladding systems was chosen to build the Gloucester Quay’s supermarket for Wm Morrisons.Close involvement with the cladding contractor helped to deliver the robust detailing criteria and the air-tightness requirements. Longer length Trisomet® insulated panels supplied with Colorcoat HPS200 Ultra® were installed on the roof area to reduce end laps and increase the speed of the installation, and for the wall elevations a combination of Trisomet® and Trimapanel® insulated panels were supplied manufactured from Colorcoat HPS200 Ultra® pre-finished steel.

The Bodmin Jail on the edge of the Bodmin Moor in Cornwall was originally built by military engineer John Call during the reign of King George III in 1779, as part of the ground-breaking Prison Reform. The buildings in their current form were completed by 1881. The later 19th century saw part of the site transferred to the Admiralty, and the Bodmin Royal Naval Prison was established by 1887. The building is statutorily listed at grade II and has been renovated as a luxury 70-bedroom boutique hotel and a museum.Over the course of history, the roof structure and slate have suffered significant degradation, which has given Mallino Developments Ltd. the challenge of immediate renovation. Twelve Architects, a London-based firm are behind the design of the hotel, while the main contractor C Field Construction and engineers ARUP Group turned the design into reality. Close attention was paid to the design aesthetics required to achieve a contemporary looking roof structure on the historic building.

This large college needed to increase parking capacity for students and staff and commissioned a new 5,500m2 car park. Local planning guidelines encouraged a sustainable approach to drainage to avoid excessive run-off into the local catchment. It would be used throughout the year, so there was also a requirement to avoid standing water during heavy rain. As it would be in frequent use by large numbers of staff and students, the chosen surfacing needed to provide long term durability with minimal maintenance requirement.After discussions with the main contractor, Tarmac’s experienced team recommended ULTIPOROUS, their specialist porous asphalt car park surface. Using a modified binder and open aggregate structure, ULTIPOROUS combines excellent drainage characteristics with long term durability. It reduces direct surface water run-off to help meet planning requirements. It also eliminates the problem of both standing water after heavy rain and ice patches that can occur in cold weather conditions.

The Bard’s construction after experts from MoLA (Museum of London Archaeology) found remains of Shakespeare’s original wooden O stage and two sections of an exterior wall. With this, the opportunity arose to develop the area into a public open space with mixed offices, retail and residential apartments. This scheme became The Stage, where The Bard building was built.ChallengeWith various public access routes and private offices making up The Stage, the extensive fit-out had to include suitable security on The Bard offices to prevent unauthorised people from entering the building. Due to the nature of the project being a fit-out-out, it was key that the security solution wouldn’t interfere with other contractors carrying out work. As well as this, the client faced the challenge of finding a solution that would complement the stylish and contemporary office space.To find out more please follow the link.The Bard at the Stage Shoreditch - Case Studies - Meesons

Awel-y-Mor Primary SchoolBauder Thermofol PVC single ply waterproofing systemSynopsis The Awel-y-Mor Primary School site, situated at the heart of the town of Port Talbot in Wales, needed to undergo major redevelopment in preparation for its brand new fit for purpose school to replace the two pre-existing primary schools, which had experienced serious build repair and surplus capacity issues.Bauder Building BoardProject:Awel-y-Mor Primary SchoolLocation:Port TalbotProject type:New buildPV roof area:300m²Investor:Neath Port Talbot County Borough CouncilMain contractor:Dawnus Construction LtdRoofing contractor:Span Roofing Contractors LtdThe specifcationThe Neath Port Talbot County Borough Council wanted the new school to be fitting for the 21st century and bring them to the forefront of modern-day roofing technology. These requirements were met by BauderSOLAR’s innovative photovoltaic system, which delivers significant cost and environmental benefits, as well as providing an eye-catching visual reminder of the importance of sustainability.Roof areas totalling 300m² were fitted with 92 PV modules, which were secured to Bauder’s Thermofol Single Ply waterproofing, enabling the new Awel-y-Mor school to generate at least 25.9 Megawatt Hours of solar power each year. The incredible simplicity of the installation also meant that the entire PV array could be installed in just three days ensuring that there was no disruption to the commencing school term.Products appliedBauder Thermofol PVCSingle Ply System offering a lightweight and cost effective waterproofing solution that is resilient to the natural elements.BauderSOLAR SOLfixxPhotovoltaic system is an innovative renewable energy source that is secured to the roof without any penetration of the waterproofing or roof deck. 92 PV modules were installed with an expected energy generation of 25.9 MWh and with a kWp of 27.14.The resultRoof areas totalling 300m² were fitted with 92 PV modules, which were secured to Bauder’s Thermofol Single Ply waterproofing, enabling the new Awel-y-Mor school to generate at least 25.9 Megawatt Hours of solar power each year. The incredible simplicity of the installation also meant that the entire PV array could be installed in just three days ensuring that there was no disruption to the commencing school term.System installedBauder Thermofol PVC single ply waterproofing system1 Bauder Thermofol U15 FRA 1.5mm thick, reinforced PVC waterproofing membrane. Stated within BBA certificate 06/4354, the Thermofol PVC waterproofing membranes have a service life in excess of 35 years. 2 Bauder PIR MTissue-faced flat board insulation, benefitting from a zero ODP and a Green guide rating of ‘A’.3 BauderTEC KSDA self-adhesive elastomeric bitumen air and vapour control layer with an aluminium foil facing for vapour impermeability AdvocacyJonathan Morris, lead architect for the project, stated:“Our local Bauder representative offered the highest degree of service throughout the project, ensuring our site operation ran smoothly. With the complete roof finish covered by the all-encompassing Bauder guarantee we have peace of mind moving forward with regards to potential future defects.”

A friendly and welcoming school based in Blackburn in the North West of England, St Stephens Church of England Primary School is a place where pupils can develop their skills in a school that is proud of its Christian values and high standards of teaching. The school has been praised for its philosophy of continuous improvement by a recent ofsted inspection, providing a nurturing environment for children.Continuing the high level of teaching facilities was paramount for the school, and after discovering that the gutters and parapets of the building were aged and leaking, it was vital that a solution was found before this caused issues.The ChallengeIn coordination with Polyroof Products Ltd a survey was scheduled to take place at the site to determine the exact nature of the issues and formulate a solution. Upon inspection it was discovered that the existing waterproofing consisted of a single-ply membrane which had become aged with various leaks being reported and localised repairs carried out with not much effect. The underlying build-up consisted of a galvanised steel metal deck and had been coated in plasticol. Once the survey was complete it was clear that the gutters and capping’s would benefit from a high-performance waterproofing system installation, this would protect from further leaks occurring.The SolutionThe System of choice for this project was Protec Xtraflex. Protec Xtraflex is a highly flexible version of the Protec system designed for coating gutters. Its fast curing technology and imperviousness to standing water fulfilled the rapid solution needed to offer durable waterproofing performance for this project. Taking into consideration the information obtained from the survey, a bespoke Polyroof specification was created to combat all of the issues discovered. The chosen Polyroof Approved Contractor to carry out the work on this project was the KSD Group, a contractor with a wealth of experience in the roofing and construction sector.Once all these aspects were in place, work could officially begin. Firstly, it was highlighted that falls and drainage were already present, so the Polyroof specification made use of the existing falls, combining this with the chosen waterproofing system. During this project, there was no need to strip back any of the existing waterproofing. It was made good where required, allowing a smooth substrate for the new system to be bonded to. Once this stage was complete, the area was cleaned and prepared for the new system by removing any dirt and debris. The Protec Xtraflex system was now ready for installation. Firstly, all surfaces that required it were primed, including the single ply existing waterproofing, which required a Polyroof SP Primer 202. During this installation, all lap joints and bolt heads were applied with Polyroof Butyl Tape and Polyroof Butyl Lap Tape, reinforcing these points before application. Pre-formed high-quality Polyroof drip trims were installed to the outer edge of the metal capping, and new flashings were also installed to cover the exposed insulation at this detail.The first coat of Polyroof Protec Xtraflex was applied to the substrate. This consisted of Xtraflex resin and Polymat 450 and was allowed to cure. Due to the rapid cure technology of the system, this only took 30 – 60 minutes, allowing for quick installation. Once complete, the second coat of Protec Xtraflex Resin was installed and allowed to cure.CompletionThe project was efficiently managed by both the contractor KSD Group and regular Polyroof Technical Services visits to ensure that each aspect of the project from start to finish was carried out within the client’s specification, time frame and budget. The project was a great success showing the high-quality work from KSD Group. The customer can now be confident that this new Polyroof Protec Xtraflex membrane will last for many decades to come.

Whitburn Partnership Centre was designed by Project Architects, Matthew Fair, Neil Forrester and Jamie Bateman at Smith Scott Mullan Associates for West Lothian Council. The design of the contemporary £4M building restores the historic Whitburn Burgh Hall original façade as it is one of the towns most renowned buildings and incorporates a new-build two-storey extension.Located in the centre of Whitburn, this building is a community hub that embraces the West Lothian Council’s model of bringing together services that benefit local communities whilst delivering financial efficiencies through the decrease of council buildings. This building facilitates a library, community halls, museum and customer information service office, making it an important community resource. Project:Whitburn Partnership CentreProject type:New buildLocation:West Lothian, Scotland,Waterproofing:Bauder Total Roof System (BTRS)Roof size: 525m2Energy generated from PV array: 10.35kWp Specifier: Smith Scott Mullan AssociatesMain Contractor: Maxi ConstructionApproved contractor: ProCladd (Scotland) LimitedSolar PV installer: Intelligent Electrical SolutionsThe specificationTo support the West Lothian Council's sustainability objectives of achieving high energy efficiency, it was our responsibility to specify a waterproofing system and provide a solution for natural energy generation. The bituminous Bauder Total Roof System (BTRS) was chosen for this project as it features membranes that can withstand impact and tearing, as well as thermal insulation that met the required U-value of 0.15 W/m²K. This waterproofing system is verified by the BBA and offers a service life in excess of 35 years.The BauderSOLAR system was also specified, as it incorporates photovoltaic arrays for natural energy generation. The photovoltaic mounting system is attached to the roof without penetration of waterproofing or the deck, safeguarding the integrity of the waterproofing to fulfil its full-service life.Project challengesThe Architect’s design incorporated unusually high parapet upstands, which posed a challenge for installers. Area technical manager for Bauder, Christopher Langton, attended design meetings with the Architects and Main Contractor to discuss the best solution for installation. A mutual agreement was made for the underlayer to be mechanically fixed to prevent any slippage of the capping sheet membrane. Due to the height of the upstand, non-combustible insulation BauderROCK was incorporated into the design at these details.The installation of BauderSOLAR F uses prefabricated bituminous BauderK5K membrane sleeves to slip over the mounting plates and welded into position, anchoring the plates to the surface of the Bauder waterproofing system. Approved BauderSOLAR installers, Intelligent Electrical Solutions, installed the BauderSOLAR system, collaborating with ProCladd, approved contractor for the waterproofing installation, and other trades during the roof installation.There is a junction where the flat roof meets the original slate roof of the adjacent building, this detail fell under the torch free zone that hot air welding techniques are used to install the membranes within these areas.The resultInstallation of the Bauder waterproofing system may only be carried out by trained and certified operatives approved by Bauder. A project pre-start meeting was held by Bauder site technician, Duncan Hastings, and area technical manager, Christopher Langton inviting the Site Manager from Procladd and their Bauder badged operatives. During this meeting, they discussed the installation of the project, and identified the areas that required torch-free and torch-safe detailing. They also discussed how the project was going to be delivered in co-ordination with other trades working on the site at the same time, for example cladding and lead that was installed atop the waterproofing upstand details.Weekly site-inspections were carried out by Bauder site technician, Duncan Hastings during the project. Visiting the site frequently meant that Duncan could provide consistent support to the installers and answer any questions they may have had directly. It also meant that the quality of the roof installation was being monitored regularly to ensure it would be to a high standard, achieving the comprehensive guarantee.The approach taken to deliver this project on time and to budget was through meticulous planning and working to tight time frames. The organisation of the delivery of Bauder products to site had to be in line with the schedule to ensure that the site was ready to receive a delivery. With the project located in the busy centre of Whitburn next to a cross junction with traffic lights. This meant that timed delivery of products to site was required in addition to prebooked off-loading by pump truck and tail lift or by telehandler.Health, safety and environment was managed during the planning, design and installation of this project by advising that all installers follow the advice shown in the “Responsible Specification Checklist” produced by the National Federation of Roofing Contractors.In accordance with the Workplace (Health, Safety and Welfare) Regulations 1992, roof edge protection in the form of scaffolding was installed during installation. The project’s perimeters were surrounded by Heras fencing to isolate the construction site from the public. All scaffolds that were on the elevation next to the public had toe boarding and safety mesh where required.As standard, there was a one-hour Firewatch after the Bauder membranes have been installed using a gas torch. This was carried out by Procladd operatives each day when they were working on the project to ensure the welfare of the workforce, and the safety of other trades and that of the building. The 19kg gas cylinders were used on this project as they are easily transportable on the roof area. At the end of each working day, the cylinders were stored in a locked and designated gas storage unit on site.System installedBauder Total Roof System (BTRS)1 BauderK5KElastomeric bitumen torch-on capping sheet in charcoal grey. This product features a spunbond polyester reinforcement to allow the finished product to cope with structural movement without fracture, and a mineral finish to provide protection against UV degradation.2 BauderTEC KSA DUOA self-adhesive, elastomer bitumen underlayer. This product features distinctive technology for lap sealing.3 BauderPIR FA-TE flatboard insulationA rigid polyurethane foam board faced on both sides with aluminium foil.4 BauderTHERM DS 1 DUOA self-adhesive, elastomer bitumen air & vapour control layer.

RESIN BOUND FOR RBG KEW WALKWAYAddagrip Terraco are delighted to have been involved in the Broad Walk project at the Royal Botanic Gardens, Kew with the installation of over 3000sqm of our innovative resin bound porous paving system, Terrabase Rustic.SURFACING REQUIREMENTSAddagrip Terraco were approached as the UK ‘s leading manufacturer of resin exterior surfaces and together with approved contractor, True Grip Ltd, carried out extensive surveys and put together several specification options and costs that Kew could consider. Kew selected Addagrip’s new patented resin bound surfacing system Terrabase Rustic as it offered a larger 6-10mm stone size providing the rustic looking finish that Kew required and could be installed over the existing macadam with minimum environmental impact and disruption. Drainage was another key requirement and the larger stone size of this bound system provides maximum porosity.As the Terrabase product was relatively new, the surface had to meet many exacting performance criteria put forward by Kew which Addagrip was able to substantiate. After 9 months of discussion, True Grip Ltd were appointed to work via main contractor Kier Facilities Services to install the Terrabase Rustic Oak finish. Despite challenging weather conditions and site restrictions due to the public use of the main areas, True Grip Ltd installed 3,163m2 over the entire Broad Walk, following behind Kier Facilities Services who were installing extensive drainage services and brick edging.The new Terrabase Rustic surface is hard wearing, low maintenance with no loose stone and provides a seamless, natural rustic pathway which looks very much at home in the grounds of London’s historic Royal Botanic Gardens.This exciting project has created the longest double herbaceous borders in the UK. The 300m long borders either side of the Broad Walk from the Orangery to the Palm House Pond, were planted with swathes of vibrant summer flowering perennials, grasses and bulbs to form a spectacular new horticultural feature. Planting continued into early summer 2016 to complete the project.Image credit: Richard Wilford, RBG Kew

A series of 10 newly built affordable Council houses in Montrose, Scotland has been fitted with a high-performing variable-permeability vapour control layer from the A. Proctor Group. Procheck® Adapt is designed to protect the building fabric from the potential risks of condensation and act as an effective airtight barrier.The project, led by Angus Council comprises of a mix of one, two and threebedroom properties which will be built with energy efficiency in mind, providing residents with high-quality affordable homes which will be low-cost to heat and run.Jason Noble, Architect with Angus Council commented on the requirement for a high-performance solution to achieve the desired levels of vapour control and airtightness. “We required a high performing vapour barrier and air tightness layer, that could be installed on site by our contractor and achieve our performance specification. We wanted an effective vapour barrier and airtightness layer that when installed in accordance with the manufacturer’s recommendations and in combination with the timber kit construction would provide an effective airtightness rating of 4 when tested.”Contractor, Andrew Shepherd Construction proposed the use of the Procheck Adapt available from the A. Proctor Group, who has been serving the construction industry for 50 years with an extensive portfolio of technically advanced thermal, acoustic and membrane products.Thanks to its unique design, the Procheck Adapt membrane offers variable permeability which adapts to changes in humidity levels and allows the structure to dry out in the summer and in sunny days during spring and autumn while protecting it from moisture overload in the winter. This is possible because the membrane adapts its vapour resistance to the environment i.e., vapour tight in the winter and more vapour open in the summer.This ensures that the building fabric is protected from damaging moisture levels during cold, wet winter months, and allows the fabric to dry out effectively in warmer, drier months. The introduction of Procheck Adapt will ensure that it provides a high level of protection throughout the lifespan of the properties.Procheck Adapt has a translucent structure which eases fixing to structural frames and in combination with its integral tape allows for a fast installation time. Procheck Adapt is suitable for a variety of commercial and residential applications and provides airtightness to the structure as well as vapour control.

The Hilda Besse building at St Antony’s College, Oxford, one of the country’s best examples of Post-War architecture, has been refurbished by award-winning architectural and heritage consultancy practice Purcell. As part of a sensitive renovation to enhance the original architecture and ensure the building’s sustainable future, Junckers solid wood flooring was fitted throughout the common rooms, kitchens and the dining hall. Informed by historic drawings and photographs, Purcell specified a dark wooden floor, reverting to the original finish found in the building. Junckers Black Oak plank flooring was fitted in a bespoke geometric pattern designed by the architect, complementing the elaborate ceiling features. Junckers’ Approved Flooring Contractor V. A. Hutchison Flooring sampled the bespoke pattern on site and created all the joints and cuts with their own bespoke methods, specially adapted for such intricate work. The result is an elegant floor fit for purpose, offering both a grand impression and a durable floor surface. Junckers Black Oak is made by mimicking the natural process known as ‘bog oak’ where timber left submerged in bog conditions takes on a rich, dark colour. The colour is drawn deep into the wood, unlike a surface stain. This unique method enables sanding and refinishing of the floor without loss of colour. Specifying a solid hardwood floor for the Grade II listed building ensures longevity of both design and use. A Junckers floor has a long lifespan and will last for generations. Part of the refurbishment and conservation work included improving the building’s sustainable performance as well as the wellbeing of staff and students. A solid hardwood floor from Junckers is one of the most sustainable flooring surfaces available. Junckers has completed EPDs for its wooden floors to ensure all elements of the supply chain, from raw material sourcing to production and distribution, adhere to strict sustainability standards. Wood is naturally low in embodied carbon and can easily be recycled at the end of its long life. Wooden floors contribute to a healthy indoor environment by maintaining an even temperature and counter-acting static from electrical appliances. All Junckers wood floors carry the Danish Indoor Climate Label, ensuring there are no chemical substances in the flooring which adversely affect the air quality in a room. The main contractor for the project was CBRE. 

We supplied Bear Wood in Bristol with over 17,000 ln/m of Gripsure Classic for their immersive boardwalk. This elevates visitors above the forest floor, putting them right in the heart of the forest. It gives panoramic views of the woodland and the unique species that live there. Bear Wood, set in 7.5 acres of ancient woodland, tells the story of British woodlands, taking visitors on a fascinating journey starting 10,000 years ago to the present day. The exhibition has re-introduced native species, which once roamed our woodlands. These include European brown bears, European grey wolves, Eurasian lynxes, and wolverines. Gripsure took a brief from the zoo and developed a specification to achieve: Longevity in a wet and damp woodland environment by providing boards treated to Sector Scheme 4 treatment classification (30 years) Certified FSC timber, ensuring materials are from sustainable sources and blend in with the natural woodland A low slip risk for the anticipated high volumes of visitors. This was achieved by using three non-slip inserts which have been tried and tested at other attractions Pushchair- and wheelchair-friendly surfaces achieved through a smooth profile to avoid discomfort. This is also easy to maintain. Non-slip decking boards cross-cut to the width of the boardwalk to minimise waste and speed up installation. Gripsure's Classic deck boards were supplied across a number of scheduled deliveries to Elmtree Garden Contractors. This meant they could keep to their construction programme and limit the amount of storage space required on site. "The great thing about using Gripsure boards, and Gripsure as a company, was that you can communicate with them and they delivered on time every time" - Director, Elm Tree Garden Contractors. As well as the large and impressive boardwalk, Gripsure Graphics were also supplied where custom-made infographic boards created bespoke time-hop sections. The imitation of roots around 'Steve the Tree' help tells the story of the UK's woodlands and the species and habitats within them. "It was all here on time, it looks really good and we were really pleased with the service that we got" - Exhibit Development Manager, Wild Place Project.

The Vaughan Way development in Leicester features state-of-the-art apartments above a two storey car park. While this gives residents the best of both worlds – city living and parking in a limited footprint – it represents a challenge for developers in the form of thermal bridging.Most car parks feature open walls to allow adequate ventilation of exhaust fumes, so the separating floor must be well insulated to prevent warm air from the flats escaping into the car park below. With this in mind, main contractor Winvic approached Knauf Insulation for advice on the best insulation to specify in order to achieve the specified U-value of 0.2 W/m²K.Knauf Insulation’s Technical Support Team conducted U-value calculations to determine the thickness of Soffit Linerboard required. They then worked closely with Winvic to provide technical advice to ensure all design considerations were addressed.Soffit Linerboard is a robust Rock Mineral Wool slab. It is a high-performance thermal insulation and offers excellent sound absorption to provide high levels of sound reduction; something residents will appreciate when their neighbours are parking below.Soffit Linerboard is also non-combustible, with an A1 Euroclass Reaction to Fire Classification, essential to comply with changes to the building regulations, as Vaughan Way will be more than 18m tall when complete.Soffit Linerboard is one of more than 40 Rock Mineral Wool insulation products produced at Knauf Insulation’s Queensferry plant. It 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 less energy-intensive to manufacture than traditional binder, 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 insulation was delivered direct to site by distributors Encon in Nottingham and was installed by sub-contractors L Reynolds.From the additional warmth, to noise reduction and improved safety, adding Soffit Linerboard to the separating floor between the car park and flats will make city living even more pleasant for the residents of Vaughan Way.

Emma House, Romford, a residential apartment block built in 2007, needed a new waterproof membrane for the entire roof area after the single ply membrane, installed just 10 years earlier, had failed. The specification by our clients asked for a cold applied system to be used during the refurbishment to minimise disruption to residents, while providing a permanent waterproofing solution.The ChallengeCore samples taken of the roof build-up showed there had been extensive water penetration which required urgent remedial action. Impossible to repair, the complete roof system had to be stripped back to the roof deck by Proteus Waterproofing’s approved contractor. The approved contractor installed a new Proteus Pro-System® BUR (built up roof system) incorporating Proteus Pro-Therm insulation, to provide a new seamless roof – an area of some 150 square metres – offering a 20 year guarantee.Why Proteus Pro-System® was specifiedProteus Pro-System® was installed using no heat, providing a seamless waterproofing membrane on completion. Proteus Pro-System® is a high performance, seamless and cold-applied waterproofing membrane for flat and pitched roofs. It cures to provide completely seamless waterproof protection and has excellent thermal and UV stability, making it suitable for use in all climates.Proteus Pro-System® does not brittle, deteriorate or discolour with age. It uses atmospheric moisture to trigger its cure process and unlike conventional polyurethane systems can cure under water, without gassing or foaming. It also becomes resistant to rain damage and may therefore be applied in relatively poor weather, without any subsequent loss of performance or durability – making it ideal for Emma House.About Emma HouseEmma House consists of 14 one-bedroom and 19 two-bedroom apartments just minutes away from the centre of the market town of Romford, which offers shops, services and a wealth of bars and restaurants. When first built in 2010, Emma House offered young professionals an opportunity for affordable housing close to London and has remained at the forefront of the property market in Romford ever since.

Smet Supported Partner, Hargreaves Group contracted to M2 Plastering, machine applied the LIDL External Render System in Waterlooville onto Poroton blocks externally using as Base Coat: Bauprotec 850 M – Lightweight Lime Cement Render and as Finish Coat; Mineral Finish Coat K.  As Key Coat: Change of substrate concrete/steel pillar/Poroton block or mass concrete and insulated plinths: Bauprotec RHS Multi-Purpose Render with the addition of Bauprotec SLP for plinths.The Internal Render System specification onto Poroton blockwork consists of a base of Coat: Bauprotec 850 M, Lightweight Lime Cement Render, sponge floated in warehouse areas and skim finished in sales areas. Key Coat: Change of substrate concrete/steel pillar/Poroton block: Bauprotec RHS is used.The LIDL render spec, available from SMET consists of:Bauprotec 850 M is a factory produced Lightweight Lime Cement Render, specially designed for machine or hand application produced to EN 998-1: 2010 and is CE Marked.Bauprotec RHS is a CE Marked, factory-produced highly polymer-modified render specially designed for hand and machine application produced to EN 998-1: 2010.Mineral Finish Coat – K is a CE marked, factory-produced mineral-based, high-quality finish-coat render, specially designed for hand and machine application to EN 998-1, 2010.Bauprotec SLP is a CE Marked, factory-produced Lightweight Sand & Cement Render specially designed for hand and machine application produced to EN 998-1: 2010.The special render properties; lightweight, low thermal conductivity, high yield, and Smet Supported Partner superior technical backup, are key factors in choosing SMET.SMET is committed to delivering consistently superior quality, German-made Render Systems to Lidl Plastering and rendering/plastering contractors across the UK and ROI.  If you’d like to speak to us about your Lidl job – contact SMET.All LIDL spec SMET Render System products are available directly from Smet Building Products Ltd, who ensures the contractor has a superior level of technical back up in the machine application of the LIDL specification.

Smet Supported Partner, Adston Construction, machine applied the LIDL External Render System onto Poroton blocks consisting of a Base Coat of Bauprotec 850 M – Lightweight Lime Cement Render, Façade System Primer and a Finish Coat of Mineral Finish Coat. The Plinth Render used is Bauprotec SLP – Lightweight Plinth and Tanking Render. Key Coat: Change of substrate concrete/steel pillar/Poroton block or mass concrete: Bauprotec RHS was used.The Internal Render System specification onto Poroton blockwork consists of Single Coat: Bauprotec 850 M, Lightweight Lime Cement Render. A smooth finish is required in the sales area, so either 850M steel trowelled smooth or skim finished. Key Coat: Change of substrate concrete/steel pillar/Poroton block: Bauprotec RHS used.The LIDL render system, available from SMET:Bauprotec 850 M is a factory-produced Lightweight Lime Cement Render, specially designed for machine or hand application produced to EN 998-1: 2010 and is CE Marked.Bauprotec RHS is a CE Marked, factory-produced highly polymer-modified render specially designed for hand and machine application produced to EN 998-1: 2010.Mineral Finish Coat – K is a CE marked, factory-produced, mineral-based, high-quality finish-coat render, specially designed for hand and machine application to EN 998-1, 2010.CASEA Bauprotec SLP is a CE Marked, factory-produced Lightweight Sand & Cement Render specially designed for hand and machine application produced to EN 998-1: 2010.The special render properties; lightweight, low thermal conductivity, high yield, and Smet Supported Partner superior technical backup, are key factors in choosing SMET. SMET is committed to delivering consistently superior quality, German-made Render Systems to Lidl Plastering and rendering/plastering Contractors across the UK and ROI. If you need to speak to us - click to contact SMET.All LIDL spec SMET Render System products are available from Smet Building Products Ltd, which ensures the contractor has a superior level of technical backup in the machine application of the LIDL specification.

A redevelopment of the old Foyle’s Bookshop on Charing Cross Road, Ilona Rose House comprises 80,000 sq ft of office space, along with retail, restaurants, an art gallery, nightclub and eight apartments. Spread over 13 stories including four below ground and 14,000 sq ft of south-west facing terraces on the upper floors, MATT Architecture’s design for the highly decorative and cantilevered façade includes rose motifs across each floor of the building.For a commercial building that stands out from the crowd in the heart of Soho, IG Masonry Support was able to meet the architect’s brief through the provision of a range of brick slip products to achieve the desired aesthetic finish and Link Building which links Greek Street to the development. IG Masonry Support designed bespoke brick slip systems for each application, providing practical solutions that enabled brickwork contractor Lesterose Builders Ltd to save on installation time significantly.ChallengeTo achieve the architect’s vision and the needs of brickwork contractor Lesterose, the expertise of the IG Masonry Support and its products came into play to fulfil the requirements of this bespoke project.Central Pier on Ilona Rose HouseThe main façade of the commercial building was designed using several shape requirements. The biggest challenge for this area of the project was the arches which required to come from the central pier to the corners of the building and create an optical illusion of closure into the ground.Another challenge on the main building, Ilona Rose House, was the change in brick type. A solution had to be devised to hide the elevation’s movement joint and facilitate the brick change.12-13 Greek Street, Mews ElevationAlthough similar in design to the main Ilona Rose House building, the 12-13 Greek Street Mews Elevation features balconies in its design. This presented a challenge for IG Masonry Support as the structure featured balcony connectors which had the potential to clash with the Welded Masonry Support and Brick on Soffit Systems required for this building.The VaultArguably one of the most attractive areas of the build is the Vault, which creates a passageway from Greek Street to the Mews Area of the development. The architect’s design required a continuous hanging brick effect utilising IG Masonry Support’s Brick Slip Panels. The challenge for our design was the sheer size of the soffit area and the curved design. We worked closely with Lesterose to manage the size of the panels, trading weight for ease of installation.SolutionThe team at IG Masonry Support collaborated with the whole project design team to ensure our products met the architectural and structural requirements of the project whilst ensuring maximum buildability for the brickwork contractor.Central Pier on Ilona Rose HouseAs a result of the design team discussions, the B.O.S.S. system pushed the boundaries on this project due to the shape requirements. A quarter circle on the corners of the building and a three-level step down feature was required in the brickwork – a challenging yet bold aesthetic IG Masonry Support was able to bring to life with its Welded Masonry Support (WMS) and B.O.S.S units. The two systems also provided the aesthetic finish required including the three different brick types to give further interest to the façade by the use of colour.12-13 Greek Street, Mews ElevationClose collaboration was required with the whole design team to review the structural drawings of the 12-13 Greek Street Mews Elevation and ensure that our products were designed suitably to fit the requirements of the building. This was solely due to the location of the balcony connectors, a critical structural component, and the shadow gap, an engineered break that was implemented in the building design to accommodate the change in brick type. Our Welded Masonry Support systems were designed to step in and drop down at points to avoid any clashes with the surrounding building components. This allowed our B.O.S.S. to be bolted to each WMS system appropriately, blend seamlessly, and ensure ease of installation for the contractor.The VaultTo enable the floating brickwork feature designed by MATT Architecture, IG designed Brick Slip Panels to suit a stretcher course bond pattern, covering a 40.3m2 area. 57 interlocking Panels, made up of nine designs varying in size and curvature, were designed and manufactured. During the manufacturing process, bricks were collected from site and delivered to our Brick Cutting Facility to be adhesively bonded to each Panel. This ensured each would blend seamlessly with the surrounding brickwork when installed.IG Masonry Support also collaborated with Lesterose on the size and weight of the Brick Slip Panels to ensure an efficient installation process. Each Panel was bolted back to a specially designed rail system manufactured by IG Masonry Support. The rail system was bolted back to the building and a keyhole slot was incorporated to allow the Panel to be lifted and slid on to ensure the weight could be taken as quickly as possible. Once in place, final pointing was required, allowing a seamless blend with the surrounding brickwork.The utilisation of IG Masonry Support’s prefabricated components ensured that all installation was undertaken efficiently, resulting in onsite cost savings and increased productivity.For what is a landmark development in Central London, IG’s solutions have covered all bases, helping to achieve the architect’s vision and ensuring this stunning new building stands the test of time.

AstraZeneca Case StudyProject: AstraZeneca HQ, CambridgeProduct: Fade acoustic plasterQuantity: 4200m2Main Contractor: MaceSubcontractors: CMS DanskinArchitect: Herzog & de MeuronValue of Overall Project: £50 Million +Introduction: AstraZeneca Acoustic Plaster Case StudyAfter starting the project with Skanska as lead contractors, in 2019 AstraZeneca switched to their current partnership with Mace to complete their multi-million pound HQ. The building is designed with research facilities at the forefront, and is sound insulted using Fade Acoustic technology.About AstraZenecaSince its inception in 1998, AstraZeneca has been a trailblazer in the fields of medical and scientific research. The Swedish-British company has over 90 locations worldwide and is active across Africa, Europe, Asia and North America. Their headquarters in Cambridge will act as a hub for global innovation, and their patents improve the lives of millions each year. Most recently, their Oxford-AstraZeneca vaccine was the first COVID-19 vaccine to be approved in the UK, and has since been adopted worldwide. The company is also at the forefront of cancer research, partnering with Cancer Research UK to improve survival rates.About MaceMace Construction has been developing ideas for clients across five continents for the past 30 years. Their project list is extensive: they’ve worked on everything from airports to the world’s largest observation eye, and closer to home with a renovation of TV’s Coronation Street. Like many industries, the COVID-19 crisis has hit the construction industry in unexpected ways. Instead of seeing this as a setback, Mace have innovated their work-from-home technologies, introducing drones and remote technology to future-proof their business. The company is also future focused in their view towards the environment, implementing green ideas across all projects. Recently Mace were lead contractors on 70 St Mary Axe, the curved skyscraper currently under construction in central London. As well as boasting an attractive semi-elliptical design, by using double-glazed wall cladding and vertical shading fins, the skyscraper also boasts incredibly low carbon emissions.About the projectAstraZeneca’s UK based headquarters have been in the pipeline since 2013. Originally valued at £330 million, soaring material costs and increased investment in new technologies raised the cost to £500 million by 2019. The new headquarters is an immense glass-based structure at the center of Cambridge’s Chesterford Research Park. Herzog & de Meuron’s triangular design was chosen to encourage easy movement around the building, and glass panels are used liberally throughout to “promote ‘visible science’, according to AstraZeneca. The central piazza is a nod to the sprawling courtyards of Cambridge University, providing a communal space for socialising and the sharing of ideas. The headquarters will act as a central hub for both research and business, linking commerce and science under one glass roof.About Fade acousticsFade Acoustic plaster is a flexible alternative to traditional acoustic solutions. A fibreglass substrate provides a sound insulating layer which is then sprayed with 3mm of plaster. This extra layer gives a plastered-like finish, completely disguising the panels beneath. This invisible layer makes Fade Acoustics products ideal for preserving integrity of the building’s original design. The modernist Shenzhen Sea World Culture & Arts Center, for example, was completed using Fade Acoustics plus+ to provide seamless insulation that showed off the building’s angular modernist features. The product can me made to fit any type of structure, applied to concrete or timber substrate, or can even be attached direct to grid using Fade Special Washers. Fade Acoustic products have been proven to be durable and humidity resistant, receiving an A+ rating from French regulatory bodies for creating safe indoor environments.Why Was Fade Acoustics chosen?Mace had previously used Fade Acoustics Plus+ on Tottenham Hotspur’s new stadium, chosen for their hassle-free installation and wide range of colour options which allowed for flawless blending with existing plaster. After this success, Fade Acoustics were an obvious choice for AstraZeneca’s HQ. The project’s complex geometric structure required a soundproofing technique that could adapt to the building’s unique shape without hindering design. The HQ required a bespoke thickness due to the installation of sprinklers. This meant the team had to create a custom sized acoustic board by altering fibreglass substrate to 30mm, instead of their regular 25mm or 40mm. Due to travel restrictions during the COVID-19 crisis, the chosen product also needed to be installed quickly without compromising on quality. CMS Danskin were able to acquire the material quickly, meaning WRR UK, long-time contractors with Mace and the project’s approved installer, could start installation within two weeks. Fade Acoustic’s flexible and easy to install product meant the team could install 4200m² of Fade Acoustic plaster in the final two months of the project. The project is due to be unveiled later this year.

CastSlot and Paveslot, the leading channel drainage systems from Gatic Civil Drainage, have been installed at Rushden Lakes, the new high end shopping centre in Northamptonshire. Specified by consulting engineers, BE Design, and working with contractors Winvic, CastSlot with a tread safe top was carefully selected for its robust composition – essential for a busy shopping centre. CastSlot’s tread safe top is important in areas with high volumes of pedestrians, removing the risk of heels getting caught in the grating. PaveSlot was installed in the project’s central boulevard – home to a bespoke water feature.Gatic is a globally recognised brand, specified for many prestigious projects around the world. Its leading range of surface water drainage is strong, durable and reliable, with load ratings from A15 to F900 to suit a wide range of applications. CastSlot’s high capacity channels provide effective surface water management, protecting areas from excessive rainfall. PaveSlot is ideal for paved areas, with a discreet profile that sits neatly in the ground for a subtle and unobtrusive finish.

A bespoke Gatic CastSlot system was installed as part of the redevelopment of the riverside stand for Craven Cottage, home to Fulham FC. The project, which began in July 2021, incorporates Gatic CastSlot Treadsafe, which was chosen to drain away any excess surface water from the seating/standing areas along the deck of the stand. It was installed by main contractors Buckingham Group.The unobtrusive profile of CastSlot sits neatly within concrete, asphalt, and block surface finishes and features an electro painted ductile iron throat section. This is securely fixed to the galvanised steel channel body to provide an exceptionally robust yet discreet drainage system.The treadsafe option was chosen for this project. Treadsafe is available for areas where there is regular foot traffic and is available with a 10mm or 30mm opening—ideal for stadium standing and seating areas.Bespoke access boxes were also created for the new stand, and channel throat depths were also extended for level changes, allowing a constant invert within the channel.

The new Santander Work Café in Jersey is the banking institution’s first major high street location in the Channel Islands. The banking space is designed to provide customers with a better experience in a comfortable and open environment and is the work of Santander’s in-house architects, Jose Miguel Perez Tallon and Ruben Sesmero Blanco. They worked with fit-out contractor Style Shopfitting, to specify Amtico Signature LVT, which was fitted by Marett Floorcraft. When considering the design for the new Work Café, Santander’s in-house architect team wanted to experiment with a new floor pattern to bring together the informal meeting and co-working spaces on the ground and first floors. Amtico produced a bespoke version of its Aspekt laying pattern, using shards of Signature in Worn Oak, Solar Pine and Exposed Concrete for an ultramodern and urban look to inspire visitors, create specific zones and link the two floors of the building. The design blends into Worn Oak, laid in Stripwood, to aid wayfinding and subtly connect different areas while complementing the colour scheme. 

Non-Conductive Fencing, Trench Covers and Access Structures | Case StudyPower and Energy Infrastructure Contractor Morgan Sindall was appointed to design, build and commission the new converter station and chose to work with Dura Composites to provide safe, non- metallic Glass Reinforced Polymer (GRP) utility fencing for the AC/DC Halls, as well as a range of non-conductive access structures, utility trench covers & handrailing across the site.The IFA2 project aims to connect the electricity systems of Great Britain and France using high voltage subsea cables and will be capable of exporting or importing 1000MW of power between the UK and France, enough to power up to 1 million homes. In this project, the client specification mandated the use of non-conductive and non-metallic materials which could be used to construct removable fencing, permanent fencing and sliding gates to enable access to specific authorised personnel, whilst preventing others from accessing high-risk areas.

Capital Dock, a 22-storey mixed usedevelopment, including office blocksand residential areas, is in the vibrantDublin Docklands and was developed byKennedy Wilson.John Sisk & Son were the main contractors, and Clarke Contracts installed 25,000m² of Cemfloor, the chosen screed for the project.The main advantage Cemfloor has over the flowing screeds is the quicker drying time. It also eliminates any risk of incompatibility with cement-based adhesives and levellers and no special preparations are needed before hand. After looking at their options, Cemfloor was chosen for the project due to its faster installation time and drying time compared to traditional sand and cement screeds. This helped to keep the project on track with its tight building schedule.Due to its flowing nature, Cemfloor was pumped and placed 20 stories high without issue. The limited space available on site was also a factor to be considered and was resolved by using Cemfloor. It was delivered to the site ready mixed which eliminated the need of on-site mixing and storage of sand and cement on site.

Following successful works for the London Underground, Koster were asked to design waterproofing systems for use inside live tunnels for the Glasgow Underground. Following close analysis of the structure, surrounding ground and constant use, a bespoke design was settled upon which involved an area injection system as the main form of waterproofing protection.Koster Injection Gel G4, an acrylic injection material was selected, mainly due to the fact that it has an extremely low viscosity and will not contaminate ground water or soils.When injected in a grid pattern across the substrate (through pre -installed injection ports), it will travel through the pores of the brickwork and "Gel" forming a permanently elastic mass capable of holding back the pressure of water behind the structure.The Koster Technical team become heavily involved in these types of projects, working carefully with the design team and contractors ensuring a successful project completion.For more information or for advice on a similar project, please contact the Koster Technical team on technical@kosteruk.com.

Project type: EducationLocation: Wimbledon High School, London, SW19 4ABProject Cost: £21mProduct: Rainscreen with ExtrusionsFinish (Extrusions): Syntha Pulvin RAL 7047 Matt Telegrau 4Finish (Panel): Syntha Pulvin RAL 7021 Matt Black GreyProduct: Fascia Soffit to Eaves, Verge & RIdgeFinish: Syntha Pulvin RAL 7021 Matt Black GreyProduct: Vertical Feature FinsFinish: Syntha Pulvin RAL 7021 Matt Black GreyProduct: Copings & Rainwater PipesFinish: Syntha Pulvin RAL 7021 Matt Black GreyFire Rating: A2 s1, d0 Non-combustible (Reaction to Fire EN BS 13501-1:2018)Product: Monocoque Support System (Galv)Fire Rating: A1 Non-combustible (Reaction to Fire EN BS 13501-1:2018)Client: Neilcott Construction LTDArchitect: IID ArchitectsContractor: Neilcott Construction LTDPhotography: IID Architects & John Nason

GRP End of Platform Steps | Case StudyContractor AmcoGiffen selected Dura Composites to design and fabricate 6 sets of GRP End of Platform Steps for Kings Cross Station in London, which were installed by Amco in a very short time frame to meet the needs of the tight project timescales. Weighing up to 80% less than steel and 30% less than aluminium, Dura Composites End of Platform Steps offer equivalent performance for considerably less weight. This results in major savings including lower installation costs due to more economical transportation, handling and on-site positioning.The client was delighted with the quality of the design and workmanship and with Dura’s ability to turn the fabrications around in such a short space of time, describing the structures as having “gone in like a dream”. As well as fully fabricated non-corrosive and non-conductive single unit GRP end of platform steps Dura Composites can also supply in component or flat pack kit form ready for quick assembly on-site.

Products:Externals: OS221 Orbis Midrail Infill Top FixAtrium: M311 Mono Glass Infill Top FixStairs: M310 Mono Glass Infill Side FixContractor: Galliford Try Construction LtdArchitects: Ryder ArchitectureThe £25m redevelopment of the Greenhead Sixth-Form College Campus was one of the first Net Zero Carbon in Operation school buildings built by the Department for Educations Rebuilding Programme.Galliford Try Construction enlisted Delta to fulfil the requirements of this balustrade and handrail package – totalling 280 metres of balustrade system.With Greenhead College situated within the Greenhead Park Conservation Area and in close proximity to historic buildings, the more traditional tubular Orbis powder coated balustrade with midrail’s was installed to the external steps.Whereas a more sleek, modern aesthetic was decided upon for the atrium and stairs in the form of Delta’s Mono powder coated balustrade with stainless steel handrails and glass infill secured with a bolt-through banjo lug.

When a high-end development of a new residential student accommodation building in Gloucester city centre required over 3800m2 of high-quality flooring, they turned to Gerflor for a complete solution. The world class flooring installed would include Gerflor’s Tarasafe Impression and Tarasafe Standard vinyl safety flooring, Taralay Impression Comfort heterogenous flooring, together with their stunning Creation 55 LVT and Gradus Boulevard 5000 high performance Secondary Barrier Matting Tiles.Cityheart Living’s accommodation in Cityheart’s Blackfriars Residence is brand new and offers high specification and secure student accommodation to the University of Gloucestershire.Midas Group, a multimillion-pound construction group with seven offices around the southwest and Wales, had been appointed by the developers Cityheart Living as main contractors but went into administration in 2022. Vitruvius who are a team of project and construction management consultants swiftly proposed a Construction Management approach to restart the project and were appointed to take over the project.

Bonny LGA, situated on the Atlantic coast of Nigeria, serves as a hub for the thriving Nigeria Liquefied Natural Gas (NLNG) industry, alongside hosting the terminals of various prominent oil and gas companies, including ExxonMobil, operating in Nigeria under the name Mobil Producing Nigeria Unlimited (MPNU).Recognising the critical need for heightened security in this strategic region, HAG stepped in to supply and install our advanced Armourguard and Alishield Range roller shutters across multiple locations in the Niger Delta, bolstering the security infrastructure of Shell premises and other key facilities. In addition to our installation efforts, we also conducted comprehensive training sessions for local representatives of the main contractor, empowering them to efficiently install and maintain HAG products, thereby ensuring sustained security enhancements on a supply-only basis.This collaborative initiative underscores HAG's commitment to providing innovative security solutions and fostering local capacity-building initiatives to safeguard vital assets and promote sustainable development in the region.

Mixed-use urban development with unique shaped balconies and terraces.Designed by London architects Squire and Partners and developed by JTRE, Triptych Bankside is a complete urban quarter situated in an iconic location close to several London landmarks. This, coupled with its striking design, make Triptych Bankside a signature project for MyDek.Triptych Bankside’s unique shaped balconies required careful design, layout and installation guidance. MyDek supplied Class A2 non-combustible aluminium decking for the balconies and terraces, and offered support to the client and contractors throughout the process. The contemporary finish of the decking complements the design of the building and provides a fully non-combustible future-proof solution."Working with MyDek was seamless. We had issues at the time with the changing regulations in terms of non-use of combustible materials, façades and balconies. MyDek were instrumental in helping us develop our proposals and implement the same use of the material across the balconies and terraces." - Nick Chamberlain, Senior Design Manager

A Stoke-on-Trent City Council unit required refurbishment due to its poorly insulated roof and subsequent thermal issues. The 2.000ft2 apex roof and adjoining service areas were refurbished to improve thermal performance with a total of 98, 50mm and 100mm thickness Eurothane® GP boards applied to the building.Spencer Crossley, the store owner explained:"The Eurothane® GP panels have done a fantastic job. They’ve made a huge impact on thermal conditions inside the shop. It means I can keep the store open later. The insulation within the refurbished roof has made for a more enjoyable shopping experience for customers and better working conditions. I’m extremely happy with this fantastic product."About Eurothane® GP:Eurothane® GP is a high performance PIR insulation board that is light weight, easy to cut, handle and install. Whether it’s a pitched roof, framed wall or floor, Eurothane® GP is the ideal solution amongst contractors and installers

Blue-green roof solution on a London dwellingCHALLENGE8a Belmont Street comprises two unique semi-detached dwellings, which have been constructed in Chalk Farm, London by a private developer Maygrove Projects in collaboration with Martin Evans Architects. The total roof area covers only 55.03m² but features an unusual roof design; it is divided into five sections comprising two glazed roofs and three blue roof areas. For this warm roof construction, an alternative durable waterproofing was sought, suitable for blue roof application. SOLUTION Approved Roofing Contractor Gribben Solar Roofing provided an alternative blue roof solution to the original design proposed by the project architects, fully complying with their needs. Together with partner and single ply manufacturer RENOLIT they proposed a waterproofing solution for the blue roof in the form of a fully bonded RENOLIT ALKORPLAN L35A77 membrane, to be combined with the RENOLIT ALKORPLAN Green roof system. So, actually, a blue-green roof!

Two New Bailey is the 188,500 sq ft state-of-the-art of office development in the heart of Salford, Manchester.The building is designed to provide flexible working environments full of character; referencing the spirit of Salford’s industry and the site’s setting on the River Irwell. The unmissable red steel structure is exposed and brought to the outside to provide solar shading for the elegantly fabricated façade, created using Reynaers bespoke EF 86 unitised curtain walling - a complicated solution where the steel actually penetrated the façade!Sustainability and occupier wellbeing is at the heart of this impressive ten-storey office development and can be seen throughout, the building achieves a Grade A BREEAM-rated specification, and is equipped with bike storage, outdoor terraces and stunning panoramic views of Salford and beyond.Two New Bailey is already home to some prestigious companies with others following suit. We’re thrilled to be involved with such a vibrant and unique project! Products used: EF 86 bespoke unitised curtain wallingContractor: StaticusFabricator: Bowmer & KirklandArchitects: AHMM

Located within easy distance of the University of Edinburgh, this six-storey development provides 52 studio apartments for the city’ vibrant student community.Designed by Yeoman McAllister, the stone clad building complements the existing architecture of the area, while the high-performance aluminium fenestration package from Senior Architectural Systems provides a modern and compliant solution.Senior’s thermally-efficient SPW600e aluminium windows, installed with Louvre Guards in front of the opening lights, have been used throughout, combining a robust and secure construction with slim frames to frame far-reaching views of the city and ensure effective levels of daylighting. The main and communal areas benefit from Senior’s slimline SF52 aluminium curtain wall system and low U-value PURe® Commercial Doors.Senior worked closely with main contractor Clark Contracts and fabricator partner GG Glass to deliver the scheme which has received wide praise for the quality of its accommodation and convenient links to several of Edinburgh’s main university campuses.

Travelodge have recently started a £100million nationwide modernisation programme as well as an increase of their Hotel brand sites. Travelodge Oxford is a New Build Development on Abingdon Road, built to help with the growing demand for affordable hotel accommodation in Oxford, mainly due to the increase in tourism as well as families visiting students in the city.The new Travelodge on Abingdon Road has 83 rooms, to supplement the demand in the area. The existing Travelodge in Oxford which was built in 1999, also has plans to be upgraded and refurbished with a new entrance, conservatory and a revamped restaurant.Soundis supplied the acoustic flooring at this Travelodge project for the Main Contractor Hinton Design & Build. The Travelodge specification for a high quality acoustic flooring system included 22mm T&G Chipboard and 19mm Plasterboard Plank, over a 30mm high density Rockfloor insulation floor slab with acoustic flanking edging band around the perimeter to separate and isolate all abutments. The whole project required over 1,200 sq metres of acoustic flooring.

Like every other institute of learning, the University of Bristol has to provide world class educational facilities, but also find new revenue streams. One such area is the provision of commercial conference space. This of course brings an extra pressure in the quality of the space provided to fee paying delegates.The atmosphere of the large open atrium was dependent on controlling the level of reverberation, without compromising on the architectural finish.Working closely with the Main Contractors Site Team, Architect and Client, we were involved in the specification for the new Atrium Feature Wall, along with all complex detailing, including expansion joints, louvres and display cabinets.Working closely with Vinci Construction, to carry out the Absorb-R GypLine αw Acoustic Plaster treatment to the Atrium Feature Wall at the University.Soundis Absorb-R GypLine αw system was installed to give a very desirable natural white stippled effect, combined with a highly absorbent functional wall spanning the length and height of the building, rising a full 5 floors.

This major expansion of the deep-water container terminal at Liverpool docks would significantly increase the footprint and capacity of the site. The site handles the world’s largest container ships and connects road, rail and canal networks directly to the heart of the UK mainland. As part of this project, external concrete surfacing was needed that would deliver long term resistance to the high volumes of HGV traffic using the terminal. After discussions with the contractor, the solution proposed was Tarmac’s TOPFORCE fibre reinforced concrete with a combination of synthetic macro and micro fibres. TOPFORCE can eliminate the need for some traditional steel reinforcement, making it quicker and easier to place. It offers excellent longterm durability making it ideal for commercial and industrial sites used by HGV traffic. This solution would deliver a saving in both labour and material costs and avoid the budget impact of the rising cost of steel. As well as improving the durability and structural performance, the use of macro fibres also improved sustainability significantly by reducing embodied carbon compared to traditional steel reinforcement.