"leadwork contractors"

The Danish Church in London has been in existence, since 1696. Since 1952, it has occupied St Katherine’s, a neo gothic Church sited in the calm and secluded setting of London’s Regent’s Park, forming part of the Crown Estate.A recent refurbishment of the Church has been undertaken, overseen by Architects CF Møller and carried out by, main contractor, Coniston. The work included three new kitchens, communal spaces, and vicarage. GEC Anderson were employed to supply and install the three kitchens occupying two levels of the historic building. Liaising closely with the Architect, GEC Anderson were able to produce and install the required kitchen surfaces and fabrications as well as the required package of commercial kitchen appliances. Managing director of GEC Anderson, Martin Tye, commented “Space was very much a limiting factor in all three of the areas that we were involved with and so, it was a real challenge to be able to accommodate and include all of the necessary elements. Following the careful guidance of the design team, we were able to translate the requirements set out on paper into a tangible result for the client. This also involved meeting with the end user team and understanding the order of priorities.” Certain areas included high ceilings and so some tailored storage options were provided to maximise the useable space. Shelving and cabinets were included to provide the appropriate storage.

150 CheapsideBauder Hot Melt structural waterproofing systemSynopsis150 Cheapside is a new-build office development in the City of London, offering some 182,740 square foot of office space on eight floors. Overlooking St. Paul’s Cathedral, this landmark construction has recently gained an ‘Excellent’ BREEAM rating.Bauder Building BoardProject:              150 CheapsideLocation:           LondonRoof Area:         2000m2Investor:            St Martin’s Property InvestmentsArchitect:          Michael Auckett ArchitectsContractor: Knight AsphaltThe specificationThe client, St. Martins Property Investments, opted to use the Bauder extensive green roof finish, combined with Bauder’s Bakor waterproofing build up - a durable hot melt system installed at a comparatively low cost compared to traditional felt solutions.The resultWith both the waterproofing and the sedum blanket finish being sourced from one supplier, complete compatibility was guaranteed providing the client with an ‘immediate’ green roof finish and waterproofing build up with a life expectancy in line with that of the structure.System installedBauder Bakor 790-111 BauderPLANT E 42Torch-on root-resistant capping sheet green2 790-11 with reinforcement layerHot melt rubberised bitumen asphalt with a percentage of post-consumer recycled materials that infills and fully bonds to all minor deviations in the deck.3 DeckPrimed concrete.

The ProjectThe former Met Police HQ which has been redeveloped into a co-working space based on the banks of the Thames. Tintagel House boasts modern design co-working spaces, meeting rooms, roof terraces, bar, cafe, gym and cycle storage for its members. Bellsure were asked by Oakmont Construction to provide the cycle storage for this project. As requested by Oakmont Construction, we provided quotes on bespoke cycle shelters with a selection of cycle storage for the client. We also supplied CAD designs and .dwg files to build into the clients BIM model. The CAD files that Bellsure provided included specified materials, product recommendations, panel details and security fixings.The SolutionThe Streetsure team secured the contract and project managed the supply of the shelters and cycle storage to suit the contractors time frame and budget.For the cycle storage we supplied our Classic double decker cycle racks, Verti-45 semi vertical cycle racks and classic Citihoop stands. These were space planned strategically to fit as many spaces into the area as possible, and provide a greater return on investment for our client.Our bespoke CuvaSpan cycle shelters were the chosen option for this project. The shelter was a bespoke powder-coated steel frame with a PETG roof. Our installers worked alongside the site manager to ensure a smooth snag free handover - complete with an enhanced operations & maintenance manual. 

The ProjectA well established contractor asked us to provide a range of products on a supply only basis. Using the experience and knowledge of the Streetsure team, we offered a variety of products that suited the specific elements of the brief. We supplied CAD designs and .dwg files to build into the clients BIM model. We provided quotes on a mix of bespoke and standard range cycle parking, corner protectors, mesh panelling, mailboxes, lockers, benches and planters.The SolutionThe Streetsure team secured the contract and project managed the supply of these products to budget and within an agreed timeframe.We supplied Double Decker Cycle racks, space planned strategically to fit as many spaces into the area as possible along with corner protectors to reduce any damage when loading/unloading bicycles. Our ‘08 series’ recessed option was the mailbox of choice for this project. We sent off for an anomatch colour - a bespoke colour which we purchased and applied at the manufacturing facility to create a unique one-off product, perfectly matched to the architects specifications. Streetsures secure lockers were supplied for a key fob access mail room. Bespoke STRATA timber benches with steel legs and aluminium planters, powder coated in RAL 8028 were supplied for a resident only access rooftop location, creating a unique viewing experience over the London skyline. 

Installer – Dearneside Fabrications LimitedMain Contractor – Taylor WimpeyArchitect – PRP ArchitectsClient -Taylor WimpeySystem- Vantage® CS (Coping / Capping system)Loyal customer and expert installer, Dearnside Fabrications Limited contacted us about utilising our Vantage® CS coping on this exclusive residential scheme next to the Chelmer River, Chelmsford, south east England.BTS Vantage® CS system was chosen because it has been designed with many advantages over standard pick and mix systems.Although every CS installation is engineered individually, the coping system is always very quick and easy to fit on site. It is always clipped on ensuring no fixings pierce the top side or front face of the coping. The only visible fixing is located on the inside wall. The capping is located on a robust extruded alloy bracket with specially designed grooves that include a rubber gasket, ensuring a snug watertight and anti-drum fit.The photos do not do the system justice as there is no butt straps needed leaving nice smooth lines and where corner junctions are needed, they just slip into place!As always BTS take great pleasure in supporting a key customer on such a prestigious installation which is now helping to deliver 421 new homes in a thriving riverside quarter development.Dearnside Fabrications Limited

Canal Architectural were approached to design, manufacture and install luxury feature staircases, balustrades and screens for a commercial space in Bond Street. A leading commercial design company collaborated with the Technical Sales Team to engineer bespoke architectural metalwork for this world class project.The 14,500 sq ft of commercial space in the heart of London was developed to connect its employees and working spaces together over 10 floors. The Zig Zag profile staircase structure and flat bar balustrade featured hidden structural steelwork supports with a site applied bronze effect paint finish. The fully cantilevered stair structure spanned over 6 floors and featured flat bar balustrades and underside soffit panels, all site sprayed in a contemporary bronze effect finish. Another staircase structure spanned over 2 floors and featured hidden structural steelwork supports, wall panels and mild steel flat bar construction.Canal Architectural worked closely with the team to engineer various bespoke items for the development including bespoke planters, balustrades and screens. The entire development was transformed into a contemporary co-working space for the specialist real estate firm.The Canal site team worked closely with the contractor throughout the entire installation process to ensure smooth delivery in line with current building regulations. Canal Architectural are proud to have worked on this extensive redevelopment programme to engineer exquisite architectural metalwork designs for this landmark commercial space.

Fast-Track SolutionClient: Randox LaboratoriesMain Contractor: Corramore ConstructionScreed Installed By: O'Neill Concrete Flooring LtdScreed Supplied By: Robinson ConcreteCemfloor C30F6 was chosen for this project due to the fast-tracked construction of a new laboratory to provide urgently needed Covid-19 test kits.As part of their on-going commitment to produce much needed Covid-19 test kits; Randox Laboratories Ltd invested in a new facility at its existing headquarters in Crumlin, Co Antrim.The specialised laboratory, the development of which was fast-tracked over the space of four weeks, is the first step in a wider diagnostics investment programme from the company.Given the tight construction programme; Cemfloor were contacted and asked to propose a solution for the project.Cemfloor CT C30F6 was specified and over a period of just 2 - days; 3800m2 was installed by O'Neill Concrete Flooring Ltd with the screed being supplied by Robinson Concrete Ltd.Due to the high early strength of Cemfloor C30; the screed was loaded with access lifts 3 - days after installation which ensured that the build programme was able to continue with minimal disruption.A liquid surface DPM was used to allow the vinyl flooring be installed onto the screed only 7 - days after installation.Due to the incredible amount of effort by all parties involved; the entire project finished ahead of schedule with no issues.

The Old Court House was on the verge of collapse when purchased by its current owner. The Local Planning Authority had placed a Section 106 agreement on the property detailing its rescue from dereliction and were preparing to increase its listing status to Grade I as it was rumoured to be a hunting lodge gifted by Queen Elizabeth to Robert Dudley, 1st Earl of Leicester. Dating carried out during the course of the works confirmed that the building had been constructed in phases between 1526 and 1613.A team, including the client, Harrison Brookes Architects and Speller Metcalfe Contractors worked closely to bring this house back to life using a range of conservation skills and employing specially made components (bricks and tiles) combined with modern technologies. The Clement 3 range of Conservation Rooflights in a tile profile were chosen to be in keeping with the property’s appearance.Rhys Brookes from Harrison Brookes Architects said “This Grade II listed building was in a dilapidated state and required meticulous and painstaking reconstruction. The inclusion of Clement’s Conservation Rooflights helped us to stay true to the original character of the property whilst also meeting the demands of Building Regulations.”The project has won numerous awards including; RIBA Conservation 2018, the RIBA Regional Award West Midlands 2018 and the RIBA Project Architect of the Year Award 2018.

A major live arts venue, that in its heyday hosted The Beatles, Buddy Holly, the Rolling Stones and Cilla Black, has been restored to its art deco glory with the help of Crittall windows.The Globe, Stockton, is the biggest live entertainment venue between Leeds and Newcastle and will re-open shortly with a capacity of 1,650 people seated or up to 3,000 standing.The re-birth is eagerly awaited as the theatre has been closed for the past 45 years. A major refurbishment and restoration programme has been led in recent times by Stockton-on-Tees Council, supported by grant aid from the National Lottery Heritage Fund.The Grade II listed building dates from 1935 and was designed by architect Percy L Browne. Crittall windows were installed originally and these have been replicated in the restoration by the use of bespoke Corporate W20 profiles finished in Turkish Blue. Crittall cold form doors were also supplied.Anthony Dillon, managing director of main contractor Willmott Dixon said: “It has been fantastic working on the restoration of the Globe Theatre, breathing new life into a really iconic building for the community. We look forward to seeing it become a cultural hub once again for future generations to enjoy.”The theatre will play a central role of the Tees Valley Combined Authority’s ambition for the sub-region to be named City of Culture 2025.

Client: Highways Agency, England, with Northampton CC Main Contractor: Balfour Beatty Main Products Used: Emseal BEJSEmseal BEJS used to seal Parapet & Wing wall joints on the new A45 Dodsmoor Bridge in Northamptonshire:This new bridge forms part of the A45 Daventry Link Road at Dodmoor in Northampton, where the wing-wall joints and the parapet joints with the precast elements provided a challenge for the engineers. These joints had to be able to accommodate the anticipated high levels of movement, but the site measured widths of the joints varied from around 25-30mm up to around 100mm. The potential movement, including movement in different planes, their variable form and dimensions, were too much for any ‘normal’ preformed joints, or extruded, gun-applied, so-called ‘mastic’ joint sealants to be used. This is clearly evidenced in the inset picture, where the specified extruded sealant was already seen to be failing under this loading. Additionally, the wing-wall joints were to be back-filled with a watertight seal. Following previous experience with difficult and complex movement jointing requirements, the Balfour Beatty engineers discussed the situation with NCC and the Emseal BEJS System was identified as an ideal solution. Emseal BEJS is available in different widths that can also be precompressed further for ease of installation, it is fast and easy to install, plus importantly requires no invasive mechanical fixings.

Job: Bray Medical Centre for Collen ConstructionSmet Supported Partner: B Doherty Screeding ServicesProduct:Sopro Rapidur® B5 Rapid Drying Screed BinderRelated Downloads:TDS Sopro Rapidur® B5 Rapid Drying Floor Screed BinderSMET Floor Screeds and Compounds Product SelectorDescriptionSMET supplied Sopro Rapidur® B5 Rapid Drying Screed Binder to Smet Supported Partner, Brendan Doherty Screeding Services, for the flooring solution in this fast track in Bray Medical Centre. B Doherty Screeding Services completed the flooring project on behalf of lead contractor Collen Construction.German-made Rapidur® B5 Rapid Drying Screed Binder is a special polymer-modified binder for particularly economical ­production of high-strength, rapid-set cement screed – based on DIN 18560 – allowing early floor installation, and for laying to falls.   is suitable for use on heated screeds, bonded screeds, unbonded screeds, and floating screeds. This flooring solution is particularly useful for fast-track or tightly scheduled screed laying. The newly laid Rapidur® B5 screed floor is ready to receive floor covering after approx. 3 days – after achievement of moisture content ≤ 1.8 % CM. Sopro Rapidur® B5 is supplied in 25kg bags, with 40 bags per pallet.

New floor installation with fast-track – rapid drying floor screed solution, allowing early final flooring installation. SMET supplied Sopro Rapidur® B5 Rapid Drying Screed Binder to Smet Supported Partner, Brendan Doherty Screeding Services, approximately 500 m2, for the flooring renovation and repair in Queen’s University Belfast, School of Law new extension. B Doherty Screeding Services completed the flooring project on behalf of lead contractor Felix O’Hare & Co.Ltd.Y SMETGerman-made Rapidur® B5 Rapid Drying Screed Binder is a special polymer-modified binder for particularly economical ­production of high-strength, rapid-set cement screed – based on DIN 18560 – allowing early floor installation. Rapidur® B5 is suitable for use on heated screeds, bonded screeds, unbonded screeds and floating screeds. This flooring solution is particularly useful for fast-track or tightly scheduled screed laying. The newly laid Rapidur® B5 screed floor is ready to receive floor covering after approx. 3 days – after the achievement of moisture content ≤ 1.8 % CM. Sopro Rapidur® B5 is supplied in 25kg bags, with 40 bags per pallet. SMET delivers another innovative, showcase flooring solution to their Smet Supported Partners. Click the link to see a showcase of jobs completed by Brendan Doherty Screeding Services.

To achieve the high-performance requirements, specialist contractor Allied Ireland, developed a solution and provided a range of Komfort’s new partitioning and door systems which offer market-leading acoustics.Komfort’s Polar 100 double glazed partitioning system achieved acoustic ratings of up to 51dB (Rw) and was installed across the meeting rooms to ensure privacy. This frameless glazed system with its bubble joints and minimal framing creates a high-end aesthetic that maximises natural light.This system was complemented by Komfort’s acoustic Sonik doors, which also achieves a high acoustic rating of up to 40dB (Rw). The striking black aluminium framing of the doors creates an intriguing and contemporary contrast to the white surroundings. The curved walls also add another dimension of interest to the design to help soften the surrounding space.In today’s increasingly demanding workplace, privacy is essential for a host of reasons. This, coupled with intelligent technology being an integral component of any leading commercial space, Komfort’s partitioning systems were made compatible with room booking systems for enhanced user experience and Komfort’s SwitchGlass.Allied designs using Komfort’s SwitchGlass technology removed the need for blinds. The glass turns from opaque to transparent at the flick of a switch, allowing for instantaneous privacy. This is an efficient, space-saving and innovative way to add privacy to any meeting room.

At The Sash Window Workshop we have been replacing and renovating timber windows and doors for various properties across London and the South for over 25 years.We were approached by an interior contracting company who were looking to replace the timber windows and doors for a property in South West London.The company requested new windows and doors which fitted the following specification:New traditional windows to match the existing style and be period appropriate;The highest possible thermal and acoustic performance;The maximum amount of light transmission possible through the glass;Bespoke window ironmongery;Painted internally to meet the customer’s specific paint colour requirements.Upon receiving the request for a quotation, one of our trained surveyors met with the architect for the project to discuss their requirements and advise how we could help. In total they required over 20 new sash windows and timber casement windows, and 4 new external wooden doors.As all of the new windows and doors that we manufacture are bespoke, we were able to ensure that their replacement windows and doors exactly matched the original designs, meaning that they fitted in with the surrounding properties and retained the aesthetic look and feel of the property.Due to the location of the property, all the new windows had to be carried up through the property by our experienced installers to be fitted.Both the customer and contractors were very happy with the work carried out, which helped transform the property into a beautiful home.

We initially began work on the designs for a series of raised planters and street furniture for Lower Steenberg’s Yard in 2019, after being contacted by ESH Group, the contractor working in partnership with the developers PfP igloo.The award-winning site combines distinctive design with river views to create an exciting and vibrant residential and commercial space. The design also includes a series of gardens and micro-allotments which sit alongside the pedestrian area bordering the river in front of the main building, this is where the WoodBlocX structures are situated.A total of 16 raised planters line the main pathway, each design is unique with a number of planters featuring integrated seating, which seamlessly fit within the main structures. The land slopes downward slightly and the planters have been tiered to provide level planting areas, maximising space and functionality.The modular nature of WoodBlocX and our capabilities for adapting angles gives landscape architects total design freedom. In this case, the installer, Wharton Landscapes were able to make adaptations, on site, accommodating those unforeseen changes to designs that can only be determined during construction, this ensured that the client’s vision was matched exactly.Whether we are working to an original design or a retrofit, the flexibility and versatility of our modular system means that we have the ability to bring landscape architects’ visions to life.The 28 apartment complex was completed in June 2021 and has since won the Future City Housing Award.

The flat roof area at above the vast Guernsey Power Station had been suffering from water ingress as a result of failings in the existing EPDM membrane. Due to the expensive machinery housed within and the potential for widespread and costly disruption should the leaking continue.Guernsey Electricity turned to Sarnian Roofing Limited, a Polyroof approved contractor, to provide a rapid and effective waterproofing solution. The Protec System was specified, and work began quickly.The SolutionRemoval of the failed roof coverings to expose the concrete deck below began, and the BBA-approved Protec 20-year system was installed directly to the concrete. Due to its RapidCure technology, the system cures within 30-60 minutes, meaning less disruption for the client.The Protec System provides an flexible and seamless membrane that eliminates the risk of water ingress around penetration points common in industrial unit roofs. As the system is cold applied, there are none of the safety risks associated with the open flames and hot torches used with traditional roll-applied systems.Polyroof’s reputation has been built on the high level of technical support provided to clients before, during and after every contract.We like to work closely with our clients from the very beginning of a flat roofing project right through to completion and throughout the lifespan of the roof. From our experience, this is the best way to guarantee that all aspects of the roof are finished to the superior standards that our clients expect.

Installed by specialist contractor MIB Facades, part of The MIB Group, the façade features 11mm thick, 900mm x 450mm RIVEN cladding panels in a dark basalte finish. Arranged in a regular pattern across the entire ground floor, the cladding is used to create a strong base to the building’s exterior which combines to create a truly striking contemporary facade.Each Carea panel is formed using 90% natural minerals and 10% binding resin to provide the perfect aesthetic solution for both the client and the designer. Installation is quick and simple with the Carea facade system, as each panel is supplied with specialised horizontal rails that fit onto vertical cladding supports. With precisely routed grooves on the top and bottom, the simple fix provides a totally seamless finish to maintain the stunning appearance of the project.As well as providing a stunning exterior, the Carea cladding system offers superb thermal and acoustic insulation, alongside excellent performance qualities. Carea Ardal cladding panels are resistant to climate and are unaffected by graffiti due to their non-porous composition.While aesthetics were of importance, the specification of Carea cladding brought an array of other benefits to the development. The cladding provides a long lasting and cost effective solution, offering a high degree of insulation that will play a pivotal role in improving the leisure complex’s thermal efficiency and lowering its heating needs to aid sustainability.

The number of Davit Arms required for a project should not sound like the quintessential British question of "one lump or two" for your cup of tea.It should depend on the specific project parameters but it is a question we are often asked, even if the employer's requirements or access strategy specifically identify a quantity.There are however a few definitive requirements. If the system is designed for single users (due to roof/building structural load limitations for instance), then two Davits must be provided to facilitate safe rescue. Equally, although Davits are component form and portable, the units are not light to carry between buildings, might be too large for service lifts and no one even wants to think about the stairs - the buildings being cleaned by rope access for a reason!Additionally, the duty holder and building owner should consider cleaning times and crew efficiency. Responsible IRATA contractors operate in a team of three, with one level 3 supervisor and two operatives. With a single davit, two of the team are effectively non-productive.Finally, it can be that multiple outreach davits are required. The projection requirements can vary depending on rooftop socket locations, parapet sizes, and façade elements. For extended cleaning cycles, Davit arms should project so that there is a naturally extended reach.Leave the one lump or two questions for your cup of tea, or number or shots of espresso if you prefer……….

Project:Ysgol Gynradd Gymraeg Llyn y Forwyn Client:Rhondda Cynon Taf County Borough Council Contractor: Wynne Construction Architect:Arcadis IBI Architects Value:£10m Location: Forwyn in Ferndale Innovare Completion date:December 2024 Innovare duration on site 12 wks GIFA: 1929m²PROJECT SUMMARY The Ferndale school will receive a brand-new building, in a multi-million-pound investment. The 21st Century facility will be built at the former ‘Chubb’ Factory at Highfield Industrial Estate, delivering improved facilities for staff, pupils, and the community in 2024. The proposals will also include ecological enhancement measures including for hedgehog, bats and birds and there will be a landscape strategy with work to boost the biodiversity and ecology of the area. Enhanced outdoor spaces will support the delivery of all curriculum activities, while a staff car park and bus and parent drop-off point will also be provided on site. The new school building will expand the local Welsh Medium primary offer and will include modern, flexible, and accessible facilities with community use. Enhanced outdoor spaces will support the delivery of all curriculum activities, while a staff car park and bus drop-off point will also be provided on site. The new building will also be Net Zero Carbon in operation, supporting the Council and Welsh Government’s climate change commitments. The school is the first of its type to utilise Innovaré Offsite’s psi-FAST sustainable superstructure solution.

The ProjectHaving been closed for 4 years, Allerthorpe Golf Club has recently undergone a massive transformation.Purchased by Park Leisure, the Golf club has been transformed beyond recognition and is keenly awaiting official opening in September 2018.  The Challenge The members have waited an extended period of time for the facility to be reopened and expectations were high.Creating the right environment and finish internally is of high importance and needs to be befitting of Park Leisure and of a standard expected by its members.Symms Revill Architects specified the project, and the full spectrum of Excelsior products were required on the scheme.Z section lockers, complimentary bench seating including cubicles and wall panelling.  The Solution Engaged by main contractor Speller Metcalfe, Excelsior worked closely with both Speller Metcalfe and Symms Revill to get the specification and design just right for this prestigious Golf Club.The Architects design, coupled with Excelsior’s ability to adapt and produce bespoke products has resulted in a first-class finish for the club and its members.SpecificationProduct Range: 12mm Solid Grade Laminate, Formica Delano OakDoors: 12mm Solid Grade Laminate, Formica Delano OakPilaster: 12mm Solid Grade Laminate, Formica Delano OakPartition: 12mm Solid Grade Laminate, Polyrey Beige NatureIronmongery: SBAA Semi Bright Anodised Aluminium

West Lindsay Council sought out to build a new crematorium for the area, as statistics showed that 75% of funerals are now cremations. The £6.3m site is state-of-the-art and includes landscaped grounds, remembrance gardens filled with young trees and wildflower meadows, a reflection pool, a car park for 120 vehicles and ample space for further development if necessary; to include a second chapel if there is demand.The new crematorium will be welcome to all forms of religious and/or secular services. With beautiful views of the woodland across Nottinghamshire, this facility will help make a real difference to residents at difficult times in their lives.With the building itself boasting modern design, the chosen paving materials for the hard landscaping were chosen to help complement the rural nature of the area and make the best use of the natural boundaries.Modal textured in Charcoal Grey Granite and Oatmeal Granite were used alongside Myriad Sunlight for the pristine entranceway, working brilliantly with the warm tones of the building and soft landscaping in the surrounding area.Main contractor, Willmott Dixon Construction Ltd. alongside Haverstock as the architects, carried out the project.The result was a warm and beautiful landscaped area. The combination of sizes and colours create an unmissable entranceway that is modern and welcoming. The facilities are now open to the public to provide a much-needed service for local’s in a tasteful and well-designed environment.Images supplied by West Lindsey Council

Featuring 20 restaurants, bars and cafes, the three-storey, canal-side destination is located within a 36-acre nature-filled landscape that has been commercially-reimagined, with designers using the site’s Victorian train station and warehouse buildings as inspiration. The nearby historic Lace Market, the epicentre of the world’s lace industry during the 19th century and now a protected heritage area, was also an influence on the Island Quarter’s architectural form.With the creation of 1,600 new homes and 6,000 office jobs included as part of the masterplan architects claim, that as a verdant archipelago, The Island Quarter is ‘setting the scene for something really different’ for city centre mixed-used developments. For this high-profile, complex project, IG Masonry Support was selected to design and manufacture 19 Brick Slip Arches that met the structural and aesthetic requirements for The Canal Turn building within the development.ChallengeIG Masonry Support was selected for The Island Quarter programme following its successful completion of similarly complex projects in conjunction with brickwork contractor, Lee Marley. Our brief was to design and manufacture 19 Brick Slip Arches, 17 at ground level, and two at fourth-floor level, of the site’s main building. The greatest challenge in this respect was coordinating the brickwork configuration of two deep-soffit arches, which were to meet at a 90-degree angle at the structure’s ground level corner.In addition, the siting and size of two large arches at the building’s uppermost level provided a potential issue.SolutionThe experience and expertise of IG Masonry Support’s technical team was essential to ensuring the 90-degree corner arches’ unique formation complemented the surrounding building work. Following extensive research and detailed assessments, a complex system involving a large volume of steel and brickwork was designed and embedded within the structure’s corner section, thus providing a suitable base for the deep-soffit arches to meet at the correct angle. For the finish, our half-arch solution combined with our innovative B.O.S.S. deep-soffit system, proved ideal.In terms of the logistical operation to install the two large arches on the building’s fourth level, we required engagement with Nottingham City Council to implement appropriate road closures during their delivery. Due to their size, the arches were delivered separately and once on site, were carefully craned towards the top of the building. This process was particularly challenging, as there was little space (half-metre) for the contractor to install the heavy structures into the correct position.Thanks to the design skills of our technical team in supplying a solution that was bespoke and precision-made for this application, the corner arches were an identical fit. They provided the impressive building with a unique feature and an aesthetically-pleasing finish. The prefabricated nature of the arches not only guaranteed their controlled and high-quality manufacture, it led to a more rapid and cost-effective installation, with the units being delivered straight to site for immediate implementation. This outcome would not have been possible with traditional brickwork and might have delayed The Island Quarter’s scheduled and much-anticipated opening in late 2022.

The stunning state-of-the-art, multi-level, Better New Addington Leisure & Community Centre, designed by GT3 Architects for the London Borough of Croydon features buff brick cladding with 3D- textured detailing thanks to external cladding supplier Aquarian Cladding Systems.The project was part of the Southern Construction Framework and followed a string of work carried out by Willmott Dixon for the Borough. It was also home to the building contractor’s first Building Lives Academy, aimed at upskilling young people in the area and providing them with an opportunity to join the construction industry.Originally, another brick cladding system was specified for use, however due to the complexity of the stepped window frame detailing, the additional cladding support rail cost, the time it would take to install, and a lack of product warranty from the supplier, an alternative cladding system was sought to meet the programme and budget.To resolve the challenge, Aquarian and specialist cladding contractor Express Dry Lining, part of Aquarian’s Approved Installer Network, worked closely together to achieve an acceptable finish to match the specified material, which suited the local vernacular thus meeting the aesthetic, programme, and commercial requirements.Peter Head, Director of Express Dry Lining said: “The design and installation support of Aquarian helped us ensure that all stakeholders were supported throughout the process of material selection, buildability, component production and assembly to achieve a photogenic building free of defects which will last. This is one of those projects to be proud of for a very long time.” In addition, the solution had to be a cladding system that used brick slips which could also be produced as standard bricks to build landscaping planters and achieve a seamless ‘hit-and-miss’ brick feature in the façade. As an innovative, panelised, insulating brick cladding system, which has been successfully tested to BS8414 on five separate occasions and has an EN13501 fire rating of B, s1, d0, Gebrik was perfect, with Aquarian supplying 1126m2 to the project.To achieve the 3D features in accordance with the architect’s design brief, eighteen different panel and corner components were produced, 25% of which were bespoke and therefore project-specific.The expertise of Express Dry Lining in the setting out of the substrate ensured the 60mm thick ‘brick wallpaper’ is consistent across the entire façade with perp joint alignment across both the stretcher and stack bond panels. And their attention to detail in ensuring the system was cleaned down after pointing ensured the façade was completed on time and to everyone’s satisfaction. The finished project was completed six weeks ahead of the revised programme with Gebrik significantly contributing to the speed of construction and reduction in programme, leading to significant cost benefits elsewhere. The London Borough of Croydon is delighted with the quality of the completed building, with Councillor Oliver Lewis, cabinet member for culture, leisure, and sport, quoted as saying, “This is a stunning new centre with first-class facilities for everyone in New Addington to enjoy and be proud of.” Peter Head concluded by saying, “It is unlikely any other brick cladding solution could have been used as cost-effectively and efficiently as Gebrik to create a façade of such high quality.”

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. 

The five-star Cameron House Hotel is set within 400 acres of beautiful Scottish countryside on the world-famous banks of Loch Lomond. The Hotel is the prestigious home to a collection of 140 bedrooms including 24 suites. The hotel offers a variety of dining experiences, including the Michelin starred restaurant Martin Wishart at Loch Lomond.When the flat roof areas above the main kitchen and the dining area began to leak, it was imperative that a rapid waterproofing solution could be found that could be installed without disturbing operations at the restaurants below.When the flat roof areas above the main kitchen and the dining area began to leak, it was imperative that a rapid waterproofing solution could be found that could be installed without disturbing operations at the restaurants below. The roof area itself was covered with an aged felt membrane that had been treated with a variety of localised repairs which could no longer prevent water ingress. A large amount of M & E plant was present throughout the roof, and any new waterproofing system would be required to seal the numerous stanchions and plinths in a fully weatherproof condition. After researching waterproofing systems online, Cameron House Hotel contacted Polyroof Technical Services for a recommended waterproofing solution that met their stringent criteria. Following discussions, the regional technical manager carried out a detailed roof survey of the roofs. The survey report formed the basis of a bespoke specification that covered a comprehensive set of recommendations to fully solve the roof’s problems.Polyroof Approved Contractor Skyform Roofing successfully tendered the project and the refurbishment works soon began. In order to avoid disruption to the hotel’s operations the existing roof coverings were retained as a substrate for the Protec system, without the need for stripping / replacement works. Due to the complex nature of the roof, works were carried out within a phased approach with the most problematic regions being refurbished first. Loose-laid M & E plant was relocated and the felt coverings cleaned and made good as required. The remaining roof details were then prepared as necessary before being primed ready to accept Polyroof’s cold liquid-applied Protec system.A key advantage of the Protec system for phased refurbishments is its speed of application and rapid curing. Unlike moisture-curing liquid systems, Protec forms a solid, extra-tough membrane that can be walked on 30 – 60 minutes after application. Not only does this reduce labour times and keep costs down, but crucially it allows the full system to be laid in it’s entirety in a matter of hours – rather than days. With its fibreglass reinforcement, the Protec resin is able to rapidly mould around any protrusion, stanchion, plinth or upstand to quickly form a totally seamless watertight seal – without the need for any time consuming cutting or patching work. This meant that the many complex roof details were able to be rapidly made waterproof, further reducing installation times.The contract monitoring undertaken by Polyroof Technical Services allowed the contractor and manufacturer to work effectively together to ensure the roofing solution delivered on all the client’s needs. The application by Skyform Roofing was completed to a very high standard with every roof detail meticulously sealed in a fully weatherproof condition.

Queens Crescent is a bustling retail street situated in London’s Kentish Town. The roof area above the Post Office building, which also served as a communal walkway area with access to the upper level of the adjacent buildings, had been suffering from leaks. To add to the issues, the aged promenade tiles had worn and become a slip hazard when trafficked. Looking for a lasting waterproof solution that can also provide heavy duty anti-slip surfacing, the client turned to Polyroof for a solution. To minimise access disruption to the upper level adjacent buildings, the client had organised a 5-day window for the waterproofing and surfacing works to be completed.The SolutionThe main contractor had removed the old paving slabs and membrane back to the concrete deck underneath and carried out repairs to create a level surface.Approved Polyroof Contractor Emperor Roofing began by priming the concrete surface to create a sealed, non-porous substrate. With its quick-curing properties, the Polyroof primer was ready to be over-coated only 30 minutes after its installation.A specialist twin-pack epoxy metallic primer was applied to metal detailing sections, including ducting vents and the intricate balustrade detail alongside the communal stairwell, which also formed part of the specified works.Local reinforcements were carried out to these details involving taking Protec resin and PolyMat 450 up by 150mm before applying the full waterproofing system.Upon completion, the balustrades were re-painted, with the paint being taken over the waterproofing membrane to create a neat detail. A key advantage of liquid systems in general is their ability to seamlessly seal around complex detailing; in this instance, quite simply, the balustrades could not have been sealed effectively using a traditional waterproofing technology.Polyroof’s Protec System enjoys exceptionally fast detailing speeds, where its formulation allows it to rapidly break down the chopped strand mat reinforcement and neatly moulds around the detail it is covering. To the left of the stairwell, the Protec system was chased in at a height of 150mm above the level of the stairs.The termination point of the waterproofing membrane was sealed with mastic to create a fully weatherproof detail. The Protec system was dressed onto the wall abutments to the main areas but left self-terminated as new render is to be applied to the walls and taken down over the top of the Protec system.After local reinforcements were completed the main waterproofing system was applied to the walkway and stair areas.The two-coat Protec system was able to be rapidly installed with its 30-60 minutes cure times, meaning the project was comfortably ahead of schedule by the time it was complete.Next, the designated anti-slip areas were carefully masked off, leaving the exposed waterproofing to the roof perimeters, detailing and vertical sides of the step and stairs. A third coat of Protec was applied to the masked sections and, whilst the liquid was still wet, 0.7-1.2mm quartz sand aggregate was broadcast into the resin.Once dried, the aggregate is embedded within the membrane and lose sand was brushed off and collected to be re-used. In order to provide an extra-tough surface that sealed that aggregate in place, a coating of PolyFinish was applied over the aggregate in the client’s choice of light grey.

Client: Rothschild FoundationLocation: Waddesdon, UKYear: 2023Project size: 100 m²Vebro systems: vebroflex Comfort UV PlusA resin floor was required to ensure a seamless visual transition between the floors and walls at a unique, 12 metre high, wedding-cake-shaped venue, colour matching perfectly to the vibrant pastel pallet of the tiles and sculptures adorning the exterior façade.Set in the beautiful English countryside in Buckinghamshire, Waddesdon Manor was built by Baron Ferdinand de Rothschild to display his collection of arts and to entertain his friends.According to Rothschild Foundation, who manage the house, “The contemporary ethos of the estate looks to ensure all of its assets are cared for holistically and the past, present and future combine and are presented to the highest standard and level of inspection at all times”.Standing within a grove of trees on the estate of Waddesdon Manor, this ceramic sculptural pavilion – in the form of a three-tiered wedding cake – is the latest Rothschild Foundation commission from celebrated Portuguese artist Joana Vasconcelos.Aptly named Wedding Cake, over 25,000 gleaming, icing-like ceramic tiles decorate the cake – all made in a traditional Portuguese manufactory – glazed in pale pinks, greens, and blues.100 square metres of Vebro Polymers’ vebroflex Comfort UV Plus system was installed in two colours – RAL 6019 Pastel Green in the central area atrium with RAL 9010 Pure White around the perimeter.vebroflex Comfort UV Plus is a solid-coloured, UV-stable, elasticised, polyurethane liquid-vinyl resin that achieves up to 200% elongation at break. Once cured, the material delivers a smooth, matt-finish surface that deadens sound transfer between floors by up to 4Db. Additional sound absorption can be achieved with a liquid membrane or rubber matting.The cementitious screed was reinforced using vebroscreed R&S (Repair & Strengthen) to improve the compressive strength of the sand / cement screed.vebroscreed R&S is a transparent, solvent free, epoxy material used to penetrate fine crack and fissures in cement-based semi-dry cementitious levelling screeds – injecting additional strength and reinforcement prior to the installation of floor coverings.One of the most interesting aspects of the install involved an intricate mandala formed in brass, which was positioned in the centre of the lower atrium floor, creating a stunning central focal point underfoot for visitors.The pigmented aliphatic comfort resin was used to infill each of the brass trim petals using a large syringe. Each petal was meticulously injected one by one, taking a whole day to complete.Resin Flooring Specialists (RFS) are one of the UK’s leading resin flooring installers, based in Kent, and working throughout England.RFS works alongside the UK’s largest construction companies, as well as working direct for clients across a wide range of industry sectors.Mindful of slip resistance, cleaning, performance and aesthetics, RFS pride themselves on being able to deliver the right solution for all resin flooring needs no matter what the environment.RFS are members of the Resin Flooring Association – FeRFA – and Construction Line as well as being an Alcumus Safe Contractor and CHAS Accredited contractor.

Project: Jodrell BankMain Contractor: Sir Robert McAlpine LtdSubcontractor/installer: Sound Interiors LtdArchitect: HassellProduct: SuperPhonOverall Project Value: £16 millionQuantity: 56 triangular and 26 circular acoustic raftsHassel Architects and Robert McAlpine contractors collaborate on The First Light Pavillion, nestled in the Cheshire countryside at Jodrell Bank. The educational centre with a focus on not only the future of our planet, but of our universe.Jodrell Bank and the First Light PavilionJodrell Bank is the northern heart of British space research thanks to the Lovell telescope, which at 3200 tonnes is one of the world’s largest radio telescopes. The site hosts the yearly science and music festival ‘BlueDot,’ named after one astronomer’s description of planet earth from space as a ‘pale blue dot.’ As the name suggests, the event aims to change the way we think about our planet, with huge mechanical sculptures made of recycled items created each year. It attracts scientists and speakers from around the world, including Brian Cox and Richard Dawkins, award-winning author of ‘The Selfish Gene.’Drawing on the history of Jodrell bank, Manchester University are now embarking on a long term project to introduce a younger generation to science. The team believe ‘A passion for science, sparked in childhood, can be the catalyst that leads to bold new discoveries and a better understanding of the world around us.’ In order to spark this passion, The First Light Pavilion will use immersive installations to tell the history of Jodrell bank and it’s place in science history. The space will accommodate speakers, school trips and conferences, and will bring visitors from all over the UK.Robert McAlpineLead contractor on this project, Robert McAlpine have an equally future facing outlook. They are best known for the internationally recognised Eden Project, an indoor tropical paradise made of a series of interlocking biomes designed to emulate rainforest conditions. Unseen on this scale anywhere else in the world, Robert McAlpine constructed the world largest scaffolding, using 230 miles of poles. As well as looking the part, the offices are also built from entirely recycled materials, and the centre aims to promote caring for our environment. In a similar vein to The First Light Pavilion, the site was specially built to accommodate learning, as well as large scale festivals and events.Hassell ArchitectsHassell Architect’s ethos is focused on science education, winning them two AIA awards for their work with James Cook’s University’s science department. They were highly praised for “making science visible, accessible and attractive,” to both students and the general public. The firm is also known for recognising the changing needs of educational spaces in the digital age. Many of their projects focus on multi-use spaces that can be used for socialising, group learning and conferences. They are based both the UK and Australia, and have led projects everywhere from Brighton to Brisbane, bringing an international flair to the idyllic Jodrell Bank site.CMS Danskin AcousticsCMS Danskin Acoustics describe themselves as experts in soundproofing solutions, and have a huge amount of well known projects to back this up. Many of their most inventive projects have been in partnership with SuperPhon, and showcase CMS Danskin Acoustics ability to create distraction-proof educational environments. Most recently they were involved in a reinvention of Teesside University Library. Tasked with breathing new life into the study space, CMS Danskin Accoustics suspended foam plates from the ceiling to emulate a rainforest retreat. The foam plates were specially designed with study in mind and dispersed sound, keeping interference at a minimum for the students below.The ProblemReverberation is consistently a problem in large educational spaces, affecting sound quality and causing distractions. With 20,000 schoolchildren expected through it’s doors each year, and countless speeches and workshops happening year round, reducing reverberation is of high priority for The First Light Pavilion. A useful measure for the effectiveness of any sound absorption solution is BB93: acoustic design of schools – performance standards. This details the level of sound absorption acceptable for a classroom environment. BB93 recommends reverberation time to be as little as 0.4 seconds, which should be used as the benchmark for this project.The SolutionIn a similar technique used at Teesside University, SuperPhon’s sound absorption rafts will be suspended from the ceiling of the pavilion. They will integrate into the design of the pavilion, as they can be cut to bespoke sizes, mirroring the night sky above. The panels are sound absorbent, made of a composite construction and covered in acoustically transparent woven textile fabric..The ResultReverberation should decrease to 60 decibels in less than half a second, as recommended by the BB93, making The First Light Pavilion the calming educational space it was designed to be. The building will be able to comfortably accommodate thousands of visitors each year with minimal noise disturbances, allowing guests to focus on the majesty of space and the world around us.

“How good is Knauf Insulation’s specification and technical support? Let’s put it this way, I’ve used Rocksilk® RainScreen Slab for every façade project since.”- Nikesh Patel, Façade Design Manager at A2O Cladding The Weald of Kent Grammar Annexe extension is a new three-storey satellite facility for Tunbridge Wells Grammar School for Boys in Sevenoaks. It comprises state-of-the-art classrooms for a cohort of 90 boys. A2O Cladding were appointed by Willmott Dixon to deliver the technical design and installation of the façade, which is finished with a white and grey silicon render set against a red Corium brickslip façade. One of their first tasks was to finalise the insulation specification based on three key requirements: thermal performance, non-combustibility and sustainability. Meeting the thermal performance challenge The first factor, the thermal performance of the rainscreen façade system, initially proved more difficult than expected. Nikesh Patel, Façade Design Manager at A2O Cladding explained: “U-values provided by the architect for a rainscreen façade system are a bit belt and braces because they’re based on assumptions. So, once we’ve confirmed the sub-structure, we redo them to ensure they’re an accurate representation of the building’s thermal performance.”   “The problem is the manufacturer we were working with couldn’t deliver the U-value of 0.18 W/m2K because they didn’t have the right software.” For most applications, the simplified methodology used for calculating U-values is sufficient. But it is not recommended for rainscreen façade systems, because it does not take into account the complex interaction between the Steel Frame System (SFS) and the insulation. Instead, a blanket correction factor is applied, which can lead to the over-specification of insulation – as it had in this case. To prevent this, 3D U-value calculations should be used. They thermally model the build-up based on the complex interaction between the insulation and the rails and brackets. This ensures greater accuracy giving the specifier a true picture of how the build-up will perform after construction, so it matches its design. But most manufacturers don’t have the capability to undertake these complex calculations in-house, so outsource the service to a third party at a cost to the contractor. Before they went down this route, A2O Cladding asked project architect Bond Bryan for advice, who suggested they contact Knauf Insulation.  “We’d not used Knauf Insulation before so didn’t know the standard of their technical support. The biggest tick in the box was they do free 3D U-value calculations – it really helped to keep the project on track.”  Using these calculations, the Knauf Insulation Technical Support Team recommended Rocksilk® RainScreen Slab for the façade insulation. The product has a thermal conductivity of 0.034 W/mK and crucially, a depth of just 150mm would meet the required U-value.  They also recommended 150mm of Rocksilk® EWI Slab with a thermal conductivity of 0.036 W/mK to insulate the rendered external walls. A2O Cladding also decided to use Knauf Insulation’s OmniFit® Slab 35 to insulate the junctions at roof level to ensure continuity of insulation. Fire safety at every height All three products have the best possible Euroclass A1 reaction to fire classification, so will not contribute to the development or spread of fire, should it occur. This meant they met the second specification factor, non-combustibility.  “The Annexe extension is under 18m tall but that would never influence our choice of insulation material. The A2O ethos is that we don’t touch combustible stuff when there are suitable non-combustible solutions available. I mean why would you introduce that risk? Using Mineral Wool insulation gives us, and the school peace of mind.”  Patel goes on to explain that Willmott Dixon has a reputation for quality and will only authorise the use of tested and certified systems. “As the façade contractor, it’s our job to ensure the quality of the supply chain. The fact that Rocksilk® RainScreen Slab is BBA certified for use in high rise buildings and for so many different build-ups meant it met the rigorous standards demanded for the project.” A focus on sustainability But choosing suppliers isn’t just about performance and fire safety. The third factor in the specification process was sustainability.  “As we finalise the technical design, we need to provide Willmott Dixon with a Technical Submittal for every product, and this includes details of its green credentials. It was another example of how Knauf Insulation makes things simple for contractors. They have EPDs for every product and all the relevant ISO standards, so our insulation specification sailed through.” As well as producing products that improve the thermal efficiency of buildings, Knauf Insulation has been taking steps to reduce the carbon footprint of its products. One example of this is its unique bio-based binder, ECOSE® Technology, which contains no added formaldehyde or phenol. ECOSE® Technology is made from natural raw materials that are rapidly renewable and is 70% less energy-intensive to manufacture than traditional binders, so it is more environmentally friendly. From technical support to performance and sustainability, Knauf Insulation scored top marks in all categories – which meant that A2O Cladding didn’t need to compromise on any of their specification requirements or criteria. 

Sector: Built-to-rent accommodation (mix of affordable and commercial rental)Client: Populo LivingArchitect: dRMMMain contractor: Bugler Developments Specified for:Good cost / quality ratioSustainable window frame constructionFaçade-specific performanceExcellent design supportThe Didsbury, in London’s East Ham, is a high quality ‘Built-to-Rent’ development offering an equal mix of affordable and market rent apartments. Designed by Stirling Prize-winning architects dRMM for Newham’s housing company Populo Living, and built by main contractor Bugler, The Didsbury comprises 148 apartments in two six-storey new-build blocks which sit south of the former East Ham Town Hall Annexe, which is being refurbished. Smart interior design is matched by a highly distinctive exterior featuring brick and gold clad facades. VELFAC 200 windows, patio doors and entrance doors are installed in every apartment to provide both a quality finish and impressive low energy and low maintenance performance. Windows, doors and Juliette balconiesEvery apartment features a combination of VELFAC windows and patio doors (leading to a balcony or terrace) and inward opening, tilt/turn VELFAC IN glazed doors. These are used to create Juliette balconies, with balcony fittings integrated within the VELFAC frame to simplify subsequent railing installation. As every apartment features a range of interior materials, inner VELFAC timber frames are painted white to create a neutral and low maintenance finish ideal for rented apartments. External aluminium frames are finished in a dark grey polyester-powder coating to complement to both the brick walls and gold cladding. VELFAC also supplied head pressings to match the window sills, thereby ensuring a neat and consistent finish at both top and bottom. Our ‘go to’ composite glazing brandHaving successfully used VELFAC products on earlier projects dRMM was happy to specify the system for The Didsbury: ‘VELFAC has become our ‘go to’ brand when specifying composite glazing,’ says Findlay McFarlane, Architect at dRMM. ‘The system offers a good cost to quality ratio, and the frame design results in low embodied carbon, primarily due to the percentage of recycled aluminium used. This was important for Populo Living’s sustainability targets, and for dRMM as we champion climate-conscious architecture and the use of natural wood, which again is a feature of the VELFAC frame.’ Main contractor Bugler Developments was also happy with the specification: ‘We knew from the outset that we would be using the VELFAC system, and as we had used it before we knew it would meet our client’s requirements,’ comments Thomas Bugler, Head of Marketing. First discussed in 2015, The Didsbury has been a long and complex build. VELFAC, however, is one of the few suppliers to remain with the project from start to finish, thanks to the quality of the system and the expertise provided at every stage build. ‘We liaised with VELFAC right from the start of the project, through the detailed design stage, procurement and eventually to installation on site, with amendments and updates included along the way when necessary,’ says Thomas. ‘The project’s sustainability and affordability targets became more challenging due to this long planning phase,’ adds Findlay, ‘but the VELFAC system continued to meet the specification as it evolved.’ Technical support above and beyondWhile The Didsbury’s minimalist exterior may look sleek and simple, specification was in fact very complex, comments Findlay, and required expert input from the VELFAC team: ‘The stepped façade and variety of façade-specific performance targets meant that not all floors had an identical specification,’ he explains. ‘In addition, while VELFAC double glazing met all low energy targets, we needed to fit acoustic trickle vents into road-facing windows and ensure lower floors and balconies had windows with Secured by Design accreditation.’ Issues regarding weathering within the gold cladding also needed attention, comments Thomas: ‘This required some on site consultation with the VELFAC team, and updated detailing to ensure the end result was compliant and of the right quality - we are very pleased with the finish, and the windows and doors work well within the overall development.’ In fact, VELFAC support made a significant contribution to the success of the whole project says Findlay: ‘We worked closely with VELFAC on detailed drawings for the windows and doors, and were impressed with the level of support provided – more than that typically provided by a supplier, and another reason why we like to use the VELFAC system when we can. The thoroughness of the detailing meant there were fewer surprises when it came to installation, helping us keep on schedule during the final build and installation phase.’

The Hurlford Avenue new build project, situated on the former Garscadden Primary School site, truly harnesses innovation and design. This ‘Modern Methods of Construction’ project, completed in partnership with CCG, showcases technical prowess and constructional excellence.Garscadden Primary School closed back in 2017 but the 1930s school building remained standing. Spotting the potential for something impressive on the site, Glasgow Housing Association proposed a modern replacement – a portfolio of properties.The key requirement was to build modern, energy efficient homes which would provide much-needed affordable housing in the sought-after area of Dumbarton and make a significant difference to the local community.After extensive planning, focusing on matching an appropriate insulation system with a complementary finish, K Systems devised a comprehensive delivery plan using our unrivalled experience and expertise.CCG fabricated the building off-site with timber kits and incorporated elements from our Aricco system, with the final finish being completed on-site. This approach was advantageous for a few reasons, including the speed of construction and a reduction in required labour.Hurlford Avenue is a prime example of our experience with off-site modular builds and our project-specific approach to EWI solutions. We brought Glasgow Housing Association’s vision to life and delivered 28 houses and 42 flats for mid-market rent.Our ServiceThe build of the Hurlford Avenue development wasn’t without its challenges. Precision planning was required to ensure minimal disruption to the residents in surrounding estates. All traffic ways remained free for passage and noise pollution was kept to a minimum.During the build, our team encountered some detailing challenges. However, working directly with the contractor and main contractor, these challenges were quickly resolved by key colleagues within our Technical Team, and the build remained on schedule and of the highest quality.From specification and design to planning, delivery and evaluating, our team transformed a derelict site to a contemporary multi-dwelling development that rejuvenated the Dumbarton area.“I would like to thank everyone on the K Systems technical support team for their contribution in accomplishing the Aricco System project at Hurlford Avenue. The regular visits from senior technicians always go a long way to keeping any project in check and it makes the job of our management much easier by having honest, professional judgement to go back to our guys, with well earned praise on this occasion. Everyone was onboard from the outset in working around any potential difficulties and you will agree it shows in the final results.”Garry Barton, Contractor.Technical Project DetailsAs the client of this project, Scotland based construction company CCG, approached K Systems to provide a suitable façade solution that would complement their design. A build with timber kits and a drained ventilated cavity system was specified, along with a silkolitt thin coat render finish.CCG are renowned for off-site manufacturing (OSM) and manufactured the kits from their production site in near-by Cambuslang. They sourced the correct material according to our exact specification. CCG’s ‘iQ’ System was chosen, which is designed with a fabric-first approach where greater tolerances are determined by fewer junctions and thermal bridges to deliver enhanced U-values and significantly improve airtightness. By incorporating OSM and the iQ system into this project, it is just a small insight into our unrivalled knowledge and expert approach that we take to fulfil the requirements of our clients.For the supporting façade, the K Systems Aricco system was specified - a drained ventilated cavity system perfectly suited for use in low rise buildings, particularly new build projects and timber framed construction. The Aricco system is also the most compatible with offsite/modular construction techniques and boasts an A2-s1, d0 fire rating and therefore complies with the latest building regulations, ensuring the safety of all residents.The finish was just as important as the façade system, with the cost-effective, industry-leading Silkolitt thin coat render specified. Silkolitt renders provide a contemporary finish to new-build applications, something this project very much required to modernise the area. Silkolitt is simple to apply, and its hydrophobic properties makes the render low maintenance. It also has excellent vapour permeability, allowing the Hurlford Avenue properties to breathe and avoid interstitial condensation. It is the most flexible system on the market, making cracking over its lifetime less likely and therefore delivering a pleasing aesthetic with outstanding longevity.The combinations specified by the K Systems team resulted in the build of impressive dwellings boasting a U-value of 0.13W/m ² K – meaning homes were easier and cheaper to heat, a particularly attractive benefit given the current cost of living crisis.

The Rhondda Heritage Park is a renowned tourist destination in South Wales, offering a glimpse into the coal mining community that thrived in the area for over 130 years until the early 1980s. Every year, thousands of visitors take a guided tour led by former colliery workers to experience the life of coal miners.The Heritage Park takes great pride in its appearance and the local heritage it represents. However, the aging asphalt roof terraces that covered the old mine shafts had been leaking constantly, damaging the visual appeal of the visitor site.The ChallengeThe Polyroof technical team was called in to help with the waterproofing and refurbishment of the two roof terraces, measuring over 1100m², that protected the underground mining attraction. After conducting a thorough survey of the roof terrace areas, a customized specification was prepared. This specification included a comprehensive set of recommendations for addressing the issues that had caused the aged and worn condition of the terrace areas over the years. To support the proposal, additional information was provided to the client to demonstrate how a liquid system could seamlessly encase and waterproof the terraces while maintaining an aesthetically pleasing solution that was true to the authenticity of the site.Satisfied that the solution proposed would provide the long-term peace of mind they were looking for, the Heritage Park awarded the contract to RM Polymers Ltd.Before starting the work, any areas affected by fungal growth or moss were treated with Polykill Anti-Fungal Wash to eliminate all spores. Any holes in the asphalt were smoothed out or removed, and levelled using Polyroof Structural Repair Mortar. All large cracks and voids were cleaned and repaired using the same mortar.PVC protrusions were removed and surfaces were cleaned with acetone. Any damaged, loose, or unsound concrete or brickwork was removed and repaired using Polyroof Structural Repair Mortar. All repairs were allowed to cure and dry before priming.The SolutionOne of the main features of the tourist attraction is the mining carts that were used to transport coal around the mine tunnels during its operation. Similar to train tracks, the mining cart tracks are fixed into the ground using metal bolts and fixings which over time had become a weak point for water ingress. Concrete and sandstone had been used as a “quick fix” to prevent rainwater entering the mine shaft below but a long-term solution was now needed. The cement and sandstone was carefully chiselled from the rails, exposing the original metal tracks which were then lifted and abraded back to their original condition. Whilst lifted, the underlying surface was made good before the application of the Protec System. Railway sleepers were then laid on a sacrificial layer on top of the waterproof membrane, upon which the tracks and mining carts were re-instated.As the terraces are constantly trafficked by the general public, the client was clear that an anti-slip finish would be required on any walkway areas.Following the application of the Protec System, Polyfinish and Quartz Sand Anti-Slip was applied to all walkway areas, to provide slip resistance and surface protection. A 50mm margin around the perimeters of the terrace was masked off to provide a neat termination of the anti-slip finish. Ensure masking tape was removed whilst resin was still wet. Then a third coat of Protec Resin was applied at a minimum coverage rate of 0.5Litres/m² (2.0m²/Litre) and whilst wet, clean dried quartz sand (0.7 – 12mm) was broadcast at an approximate coverage rate of 4.0kg/m². Once cured, the loose sand was removed.WorkmanshipThe engine houses along the tour experience featured vast amounts of intricate details and unique items and structures, such as “Bertie and Trefor” – the names given by the mine owner to the mine head stock wheels. This presented an exceptional challenge, particularly in regards to the difficulty of working on the intricate details of the degraded mastic asphalt upstands and decking.As a result of many years of weathering and gravity, the vertical sections of asphalt on the raised terraced roof had slumped and rippled, leading to stress cracks and ultimately water ingress. To overcome this ugly problem, the asphalt was stripped from these vertical sections back to the concrete and removed from site in accordance with the Health and Safety policies in place. The contractor then installed new 18mm OSB3 to these areas to create a flat substrate for the Protec System. The incorporation of Polyroof pre-formed GRP Drip trims at the bottom of the OSB3 ensured the timber would not be exposed to any rain water in the future as well as provide a neat, edge detail.To keep the overall aesthetic feel of the site, the application of the liquid waterproofing system at wall abutments was critical. This, combined with the undulating nature of the stone and brickwork meant that the contractor would not be able to install a cover flashing or termination bar. Instead, the contractor carefully dressed the system onto the wall to the standard minimum 150mm upstand height and into a chase.The edging was then finished with a mortar to provide a neat and clean weatherproof finish, in-keeping with the traditional methods of the site at the time of its construction.The roof terraces that cover the old mining areas also act as the main walkways to the Heritage Centre’s tour routes. Therefore, one of the main challenges of the project was the complex planning of the works to ensure that the site continued to operate so not to financially impact the heritage park. It was imperative that works were complete within an 8-week period with 17,500 visitors booked in for their annual Santa’s Grotto Experience Tour beginning in early December.The application speed of the catalyst cured Protec System, combined with communication between the contractor and the site to ensure unobtrusive installation, meant the centre stayed open and the tours running with minimum disruption.The benefits of using a fast-curing liquid waterproofing solution were also vital due to the ever-changing micro-climate in the Welsh valleys. On any single day, the weather would serve up anything from bright sunshine to windy, rainy conditions. Therefore, the fast-curing Protec System, combined with the flexibility of the installation team, who gave up weekends when required, ensured the project was finished on schedule. The works were completed to an extremely high standard with full encapsulation of the roof terrace areas and without a single detail being left exposed to the elements.ConclusionThe unique aspects of this project certainly kept the team on their toes. But they were determined to complete the project on time.The team worked tirelessly, even giving up their weekends to ensure that the project was completed on schedule. Despite the harsh Welsh weather, they pushed on and were determined to make sure that Santa could visit the children of the Welsh Valleys. It was a challenging project but the team’s hard work and dedication paid off.Finally, the project was completed and the results were astounding. The roof terraces are now fully waterproofed and refurbished, and the visual appearance of the visitor site was greatly improved. It was a project that was both memorable and rewarding to all those involved.

PROJECT OVERVIEW IQE, the leading supplier of advanced wafer products and material solutions to the semiconductor industry, planned a £100million investment to create a state-of-the-art semiconductor facility over the next ten years. The works were undertaken on the old LG site in Newport, which had stood redundant for twenty years. The new compound semiconductor wafer foundry is set up at the site as part of the Welsh Government’s commitment to creating the world’s first ‘semiconductor cluster.’We were first engaged by the architects Atkins, who was looking for a system that could be installed to expeditated programme but still achieve the GMP standards, including ISO 4 to ISO 7 cleanrooms. Atkins saw the Norwood Mediline partition 60min fire rated system as the perfect solution, allowing the build to be prefabricated and modulated, however still giving their second fix subcontractors full access to the partition void, which included gases and electrical works. We worked closely with Atkins, developing a design that could be installed quickly but maintained a high quality and specification.  During the construction phase, we worked closely with the appointed principal contractors, CMB Engineering. The project was delivered on time and recognised in Wales by winning the Constructing Excellence awards. Norwood’s relationship with CMB Engineering and Atkins has continued to grow, securing several future projects with the team.As part of our scope, we designed, manufactures and installed our Medline solid and glazed partitions, walk on ceiling and fire rated single and double doors.

Developed as a great space to live in one of Manchester's best-connected locations, close to the city's shops, restaurants & bars, and next to Manchester Victoria train station, the project comprised two 20 and 25-storey residential towers, which delivered 520 new homes.The architect Sheppard Robson, main contractor VINCI Construction, and installer Deckbuilders, all came together to deliver a great project, that is part of a gateway into the city, featuring fantastic-looking balconies, which we were very happy to secure against the forces of nature: namely wind-uplift.There is no one-size-fits-all when it comes to mitigating the effects of negative pressure on balconies and terraces in high-rise buildings, and in this particular case, we had to fix the paving down to the main structure of the building mechanically, to de-risk against the impact of up to -2.68kPa of suction on the roof.To account for cost and time constraints, the system we used to secure the balconies against wind-uplift was the TerraSmart™ Pedestal system with the addition of a visual wind-uplift mechanical fixing.The tiles were mechanically restrained to the pedestals which, in turn, were mechanically fixed to the concrete deck of the balconies.And the outcome? Balconies secured, the project de-risked against wind-uplift, and the beautiful Quadro Argento Tiles (600x1200x20mm) safely in place for all residents to experience and enjoy. Listen to what our specification manager had to say.If you are specifying a project and want to know how you can mitigate the effects wind-uplift or the impact that occurs as a result of urban canyons, we can help.

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.

Sitting adjacent to Manchester Victoria station, the £185m New Victoria development is a two-phase scheme initially involving two residential towers of 20 and 25 storeys providing 520 one, two and three bed apartments. The second phase being a 13-storey office block. The façade concept is a ‘hooped envelope around a glass box’ with the ‘envelope’ consisting of vertical panels from the first floor to roof level. As with any reinforced concrete slab design, the project is at risk of punching shear failure. Which traditionally has been resolved by adding further concrete, such as downstand beams or localised thickened column heads. However these measures require complex formwork and significantly reduce the benefits of the flat slab design. By incorporating the Schöck Bole shear rail system – with its ready-to-install reinforcement element consisting of double-headed studs with spacing bars to ensure correct positioning – installation is cost-effective and significantly faster than traditional loose links. In fact, Shaun Farrell of Mayo Civils, the concrete frame contractor, comments: “We were pleased to find that by using the Bole shear rail system on the project, installation was four times faster than if we had used shear links.” Shaun goes on to explain that: “when using traditional links the installation time is increased because twelve ties are involved, six of which have to be tied to the bottom steel matt, which involves getting your hands between the rebar. With the Schöck Bole six-stud shear rail, it only involves two ties to the top matt”.