"roof finishes"

A conversion project in Somerset has utilised a number of products from Catnic to provide practical and sustainable living accommodation, suitable for retirement. Coates Farm has employed Catnic's® Urban standing seam roofing and cladding system as well as Catnic lintels to ensure the environmental impact of the building is kept to a minimum.Situated in Kittisford, a small picturesque village near Wellington, Coates Farm is owned by Maurice and Penny Stanbury. “We decided, that due to our advancing years, we wanted a practical and sustainable home that would require very little maintenance,” said Maurice. “Having received go-ahead to repurpose an old cow shed, we wanted to ensure that the materials specified would contribute to the building’s eco credentials.”To ensure the work was allowable under permitted development, it was essential that the development was kept within the same building footprint. Working alongside architect Nigel Pearce at Pearce Practice for the planning and design of the conversion, the decision was made to specify Catnic's® Urban standing seam roofing and cladding system.A cost-effective alternative to traditional copper and zinc standing seam roof systems, the Urban system is manufactured to meet all relevant legislation, including load bearing for wind speed in accordance with EN 1991-4 and weather tightness in accordance with BS 5534 Parts 1 and 2. Furthermore, helping to meet requirements for sustainable building solutions – Urban is BRE Green Guide Rated ‘A’ and at end of life – the panels are 100% recyclable.“Maurice came to us with an idea that he wanted something different for the roof that would improve the eco footprint of the building whilst being aesthetically pleasing on the eye,” said Nigel Pearce.“Because of the permitted development, we were restricted by the low roof pitch. As we couldn’t specify slate or tiles, we remembered that we had used Catnic® Urban on a recent conversion and found it to be a great option; not only could it accommodate the low pitch at Coates Farm, but it also matched the contemporary look and feel that Maurice was looking for,” added Nigel.Initially to be specified for only the flat section of the roof, it was decided that Catnic® Urban would be utilised for the complete roof due to its crisp lines and strong aesthetics.Maurice Stanbury said, “During the initial specification, we were really happy with the service received from Catnic. Having decided upon Catnic® Urban, we began exploring the possibility of getting our lintels from them too. Alongside standard lintels, we required a bespoke corner lintel to ensure we could match the intended design of the building. We submitted technical drawings to Catnic and the technical team made the process very easy.”Whilst Maurice project managed the redevelopment, the installation was undertaken by Kevin and Ashley Drew – local builders known to the Stanbury’s. After specification, but prior to ordering Urban, it was decided that Maurice and Ashley would attend an Urban training day at Catnic’s training centre in Caerphilly, to learn how to correctly install the standing seam roofing system.During the course, Ashley and Maurice spoke with Catnic’s Technical Director Richard Price, who then visited the site personally to measure up and give guidance to apply what they had learnt in Caerphilly into practice.Throughout the conversion, Kevin and Ashley Drew worked closely with Catnic to guarantee the successful delivery of the project. Using Catnic’s Lintel Advanced Scheduling System (CLASS) ensured that they could adopt a ‘just in time’ approach to deliveries.“Having ordered both lintels and Urban from Catnic we were able to delay the delivery of the system until we were ready to install it,” said Kevin Drew.“We found the system incredibly easy to work with – particularly as this was our first experience of Urban - managing to install it quickly between the two of us,” added Kevin.“We are thrilled with the end result, and we now have the property we had always dreamed of having,” concluded Maurice Stanbury. “Catnic made the process incredibly easy from start to finish, and with Catnic® Urban we are safe in the knowledge that the system will now require minimal maintenance.”

The Host Helix building, also known as the “Helter-Skelter,” was a unique and striking structure built in 2011 with stunning views of North London and Wembley Stadium. Over time, the building experienced general wear and tear and water began to enter the buildings’ complex structure.Polyroof Products were called in to consult with the clients and offer a seamless, encapsulated solution that could address the many unusual details associated with the building’s design.The SolutionA full survey of the roof terrace areas was conducted by the Polyroof Technical Services, after which a bespoke specification was produced for the works. The proposal document detailed a comprehensive set of recommendations for producing a seamless solution to encapsulate the problematic roof, therefore solving the issues that had arisen over the years due to its condition and age, as well as the issues associated with the original design of the pitched, curved roof.Polyroof SA Carrier Layer was then applied over the cement particle boards with Polyroof pre-formed GRP Drip Trims fixed to the external edge. For continuity and to create a uniform finish, the SA Carrier Layer was extended onto the main roof sections as a substrate for the Protec system.Any details requiring local reinforcement were treated with Protec Resin and 75mm wide Polymat 450. The curing process was allowed to take place. To accommodate structural expansion / contraction movements at appropriate details, 25mm disbondment tape was installed prior to local reinforcements.The first coat of Protec Resin and Polymat 450 was applied at a minimum coverage rate of 1.3 – 1.5Litres/m² (0.66 – 0.77m²/Litre) and was allowed to cure. To complete the system, a second coat of Protec Resin was applied at a minimum coverage rate of 0.5Litres/m² (2.0m²/Litre) and was allowed to cure.ComplexitySuch an iconic building in the local community, the client wanted to protect the original aspects of the building to the fullest extent, so the Protec system installed at the perimeter was color-matched to the original blue and grey colours. This was achieved by blending pigments until they matched the desired colors, in turn the pigment was then blended into the Protec resin before application. The survey revealed concerns about the original building designs from 2011 and the roof’s drainage system. Due to the roof’s pitch, rainwater was cascading down the curved slopes at high velocity and causing water to bounce into the building under the original capping.After many discussions between the main contractor and Polyroof, as well as the provider of the external cladding, it was agreed that the perimeter detail needed to be encapsulated with the new waterproofing system to prevent further water ingress. Fire-retardant cement particle boards were fixed to the internal and top faces of the external parapet walls, and the Polyroof SA Carrier Layer was applied over them with Polyroof pre-formed GRP Drip Trims fixed to the external edge.The Protec System was then applied to encapsulate the entire parapet detail, meaning its waterproof integrity would be covered under the Polyroof Guarantee. The curvature of the building added complexity to this process, and the contractor took great care in cutting the trims to size and fixing them to the external edge to ensure they followed the profile of the structure. Due to the building’s height, all the trims were face-fixed to prevent wind uplift.WorkmanshipIn order to improve drainage and prevent water from accumulating in hotspot areas of the roof, the contractors were instructed to install new internal curved gutter channels at the point where the roof and building met. These channels were designed to have a sufficient height and angle to effectively direct rainwater towards the outlets, preventing water from pooling on the roof. However, the installation process was made more complex due to the curved nature of the building’s architecture, which required careful measurement and customization of the gutter channels to fit the unique shape of the building.Additionally, the contractors had to consider the many joins of the gutters and how they would hold up to the elements over time as the building structure expands, contracts and moves. Extra steps were taken to ensure the gutters liquid membrane was properly sealed and secured to prevent leaks.The contractors were instructed to repair all protrusion and mansafe post details as necessary in order to allow the Protec System to be installed to a minimum height of 150mm, and to terminate it underneath a suitable weathering flange or jubilee clip. In addition, all right angles were to be reinforced with double taping. Any protrusions that were liable to significant movement was required to have disbondment i.e., bond break, tape applied to it to stop the external coating from stressing on expansion. Furthermore, all pipes were to be abraded, solvent wiped, and where necessary, primed in accordance with the Polyroof coatings manual. A flashing detail was also to be created with a weathering flange or seal.All outlets were inspected to ensure that they were functioning properly. Any outlets that were deemed unsuitable were replaced with new ones. The outlets were cleaned, prepared, and primed as necessary. The Protec system was then dressed into the outlets as far as was practical. The inspection and replacement of the outlets and the preparation of the Protec system helped to ensure that the drainage system functioned effectively.ConclusionThe refurbishment of the roof was completed within the client’s target timeframe and budget. Following a final inspection by Polyroof Technical Services, which highlighted quality workmanship of Tower Asphalt Ltd, the client received Polyroof’s trusted Accredited System Guarantee and now has the peace of mind the roof will be leak-free for decades to come.

Integrated Alumasc Water Management Solutions specified on new mixed-use development.The site of a derelict petrol station located in the historical town of Hemel Hempstead has recently been transformed into a new retail and residential development.Bovingdon High Street now features eight brand new apartments and a new Tesco express outlet, bringing new life into the once disused space near the town centre.The unique design of the site coupled with the number of dwellings planned, saw a number of challenging design factors for the project, including curved roofs and the need for soffits within a confined space.This is where Alumasc Water Management Solutions (AWMS) come into their own, offering a complete solution. An integrated Skyline and Rainwater offering was specified across the development, including Skyline’s bespoke aluminium fascia, soffits & copings. AX moulded extruded gutter systems with combined Swaged downpipes where also part of the final specification. All finished in a BBA approved, polyester powder coated finish, the final look achieved demonstrates understated quality, in dusty grey colour (RAL 7037) specifically to match the windows and balconies on the project.“Thankfully we were consulted early in the project, which is where we are most effective,” commented John Hemphill, Skyline Technical Sales Manager, who worked on the project.“We had a number of site meetings, which resulted in designing and submitting CAD and 3D drawings in order to ensure the project was delivered on time.”

Radisson Red, is a striking building situated on the north bank of the River Clyde in Glasgow's events hub, it is located near the SECC, the Clyde Auditorium (locally known as the Armadillo) and the Hydro Arena.The £30m, ten-storey boutique hotel will be Europe's first new build for the Radisson Red brand and will be the first hotel owned by Forrest Hotels, part of the Forrest Group. With 176 bedrooms and an impressive roof top sky bar with views over Glasgow, the hotel's opening was hotly anticipated by the city's tourism leaders as it continues to grow as a business and leisure destination.Work commenced on the 3,500m2 aluminium rainscreen system in May 2017. This consisted of a Booth Muirie Alucobond Spectra ACM panel system, finished in a distinct Red Brass colour with Iridescent “Colour Shift” properties. The colour stands out as the main feature of the hotel, carefully matching the Radisson Red brand and continually changing shades with the reflection and refraction of light.SFS, who lead the market with powder coated fastening solutions for the building envelope, provided fasteners to perfectly match the iridescent red of the Alucobond Spectra ACM panel. Chosen for its superior aesthetics, SFS's self drilling SX3 fastener with its unique patented irius® head has a low profile, smooth, unblemished appearance that can be perfectly colour matched to any finish.Grade A4 316 stainless steel fasteners were chosen for the application due to their enhanced performance and anti-corrosive properties, helping to extend the life of the building and, therefore, qualify for SFS's extended warranty.

Four Glazing Vision Three Wall Box Rooflights were specified on four modern new build homes in the heart of Los Angeles which have provided the clients with access to the terrace which would have otherwise not been possible. The Three Wall Box Rooflights fit perfectly with the modern aesthetic and were chosen to not only give access to the roof deck, but to also increase the amount of natural daylight entering each home.“We think the finished rooflights look great as crowns to each of our buildings. They will be a nice addition to these homes and hopefully inspire developers and homeowners to spread the word throughout Southern California regarding the benefits of the rooflights too!” – Michael Wilson-Katsibas, Partner, KAP Studios.Following the demolition of the existing 1200 sq. ft bungalow, the remaining site was still relatively cramped considering the bungalow was being replaced by four new dwellings. In order to provide enough living space and retain the beautiful views of the Los Angeles skyline, KAP Studios had to come up with a creative solution to achieve their brief.To make the most of the small, 8,400 sq. ft plot, KAP Studios incorporated a basement and terrace area into each home which transformed the buildings from two-stories to four-stories, which helped unlock the full potential of these beautiful homes in Culver City.Starting from the ground up, the basement is partially sunk beneath the pavement and accommodates two parking spaces, meaning more space has been granted to the garden area at ground level. This gives each home its own private back garden, as opposed to a less visually impressive driveway. It also includes a pantry and wine store to round off the basement area. The second floors are occupied by an en-suite bedroom which includes a balcony area overlooking a collection of beautiful LA properties.The east side of the bedroom houses an equally impressive bathroom, making it the second Master Bedroom in the homes. The terraces of each building are by far the most unique feature of the homes. With over 20 years of experience in roof access rooflights, Glazing Vision were engaged to help with this important part of the project. Operated by the touch of a button, our Three Wall Box Rooflights were fixed to the existing building structures at the back and either end. The rooflights take up only 170 square feet on top of the roof, leaving the client with a vast amount of additional living space which can be utilised all year round. Our rooflights are installed by our very own expert installation team.“We wanted to both feature the stairs as light shafts to illuminate the interior spaces throughout the day with the California sunlight as well as allow for seamless roof deck access for the future residents.” – Michael Wilson-Katsibas, Director, KAP Studios.Our Three Wall Box Rooflights are a perfect example of how Glazing Vision can help you utilise your roof space whilst providing your home with added natural daylight.

The power of Crown Trade Clean Extreme has seen the product gain a new style billing, focused on its stain removing powers. Crown Paints has repackaged its polished performer – one of the most popular products in the Crown Trade range among specifiers – to highlight its class-leading capabilities. New designs for the Crown Trade Clean Extreme suite of products highlight that the product is 100 per cent more stain resistant than standard matt vinyl emulsion paint - and can be scrubbed up to 10,000 times.

Waterproofing this historic London landmark – external waterproofing with Newton 403 HydroBond, internal waterproofing with Newton System 500, installed by Newton Specialist Basement Contractor MacLennanUK.Newton Waterproofing were delighted to return for this project at the prestigious Houses of Parliament in London, a landmark that has dominated London’s skyline for over 150 years. Newton Specialist Basement Contractor MacLennan Waterproofing was approached to specify a guaranteed waterproofing solution for the new-build basement.After reviewing the technical drawings, MacLennan decided to bring the job to Newton, whose product range was perfectly suited to the project requirements. Newton and MacLennan are both privileged to be the companies chosen to share in securing the future of the Palace of Westminster.This complex project required the design and installation of an external waterproofing system, an internal cavity drain system, and a polyurea roofing system to ensure a high standard of waterproofing.Externally, Newton’s innovative ‘Type A’ 403 HydroBond membrane was applied extensively to ensure the necessary waterproofing around the basement, whilst internally, Newton 508 and Newton 520 membranes were both applied from floor to ceiling as part of Newton’s complete System 500 cavity drainage solution. With the finished structure in place, the waterproofing was finally completed by the application of both a polyurea coating and further drainage membrane to the roof deck of the basement.With a waterproof basement fully compliant with the requirements of BS 8102:2009, coupled with guaranteed protection against water ingress, this newly completed, large basement area, situated directly next to the River Thames, provides a durable and well-established waterproofing solution, utilising multiple Newton Systems to great effect.

A small farm cottage in a Cornish Village has been transformed with a stunning large modern extension and balcony.The team of Camel Glass installers have been heavily involved in this home with the installation of windows, doors and the glass balustrade. This home is situated on the grounds of an old quarry, with views over the valley towards an engine house. The customers wanted to be able to enjoy their view to the maximum and using glass balustrade provides a safe and solid railing. This home is highlighted throughout with copper oxide furnishings, the front door and elements of the kitchen follow this theme while the sink splash back is made from glass petals in a beautiful glass meadow scene. The balcony glass was the last outside job to be done, having to wait for the kitchen counter to be installed through the French doors it was safer to install the glass after this had been carried over the balcony. Now that winter is coming the indoor jobs can be finished off and the home owners can enjoy their newly renovated home! This installer has used POSIglaze base-fix in black. Balcony Seal® has also been used to ensure water can run off the balcony under the channel without causing water ingress. Most balconies and flat roofs are built with a slight pitch to encourage rainwater to drain towards the edge of the roof. In these cases, the balustrade installer needs to allow for drainage points under the channel, to avoid water pooling around the edge of it. The Balcony Seal® system works by subtly raising the channel a few millimeters above the substrate on drain blocks. Notches on the top side of the drain blocks locate into the rebates of the POSIglaze channel, locking it into position before the system is bolt-fixed to the substrate through each block. 

A small farm cottage in a Cornish Village has been transformed with a stunning large modern extension and balcony.The team of Camel Glass installers have been heavily involved in this home with the installation of windows, doors and the glass balustrade. This home is situated on the grounds of an old quarry, with views over the valley towards an engine house. The customers wanted to be able to enjoy their view to the maximum and using glass balustrade provides a safe and solid railing. This home is highlighted throughout with copper oxide furnishings, the front door and elements of the kitchen follow this theme while the sink splash back is made from glass petals in a beautiful glass meadow scene. The balcony glass was the last outside job to be done, having to wait for the kitchen counter to be installed through the French doors it was safer to install the glass after this had been carried over the balcony. Now that winter is coming the indoor jobs can be finished off and the home owners can enjoy their newly renovated home! This installer has used POSIglaze base-fix in black. Balcony Seal® has also been used to ensure water can run off the balcony under the channel without causing water ingress. Most balconies and flat roofs are built with a slight pitch to encourage rainwater to drain towards the edge of the roof. In these cases, the balustrade installer needs to allow for drainage points under the channel, to avoid water pooling around the edge of it. The Balcony Seal® system works by subtly raising the channel a few millimeters above the substrate on drain blocks. Notches on the top side of the drain blocks locate into the rebates of the POSIglaze channel, locking it into position before the system is bolt-fixed to the substrate through each block. 

Did you know Vincent Timber supplied both these clubs with their cladding and louvres?BurnleyBurnley Football Club's aim with this development was to raise the standard of their training facility to meet the Elite Player Performance Plan (EPPP) Category 1 and 2 standard of infrastructure. Together with Barnfield Construction, they achieved just this.To meet the requirements of the EPPP the build included an indoor area, allowing training to continue through all weathers, complete with a small spectator gallery; as well as multiple developments outside, including three full-sized training pitches and a further two three-quarter size pitches.The new centre was then given a unique finish, clad in four pre-coated, custom colours of Vincent Timber's Thermowood.Thermowood is a versatile timber that serves as internal and external cladding, louvres and even works in saunas thanks to its heat resistant properties.Thermowood is produced by changing the cellular structure of the softwood with a heat treatment making the wood more stable. Its durability and sustainability make Thermowood very popular.ArsenalSupplied by Vincent Timber to contractors Richardson Roofing.With the help of Vincent Timber and Richardson Roofing, Arsenal Football Club were able to transform their training ground at London Colney to provide players with the best possible facilities, at every age group of the club.The facility, featuring a new gym, 40m running track, ice baths, cryotherapy chamber and state of the art analysis and scouting suites, will not only be used by the first team players but it will also house 1st and 2nd year professionals at the academy.The beautiful exterior on the training centre is Western Red Cedar cladding. This attractive, durable material is the ideal choice as it is highly resistant to weather while offering superior quality and sustainability.

The Ikea Hammersmith roof terrace project was an exciting one to be involved with as it is a perfect example of when to use a rail-based support system over pedestals.Ikea is a global brand known for its simple design solutions that can be used by everyone.The system – TerraSmart Rail IGNOThere was 6600m2 of the TerraSmart Rail system installed across the terrace to support concrete pavers and porcelain pavers. The lattice make-up of the paving system meant that the insulation layer placed upon the original roof was held down. This framework offered a robust and reliable substructure to the walking surface that will experience a lot of foot traffic.As it is part of our IGNO range, the system is fully non-combustible.The ChallengesThe roof had existing features in the structural slab, which meant that pedestals alone wouldn’t have been able to successfully support the surface, and therefore, a rail system was employed. The rail system allowed easy adjustment to the height creating level plains across the terrace. This system also became an advantage when forming the ramp featured in the design because the TerraSmart Rail can provide non-combustible multidirectional support to the pavers maximising stability and reliability, creating a robust and safe incline a the desired angle.Two different pavers were used as part of the project, a 50mm concrete tile and a 20mm porcelain tile. The transition between the two pavers took place at the same level. The seamless transition between the two finishes was achieved by ‘zoning’ the areas and changing the paving support heights.As it was part of a larger building, the terrace had to account for the expansion and contraction felt over time by differences in the residual temperature. The paving supports had to account for this so that any heat-induced changes would have minimal impact on the safety of the surface. An expansion profile was manufactured to slot between the tiles found over the expansion seam in the insulation to overcome this issue. The expansion profile rises above the gap between pavers and creates an L-shaped cover, hiding any expected movement.Why the project succeededThe success of this project was down to the collaborative effort between everyone involved in the project. The unique features of the project were worked on by the project, innovation and specification teams at Ryno and were complemented by the installation carried out by Greenside Landscapes.

The Early Learning Unit (ELU) in Hamilton was relocating to the former Hamilton Grammar School site, which had been demolished the previous year. Axter were brought on board to determine the best type of roof that would provide the greatest benefit to the school and its pupils.ChallengesThis project was originally specified to be a single ply system but, with the school catering for children with special requirements, it was decided that a living roof system would be beneficial to both the staff and pupils, and that single ply would not be suitable.This is when Axter and Procladd became involved in this project and worked together to design a robust waterproofing system that could work with a living roof, and still provide value for money for the Council, whilst delivering the project on time and on budget.SolutionsFollowing discussions, Axter’s Cityflor Reinforced Bitumen Membrane system was specified over a plywood substrate, with an extensive green roof. This project presented some unique challenges, specifically in the need for the use of Flame Free Technology to combustible upstands. Axter and Procladd were both committed to NFRC Safe2Torch standards, with Axter’s Flame Free Neo-Bitumen Technology specified on upstands to remove any risk of fire. The Force 4000 Flame Free system to these areas consisted of a self-adhesive binder, combined with hot air welding technology to seal and bond all laps, to ensure a robust detail without any risk of a naked flame near combustible materials.When asked to comment on using the Neo-Bitumen Flame Free technology, Procladd Operatives Billy and John commented: “The membrane was very easy to work with and a pleasure to install. The self-adhesive membrane adhered incredibly well to the upstand without the need to heat the underside, like a standard torch applied system, which made the installation a quick process. Once completed we heated the side and head laps using a hot air gun, normally associated with Single Ply membrane, to ensure a full bond complete with a 2mm bitumen bead. The system is one of the most straightforward and workable systems that we have used.”Procladd Managing Director Keith Burrell said, “We have worked with Axter on a number of projects and knew, through their commitment to achieving robust waterproofing systems, and their experience within the education sector, that it meant we could work together to complete this project in harmony to give the best service possible to South Lanarkshire Council.The introduction of their Flame Free Neo-Bitumen system to the areas of combustible upstand meant that works could progress quickly on site, whilst maintaining safety and reducing any risk of naked flame near to timber or combustible materials.From start to finish Axter were informative and helpful with initial NBS specifications, detailed drawings and thermal calculations, right through to on site technical guidance and Quality Assessment of the ongoing works and through to completion and Guarantee.”AcknowledgmentsWe have worked with Axter on a number of projects and knew, through their commitment to achieving robust waterproofing systems, and their experience within the education sector, that it meant we could work together to complete this project in harmony to give the best service possible to South Lanarkshire Council.The introduction of their Flame Free Neo-Bitumen system to the areas of combustible upstand meant that works could progress quickly on site, whilst maintaining safety and reducing any risk of naked flame near to timber or combustible materials.From start to finish Axter were informative and helpful with initial NBS specifications, detailed drawings and thermal calculations, right through to on site technical guidance and Quality Assessment of the ongoing works and through to completion and Guarantee.Keith Burrell - Managing Director, Procladd

Worcester has invested in a new £10m swimming pool as part of the city’s Perdiswell Leisure Centre refurbishment. RCM supplied the colourful Trespa® Meteon® cladding panels to the project, which were used on the outside of the pool area and entrance. RCM also supplied the colour-matched fixings and associated trims and the aluminium support frame system to this worthy project.

In 2012 the town of Walsall underwent a major regeneration. The Waterfront North site was developed and was based on 2.2 acres of brownfield land, where more than 300 homes and apartments, as well as a Premier Inn hotel were to be constructed. RCM were appointed by Whitbread to provide Y-wall, an advanced flexible calcium, silicate based fibre cement building board, for the construction of the Premier Inn. This was to be used as an external sheathing board, covering the structural steel frame, infilled with SFS steel.

In January 2008, the Devon Partnership NHS Foundation Trust approved plans for a major redevelopment of the Langdon Hospital site based in Dawlish. RCM were appointed by the NHS to provide the Renderflex building board – a high performance cellulose fibre cement render carrier board and Y-Wall – a calcium silicate board on the inner leaf of the wall construction. The client specified robust walls in all areas, especially within the patient wards, which made RCM’s boards ideal for the project.

Rathbone Market is one of six schemes in the UK that has been delivered by English Cities fund (ECf), a regeneration partnership between Homes and Communities Agency (HCA), Muse Developments and Legal and General. Part of the 680,000 sq ft Canning Town & Custom House regeneration area programme, Rathbone Market was designed by Project Orange and formed the third and final phase of the entire development. Continuing its long-standing relationship with John Sisk and Son, one of the main contractors to the programme, RCM supplied a whole host of products for the successful development of the project.

A successful refurbishment of a disused building translated into 42 beautiful one and two bedroom apartments. The building ‘Cambridge House’ was enhanced externally by applying cladding and updated glazing. RCM supplied Vitrabond ACM cladding to the project. An additional, unforeseen opportunity also presented itself to RCM whilst working on the project.

The UK’s leading telephone answering specialist Moneypenny had steadily been growing since its inception in 2000. Its main business is looking after telephone calls for businesses.To no one’s surprise, the company found itself struggling for space to accommodate its ever-expanding workforce. Staff ended up occupying five adjacent offices, which were physically separated from each other, as was the staff.A solution had to be found. It was decided to invest in and create a new modern office building befitting the growth and success of a successful modern-day enterprise.Moneypenny engaged the help of AEW architects to design a new and exciting office environment. With space to house 1,000 staff, Moneypenny wanted to have a new headquarters, which were both efficient office spaces, as well as a great environment for its staff to operate in. Staff members were asked for ideas for their new work environment. The industry norm was challenged and the resulting designs were an antithesis to most modern office buildings.Pochin Constructions were chosen as the main contractor to build the new headquarters. A 10-acre site was chosen in the open countryside for the amazing new office space, miles away from any inner city environment with all its noise and distractions.In turn, RCM were asked to supply its 12mm Cemboard to the construction, because of the building board’s excellent acoustic properties, which were a major consideration for the construction of the call-centreEventually, a 91,000 sq ft building had been designed and built, to create the perfect environment for call handlingThe end result was an amazing building, with plenty of natural day-light, excellent office facilities, with great down-time areas, complete with a tree house and a pub.Moneypenny’s new headquarters have exceeded everyone’s expectations. The new building provides the right balance between productivity and down-time. A true testament to imagination, good architecture and quality building materials.

Plans were passed in 2012 for the construction of an outstanding hotel in Birmingham city centre. The build was the first in a group of five, four-star hotels planned to open over a period of five years under the Hotel La Tour brand. The 174 – bedroomed luxury hotel was developed at a cost of £24 million and comprises a restaurant, bar with terrace and conference facilities. RCM’s Cemboard was used as a primary sheathing board on the project

Located on the former Anglia Ruskin University site, in the heart of Chelmsford, City Park West is a newly created vibrant community. The scheme started in 2013 and has already delivered homes and new green space with commercial units. The second phase includes the construction of 426 new homes, 4,900sqm of commercial floor space, new public open spaces and underground parking. RCM were appointed by Conneely Facades to supply fabricated Alucobond A2 cassettes, Y-wall sheathing boards, Aluminium façade support frame and fixings to the construction of phase 2.

The University of West England has added high-quality accommodation to its Frenchay campus. The buildings on Coldharbour Lane consist of townhouse-style accommodation and 23 self- contained flats. RCM were appointed by Unique Envelope Façade Solutions to supply over 1,000m2 of Rockpanel Metallics in order to add a special effect façade to the timber frame buildings.

The British Horse Society headquarters is on a listed deer park with many protected trees. The building’s circular design posed key construction challenges. The single storey office building was constructed in a doughnut shape, to ensure that a mature oak tree on site was preserved. In keeping with its green surroundings Spectraplan SM120 Dark Grey, a polyester reinforced TPE waterproofing system was mechanically fixed to a composite metal deck, ready to receive a sedum blanket.

Glendyne natural slates installed on a unique renovation project for the Historic Hampshire landmark.

Dublin City Council were particularly interested in IKO Carrara’s exceptional environmental properties with its view to adding photovoltaic panels (PV) to the existing building. PV panels in combination with IKO Carrara have greater efficiency, up to 25%, as the performance of the solar cells increases during sunny periods, at a lower ambient temperature.

Wallbarn was approached by a commercial client. The client, with a rapidly growing workforce, was expanding, but wanted to utilise existing space to avoid moving premises. A disused rooftop was earmarked for conversion into an outdoor eating and leisure area for staff. Wallbarn’s unique iDecking system was chosen to deck the terrace. Our service team scoped the project, proposing 313m2 of ‘Terra’ iDecking boards, the EasyClick aluminium rail system, underpinned by our heavy-duty MegaPad adjustable pedestals. We were on site before, during and after installation to support the installers throughout the project. The terrace is transformed into a beautiful space.

BriefDorset House sits at the heart of Talbot Campus, where most of the undergraduate and postgraduate courses are delivered at Bournemouth University. It is home to the Doctoral College, providing important support to its postgraduate research community with a range of high-tech laboratory equipment, as well as the Business School’s Professional Engagement Suite.Sustainability is a top priority for Bournemouth University. In fact, the University is ranked 21st in the world and 6th in the UK for its contribution to UN Sustainable Goal 13: Climate Action for The Times Higher Education Impact Rankings 2023. As well as opening new eco-friendly buildings, Bournemouth University is carrying out major refurbishment works across its campuses, investing in a range of low or zero-carbon technologies to help minimise water and energy use.As part of this refurbishment, Dorset House was to undergo a significant transformation to help enhance the entrance area and make better use of the space. Bluestone Design & Construction Ltd was tasked with upgrading the building’s flat roofing system, in association with IKO, and the build-up include the installation of a new 80kWp solar PV system.ChallengesThere were several challenges to overcome during the project, but as the team had recently completed similar works on the nearby Poole House on campus, they could apply their extensive learnings to ensure the refurbishment of Dorset House ran seamlessly. As the project was on a busy campus, it was important that it was carried out during the holidays to avoid significant disruption to students and staff. There was, however, a short period during term-time that required more coordination, to ensure appropriate access while making sure the project ran on time.Another challenge was ensuring the material deliveries arrived on time, to minimise site storage issues and meet workforce scheduling requirements. The team managed this effectively, by ordering the materials via construction product distributor, SIG, which were then delivered as required from the local SIG depot. This meant Bluestone Design & Construction could meet programme deadlines, without needing to store materials long-term on-site.SolutionThe installation process at Dorset House involved a standard hybrid built-up roofing (BUR) system, using both self-adhesive and torch-on membranes suitable for the substrates of the project. Choosing products with a 25-year guarantee was important to the team, as the installation included solar electricity panels (also known as PV), that would need to provide reliable power output over the system’s lifespan.Bluestone Design & Construction followed a thorough process to ensure the roof area was suitable for the PV installation, following the necessary remedial works and new roof overlay. Once the systems were in place, all works were reviewed to ensure they met the specifications of an IKO technical engineer and requirements of IKO’s guarantee, without any issues. The team also worked to all the necessary health and safety standards throughout the project.Bluestone Design & Construction and IKO worked together to ensure that the Dorset House project was carried out within the programme requirements – finishing ahead of schedule, in September 2023. It was essential that the building was ready on-time and within budget, ahead of the installation of the new PV system, to ensure maximum availability for the 2024 period. With Bournemouth University’s ambitious sustainability targets in mind, the Bluestone Design & Construction team wanted the system to be fully operational as soon as possible. As the main contractor and roofing installer, Bluestone Design & Construction was able to have more control over the project and ensure the roofing segment ran smoothly as part of the wider picture.The University was extremely pleased with the installation and execution of the project. Now with its improvements made, Dorset House is another success story in the University’s plan to futureproof its campuses for many years to come.

Natural sunlight and space were two of the key objectives for this extension located in South London. The client, an artist, writer, and former fine arts lecturer, had recently moved to London from Oxfordshire to be closer to her family, and was looking to produce a peaceful, tranquil space to help improve creativity when at work.“I had no fixed ideas about what I wanted, but I wanted more space because it was very small, very dark and I just needed to breathe” Client via Evening Standard.Looking to update this Victorian house into a future proof property, Atelier Baulier Architects worked with the client to achieve the radical vision of a virtually half opened roof through the use of a rooflight. Our Multi-Part Flushglaze rooflight was specified at just short of 8 metres which immerses the entire extension in daylight making the 21 sq. m. space feel much larger, hoping to improve the client’s productivity and focus. The art studio is located under the doubleheight volume, enjoying even light levels throughout the day. The writing room takes the vantage point of the mezzanine above the bathroom and is accessed from the first floor level through an opening made in the gable.Keen to retain discreet detailing to ensure the rooflight framing wasn’t distracting from the design, the Multi Part Rooflight was specified with silicone joints, as opposed to aluminium balustrades, making the product much sleeker. To help daylight flood the room even further, the unit was specified with three Wall Abutments on the high left and right side. The Wall Abutments are not visible from the internal view, this helped to enhance the desired discreet detailing.As stated, the rooflight was supplied in three sections with the frameless silicone joints segmenting each section; the three sections were sized to achieve an equal split when viewed from underneath. This meant that the end sections had to be larger to account for the upstand width.“We aimed to maximise the potential of this unusual site. Rather than subdividing the space the programme is housed within one continuous volume, allowing the daylight to flow through.” Aurore Baulier, Director, Atelier Baulier ArchitectsWith the house being located in a conservation area, the extension naturally blends in with its outstanding surroundings. Brickwork is a major part of this Victorian cottage and its extension. The new volume is a wood-fibre insulated timber construction overclad with bricks slips, resulting in a much lower carbon footprint than a traditional masonry wall. On the interior, brick slips dress the walls continuing the pattern created by the whitewashed brickwork of the existing gable.Atelier Baulier Architects worked brilliantly to maintain the nostalgic look of the building whilst also transforming it into a contemporary home, with the use of a glass rooflight proving to be successful in adding a vast amount of light and space to the originally dark and gloomy Victorian house.

Alumasc Skyline Facia, Soffit & Copings, part of Alumasc Water Management Solutions (AWMS), provided the perfect finishing touch for four £2 million homes on the site of a former nursing home in Jersey.The design of the new homes called for a practical fascia and soffit system which would be aesthetically pleasing and competitively priced. The architect, Scott Smith of Godel Architects, worked with Jeff Russ, the contractor, and Precision Plastics, Alumasc’s Jersey stockists, to achieve the perfect look. The first part of the project involved roof clad overhangs and producing a complex fascia/coping system. When the developer, Barry Noel, saw the quality and appearance of the installation, he asked the contractor to use Skyline for the balconies too.“We specified Skyline because we know we can rely on it,” says Contractor Jeff Russ. “It’s easy to handle and its lightweight modular design means it’s easy to fit too. It’s maintenance free, durable and because it’s available in a wide range of colours and design options we know it will look great too.”

Barony CampusBauder Thermofol PVC single ply waterproofing system withBauderSOLAR FSynopsisBarony Campus is a new build project situated in Cumnock, Scotland. The campus will incorporate a range of primary schools, learning centres and academies within the area, and is the biggest capital project undertaken by East Ayrshire Council.Bauder Building BoardProject:Barony CampusLocation:Cumnock, ScotlandProject type:New buildRoof size:5,230m²Client:Sheppard RobsonMain contractor:Morrison ConstructionApproved contractors:EJ ParkerW.G. Walker & Co                             Q9 Cladding SolutionsThe specificationThe client required flat roof waterproofing as well as a sustainable energy source in the form of solar PV panels. Due to Part L regulations there was a requirement for a large PV array. Main contractors, Morrison Construction, bought into the risk-averse, zero-ballast, zero-penetration solution that the BauderSOLAR system offers. As Morrison Construction had not yet used this system, Bauder conducted a technical seminar to share the benefits of using BauderSOLAR in conjunction with a Bauder single ply membrane and to discuss the acoustic considerations for a building of this nature.The technical support and advantages of a single-source supplier resulted in a specification of a 176.80kWp BauderSOLAR PV system generating an estimated 157,800kWh per annum. The system proposed by Bauder ensured the solution was compliant in relation to the SAP calculations that had been carried out.Products appliedBauder THERMOFOL PVCThis single ply membrane is lightweight and has a high-grade virgin polymer formulation. The PVC formulation ensures it is resistant to chemicals and micro-organism attack making it well suited to receive a green roof.BauderPIR M 60This PIR insulation has aluminium foil facing on both sides and rebated edges to remove a thermal bridge. The matt black facing on both sides enables the board to be installed either way up. BauderSOLAR FThe lightweight, integrated system ensures that the integrity of the roof is upheld throughout the installation of the PV array. The panels are designed to create a 12º angle with modules delivering up to 455w per panel.Project challengesThe client had limited space for the storage of 544 solar panels and they could not be stored on the single ply roof. To overcome this, deliveries of the panels were coordinated with the roofing contractors finishing sections so that the panels could be raised, installed and welded as they arrived to site, mitigating the need for storage. Due to the reduced labour time of BauderSOLAR compared to ballasted systems, the site team managed to install the system quickly and efficiently, making back time lost due to weather delays and enabling the deadline to be met.The BauderSOLAR system is the lightest system on the market at 11.5kg/sqm. The system is also warrantied in combination with the roof membrane to ensure peace of mind is given to the client if any leaks or damage were to occur.System installedBauder Thermofol PVC single ply system1 Bauder THERMOFOL U15 FR1.5mm polyvinyl chloride membrane (PVC) reinforced with a pre-coated polyester cross-weaved matting for mechanically fixed installations. 2 BauderPIR M 60This efficient tissue-faced flatboard insulation has been specially developed for use within Bauder single ply systems. 3 BauderSYN DB-PE 100A blue, polyethylene air and vapour control layer. The product is installed by loose laying and suitable for Thermofol mechanically fastened and ballasted single ply systems.BauderSOLAR PV F SystemThis system provides a risk-free, zero penetration installation with a single source for integrated design of waterproofing and PV. Depending on the module selected, this system can weigh just 9-12.5kg/sqm, making it suitable for single ply applications. AdvocacyJordan from EJ Parker:“Our site team found the system very easy and quick to install. However, we found some challenges getting started due to the bad weather but once we finally began it was very straight-forward and fast to install. The technical help received from Chris and the team from design through to project completion was second to none.” 

Comprising of nine shops and several residential flats, properties 29-47 High Street Polegate required a full roof refurbishment after complaints of water ingress into the residential buildings. Proteus Waterproofing conducted a thorough survey which revealed that the existing roof build up, made up of a timber deck and 2-layer felt, had been previously repaired but was now at the end of its serviceable life.Being a residential building with a combustible deck, protecting individual properties from internal fire spread was a key consideration. Compartment walls were identified allowing Proteus Waterproofing to provide a solution that would meet regulatory guidance relating to the junction of compartment walls and roofs in Approved Document B whilst meeting the needs of the client.Proteus Waterproofing specified their robust reinforced bitumen membrane range of Proteus Pro-Felt®, including a bespoke hybrid insulation approach, where instead of a full replacement consisting of entirely non-combustible insulation, a scheme was designed to meet the requirements above and either side of the compartment walls, offering the client the most cost-effective solution possible that would also mitigate any unnecessary increase of weight loading elsewhere on the roof.High Performance WaterproofingThe waterproofing and existing deck were stripped back and re- decked with 18mm plywood. When removing the existing waterproofing, our approved contractor, carefully recorded the exact location of the party walls as no drawings of the upper story flats were available.Proteus Pro-Felt® SA AVCL was used as a vapour control layer to allow for the application of the hybrid combination of 150mm Proteus Pro-Therm PIR insulation and 150mm Proteus Pro-Therm Mineral Wool insulation. A thermal calculation was undertaken to ensure that the final result met the requirements of Part L of the National Building Regulations. These were both adhered with Proteus Pro-Bond Foaming Adhesive. Proteus Pro-Felt® SA Underlay Plain was laid and finished with Proteus Pro-Felt® Ultima Plus Fireguard Mineral Capsheet, providing the client with a fully waterproofed Part B and Part L compliant roof, guaranteed for 20 years.Proteus Waterproofing worked closely with the Proteus Approved Contractor, to ensure the project was delivered to a high standard.Health & SafetyWhen working on occupied buildings, safety is always of utmost importance, as well as keeping disruptions to a minimum. The Proteus Pro-Felt® range have been tested to the highest European Classification of BROOF(t4), making it the ideal system to use on all buildings, as the risks to residents, property and members of the public are greatly reduced. All Proteus Waterproofing specifications promote fire safe installation methods conforming to the industry lead Safe2Torch guidelines. Proteus also have a range of cold liquid applied membranes which are also BROOF(t4) certified.Long Term PerformanceProteus Pro-Felt® offers high-performance bituminous membrane systems, tested to perform in extreme temperatures and weather conditions, while offering clients a robust and cost-effective waterproofing solution. Proteus Pro-Felt® Ultima Plus range retains its high polymer performance. Its class leading, high quality modified bitumen content allows this flexible membrane to move with the building and ensure long term durability and performance with third party BBA accreditation and guarantees available up to 30 years.

Gripsure decking has been used on an office roof terrace in the heart of the City of London’s financial district. Workers in the tall building in Fenchurch Street, home to many corporate offices and company headquarters, can now take time out on a stylish, non-slip decking area.Gripsure supplied 586 of the MOSO® Bamboo X-treme with black Gripsure non-slip inserts and a smooth finish for the project, completed last year. The private roof terrace serves as a ‘breakout area’ for office staff to relax, meet and entertain in an outdoor setting, which has fantastic views over the Thames.The existing timber deck had come to the end of its service life and risks of slips and falls had meant that the terrace area had to be closed. Contractors MJ Ferguson stripped away the old boards and installed 150m sq of MOSO® Bamboo X-treme with Gripsure decking. These sustainable, durable boards are Euroclass B fire rated, providing further peace of mind.Company staff have already been making the most of their new safe, contemporary-looking rooftop terrace, which can be used in all weather conditions.Gripsure have been supplying bamboo decking to the UK market for the past four years as a sustainable alternative to composite and tropical hardwood products. There are thousands of species of bamboo and our decking is made from a giant species, called Moso. This bamboo is a woody perennial, so has more characteristics in common with a timber, rather than a grass. Like grass, however, Moso grows rapidly – up to a metre a day in the height of the season. There has also been a carbon study, which shows that the product is a net carbon sink over its lifespan, even taking into consideration transportation and manufacturing.

In a recent project, Twinfix displayed their commitment to excellence through the installation of eight free-standing semi-curved canopies spanning 302 square meters at Cheswick Green Primary School in Solihull. Tailored for functionality and aesthetic appeal, the canopies feature the innovative Multi-Link-Panel Non-Fragile roofing system glazed with 10 mm clear multiwall polycarbonate. The aluminium structure, ensuring both durability and a sleek finish, is meticulously powder coated to RAL 7040, imparting numerous benefits to the canopies.Powder coating enhances the durability of the aluminium, providing a robust protective layer against weathering, corrosion, and UV radiation. This not only ensures a longer lifespan for the canopies but also minimises maintenance requirements, making them a sustainable and cost-effective choice for educational institutions like Cheswick Green Primary School.Beyond their structural integrity, these barrel-vault canopies offer a multitude of benefits. The Non-Fragile roofing system enhances safety, meeting stringent standards. Simultaneously, the 10 mm clear multiwall polycarbonate glazing fosters inviting covered outdoor spaces, flooded with natural light.Their design not only adds a touch of modernity but also elevates the visual appeal of the school. Twinfix’s canopies seamlessly blend functionality with elegance, creating structures that are both safe and aesthetically pleasing.The recent installation at Cheswick Green Primary School exemplifies the company’s commitment to innovation and delivering top-tier solutions. Collaborating effectively with E Manton Ltd, Twinfix has created structures that not only meet the highest standards of functionality but also stand as symbols of excellence in both design and execution. As Twinfix continues to set new standards in canopy solutions, this project stands as a testament to their ability to create transformative and visually captivating spaces.

An architect designed, self-build house with annexe for a multi-generational family built to zero-carbon standards.The scheme’s design is influenced by the architectural vernacular of the area. The surrounding houses are a legacy of the Land Settlement Association scheme, with distinctive mansard roofs, steeply sloping gables and dormer windows, constructed in a simple red brick with terracotta plain tiles.The mansard is reflected in the new house with the roof extending down to form the walls. Instead of terracotta tiles, large format slate has been used to form a modern equivalent. The house is mainly slate tile; however, it was felt important to also reflect local brickwork. As such, brickwork was used for two huge brick-faced chimney stacks that rise through the gable.PROJECT INFOTo form a contrast with the very smooth grey of the slate, a textured red brick with slight colour variation was sought. White mortar lightens the brickwork while recessed mortar joints are used inside to provide shadow to each brick. Perforated brickwork surrounds the stone coping on both chimney stacks, adding visual interest to the building through both the materials and the shadows created by the brickwork perforations.The brick selected was stock thrown Hampton Rural Blend from Forterra’s Ecostock range. It has a rustic finish resembling handmade brick. Ecostock bricks are manufactured using the latest technology in sustainability and production efficiency, producing bricks with low embodied energy as well as advanced colour consistency, dimensional accuracy and quality.The structure incorporated huge amounts of insulation, a mechanical ventilation with heat recovery system, and a solar photovoltaic array at the bottom of the garden, along with a ground-source heat pump. These installations will ensure that the house generates more electricity than it could ever use.

With both areas viewed up close by tourists and visitors every day, the striking finish of Syntha Pulvin coatings from Sherwin-Williams were perfectly matched to the job and offered a marketleading warranty.Even after three decades, previous Syntha Pulvin applications were still going strong. This prompted an extension of the guaranteed warranty, from 25 to 30 years – providing one of the most reliable coatings available in the industry. All Syntha Pulvin products offer exceptional weather resistance, prevent UV fade and deliver thermal shock resistance. The durability of Syntha Pulvin matte coatings has even been tested successfully in Florida’s hot climate – the equivalent to more than 30 years in Northern Europe.There are more than 100 colours available in the Syntha Pulvin matte and metallic ranges, all manufactured under carefully controlled conditions. These finishes are 100% recyclable and can be applied to aluminum and galvanised steel window frames, cladding panels, curtain walling, roofing and most architectural metalwork.The full range complies with BS6496, BS6497 and BS EN 12206-1, is BBS Certified and conforms to Qualicoat Class 1 and GSB standards. Syntha Pulvin products are also only supplied to approved applicators.“Syntha Pulvin was the ideal product for the Spinnaker Tower,” said Chris Mansfield, Commercial Director, Metalion Ltd. “Not only is the colour matched perfectly to the large amount of render used on the project, but the 25-year warranty offered at the time effectively closed the deal.”Project DetailsArchitect: HGP Greentree Allchurch EvansApplicator: Metalion LtdCoatings Supplier: Sherwin-WilliamsProducts: Bespoke Mix Syntha Pulvin powder coating

Several disciplines are going to be joining forces under one roof in the future university centre for dentistry (UZB) in Basel. A centre of dentistry competence ranging from basic care to research and teaching is being built. Every year, dentists, dental and preventive care assistants and dental hygienists will be administering more than 80,000 treatments in the 5-storey building.The staircases were a key area of focus on this project, both for architectural reasons and in light of the strict sound insulation requirements. All staircases and landings have a bare architectural concrete finish. Compliance with the requirement of an impact sound level delta ΔLn,w* of 28 dB was mandatory in order to protect the quiet areas (e.g. treatment rooms, lecture halls, library, etc.) from distracting noise.Products from the Schöck Tronsole® range have been implemented for acoustic insulation. These impact sound insulation products enable a structural connection of the staircases and landings with no acoustic bridges whatsoever. Correct planning and installation of Schöck Tronsole® in a system results in a blue line visible at the treated areas. It is the mark of quality for reliable impact sound insulation and acoustic bridge-free installation.

Located in the heart of the vast new Wembley Park regeneration project, the two residential buildings that make up the Landsby East and Landsby West development (Danish for village) are contemporary in design, with apartment interiors that continue the Scandinavian theme. Externally there are roof terraces and first floor level podium gardens, along with 280 generous balconies that add a stylish and aesthetic feel to the exterior finish of the building.A key element of the balconies was the installation of Isokorb® T structural break units from Schöck. The Schöck Isokorb® T units are structural, but their other long-term purpose is to minimise the risk of thermal bridging. Ineffective insulation at the connection points means local heat loss, resulting in more energy being required to maintain the internal temperature of the building. This is a major consequence of thermal bridging, but there are other issues too. Low internal surface temperatures in the area of the thermal bridge can cause condensation, which leads not only to structural integrity problems with absorbent materials such as insulation products or plasterboard, but the potentially serious occurrence of mould growth. So for any project involving balcony connectivity the prevention of thermal bridging is a critical issue.