"roof beams and trusses timber"

ussell Roof Tiles is supplied our Natural Range Galloway and also the profiled Pennine tile to a total of 128 new build homes in Leicestershire.

Boughton’s Intensive green roof substrate has been successfully trialled in a ground-breaking analysis project at Coventry University assessing the feasibility of ‘greening’ landscapes with ecological beneficial habitats.  With the objective being to research the benefits and plausibility of incorporating green space and wildlife-friendly habitats into heavily built-up areas, Coventry University handpicked Boughton’s Intensive IN1 substrate based on its nutrient content, weight, and the inclusion of a water supply in chambers beneath the sub-base.The majority of green roofs in the UK fall into the ‘extensive’ category and are based on a low growing succulent, Sedum, which only requires a few centimetres of substrate to grow, whilst intensive green roofs provide a deeper soil depth and can support a more complex plant system. To this end, Coventry University wanted to explore the advantages of intensive green roofs, which offer greater biodiversity, often create accessible spaces, and offer the best insulation properties and storm water management. The organisation partnered with SEL Environmental, who provided its intelligent water management systems for the project.Boughton’s Intensive IN1 substrate boasts greater organic content than extensive substrates, meaning it supports larger plants and can be installed at greater depths, varying from 100-500cm. IN1 provides a stable growing medium for wide variety of plants in intensive green roof installations, including green roof lawns, shrubs and trees.Depending on the substrate depth and plant type, permanent irrigation systems (above or below ground) are sometimes installed with this substrate to as a backup for extended dry periods. They are not required for everyday irrigation, as the substrate has the ability to hold onto sufficient moisture during ambient conditions. The project, funded by Knowledge Transfer Partnership (KTP) and headed up by Sophie Barron-West, followed plant growth for four years from 2017, with a break due to Covid 19. Dr Stephen Coupe and Dr Liz Trenchard from the University’s Centre for Agroecology, Water and Resilience (CAWR) offered their research expertise.CAWR’s Dr Stephen Coupe says: “The technical requirements of Boughton IN1 were a big part of why we chose it. We also wanted the chance to get as many wildflowers in the space as possible. The nutrient levels were perfect because it wasn’t too rich. In fact, it was a ‘just right’ formulation that wasn’t going to overstimulate but would also deliver enough nutrients for what we needed. Ultimately it was going to be perfect for long-term sustainable plant growth.”He continues: “Reliability was another consideration because we knew we could get it delivered on site on time and, because of Boughton’s location in Kettering, we weren’t concerned about lead times, so that was a plus. It’s safe to say it was a studied choice.”Ground-breaking resultsAccording to the University, the trial resulted in ground-breaking analysis into how different types of green roofs can be created and maintained, as well as what their benefits would be alongside others in a built-up area.  The project successfully demonstrated the ecological impact of placing retrofit green roofs onto existing infrastructure, even with a focus on wildflower species and a relatively short development time. An independently-conducted ecological survey recorded five insect species that have national and local rarity value, including two species of bee that are deemed ‘nationally scarce’ and ‘nationally rare’. Of 457 preserved specimens taken on the green roofs at Coventry University, a total of 120 different insect species were recorded, including wasps, sawflies, hoverflies, beetles, and as many as 11 species of bee.  Coventry University’s findings revealed that the innovation in green roofs has improved and increased the total constructed habitat for rare insects. Research has also enabled better water management alongside habitat enhancement. This research has been incorporated into SEL’s product range, where green roofs are now used across four sites in Coventry, London, Aylesford and Blackburn. CAWR’s Dr Stephen Coupe said: “Ecology, biodiversity and wildlife are largely forgotten by planners, designers and builders in developments. Most green roofs installed in the UK are based on sedum, and, while there are additional features that can be added to these green roofs to improve biodiversity, they are rarely incorporated. Our findings, using Boughton’s Intensive green roof substrate, are that the retrofit of green roofs is feasible and, more than four years into development, IN1 has supported verifiably diverse green roofs. The plants on these roofs supported several insects that have rarity status in the UK, which is very positive.” Dr Coupe adds: “Whilst it is probable that substrates take many years to develop anything like the maturity comparable to natural soil, after just four years, IN1 went from having no recordable eukaryotes, to a concentration of organisms, including worms, soil mites and rotifers.”  Boughton Business Development Manager, Jason Lock comments: “Boughton was delighted to be part of this groundbreaking project and buoyed by such positive findings. Our products have been used successfully in a number of iconic green roof developments around the country over the years but it was a pleasure to be involved in such an important trial that would deliver verifiable results assessing the potential for green roofs to create new habitats in urban environments and enhancing local ecological diversity. Boughton offers an extensive range of green roof substrates and we welcome any research that helps further innovation around the application of green roofs.” The experiment at Coventry University is ongoing and the team are set to feed back again at the end of the summer about how prolonged dry weather has affected results. Dr Coupe says: “The beauty of this project is that there is no general timeline for a piece of green space. We need funding to support our ongoing investigations but there are options and opportunities for long-term research. It can last for the lifespan of the site and I think we will see really interesting developments. There is no reason why, over time, these green spaces would be indistinguishable from an existing habitat.” Boughton’s portfolio of green roof substrates are specifically engineered for different types of roof greening, both for domestic and commercial projects. A full product specification is available for each of Boughton’s Green Roof Substrates, and other landscaping products, making exact specification simple and straightforward. There’s also a section on each product listed online, titled ‘to specify (copy & paste)’, designed to make your job even easier. To enquire about your next project, contact Boughton by calling (01536) 510515 or email sales@boughton.co.uk.

The largest SolaGlide retractable glass roof in the UK is the talk of the town! Installed by Breezefree at The Hawk's Nest in London’s Shepherd’s Bush.Working with the team at Birdhouse London, we were presented with the challenge of transforming their outdoor space at The Hawk’s Nest into a flexible all-year space, whatever the weather. Challenges included satisfying the requirements of TfL due to the tube line running immediately above, as well as the venue’s request to have a space to trade in during construction work.The result is a chic hospitality space with a sliding roof that offers options for open airiness or full enclosure from the elements. The roof also offers significant soundproofing, reducing impact on neighbours on their most lively nights. The transformation means that the venue can offer their delicious cocktails, and pizzas that have to be tasted to be believed, underneath an elevated and stylish roof that will help draw diners and revellers for years to come.

Another housing refurbishment is set to benefit from the high-performance Roofshield breather membrane. The world-renowned Roofshield membrane from the A. Proctor Group has long been recognised as a first-class roofing membrane solution, providing a pitched roof underlay that is air and vapour permeable.Specialist roofing company S & J Roofing in Bath has been providing roofing services since 1981 and has established a reputation for high-quality roofing work for all kinds of domestic and commercial works, from restoration to complete new re-roofs down to minor repairs.Naomi Richards of S & J Roofing commented, “we have used Roofshield on many of our projects, Roofshield will always be our number one go-to product. Using Roofshield leads to savings in both labour and material costs, keeping the installation team and customers happy. Roofshield was the most cost-effective solution to control the interstitial condensation in a pitched roof. Roofshield is the most reliable product on the market, so it is used on every one of our projects.”Roofshield is a unique, three-layer, nonwoven, spunbonded, polypropylene breather membrane with a patented melt-blown core, and it provides a secondary barrier to the ingress of rain, wind, and snow. Designed with a low vapour resistance, it is air-permeable, with the additional benefit that it eliminates the incidence of interstitial condensation in pitched roofs.The exceptional performance of Roofshield has been successfully incorporated in many of the most demanding locations worldwide. Its characteristics allow pitched roofs to breathe without needing air gaps or secondary venting. Its patented SMS (Spunbond Meltblown Spunbond) structure allows high levels of airflow and the transport of moisture vapour, making the formation of condensation in the roof space virtually impossible. Numerous vapour underlays use an airtight VP film layer to achieve their performance. However, the exceptionally high vapour permeability and air permeability of Roofshield means that it can perform in conditions in which air-tight alternatives will not.The exceptional air permeability performance of Roofshield means that the roof space will result in similar air changes to that of a roof using traditional eaves/ ridge ventilation. Therefore, another advantage of incorporating Roofshield into the roofing design is that it can lead to savings in labour and material costs due to removing the need for these vents as well as a separate VCL at ceiling level.

Russell Roof Tiles supplied Taylor Wimpey with 180,000 Bute tiles, a thinner leading edge tile, in Burnt Orange for its Shopwykes Lakes development in Chichester.

All acoustic products which were installed on this project by UK Acoustic Systems were manufactured by Soundis, specifically their Soundis Absorb-R WoodTec range, which the client and architect approved due to their versatility, and the fact they were able to manufacture the products exactly to the project specific specification.The Micro Perforated Timber panels were located and installed on the curved rear wall of the auditorium. The timber core panels were faced with Micro Perforated Formica and the client decided upon the colour red which contrasted the other products within the auditorium tremendously.

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

After a particularly contentious and protracted planning process, this semi-detached, red-bricked house, part of a group of five properties that form Regent’s Mews in affluent London NW8, finally boasts an impressive third storey extension as a result of the erection of a mansard roof.The new dormer windows to its front aspect lend this 1980’s property a delightfully modern aesthetic, whilst the provision of a green roof to the rear aspect underlines its eco-credentials. The installation of Glazing Vision’s elegant sliding-over fixed rooflight above the stairwell, together with 4 additional fixed rooflights, has maximised the light streaming into this new living space, and also provided an all-important source of ventilation.Initial proposals to convert this house from two to three floors were rejected way back in 2001 by the local Planning Department on the grounds of it being “visually intrusive, overbearing massing not part of the existing architectural language and overlooking neighbours”. These same considerations faced Robinson Leigh Architects, whose track record of successful planning application had led to their appointment in 2013 by a client keen to find a solution to the planning impasse.There were a number of challenges for the architects, as they sought to design a scheme that would prove more successful through planning. The house is situated in St John’s Wood Conservation area, where restrictions on the character and appearance of all buildings are strictly applied. Normally any roof extension in this area would not be permitted and the house, indeed the entire mews, had been identified as an “unlisted building of merit”. Consequently the planners insisted that all new work to the house “must match existing original work in terms of choice of materials, method of construction and finished appearance in order to maintain the cohesion of the mews.The variety of roof forms in the mews, however, presented an opportunity for the architects to put forward their proposal of a flat-topped mansard roof as “a modern interpretation of the surrounding architectural precedent” said Leigh. Critically, the new mansard roof would also not add height above the general roof level of the neighbouring properties in Regent’s Mews, and thus would not be visually intrusive. The design of the three new dormer windows at the front of the house did depart from that of the dormer windows on the other mews houses though – they were square in contrast to the prevalent curved headed windows. However, given that they were really only visible from within the actual mews, the planners considered this alteration in form to be acceptable. Furthermore, the recessed glazing of the dormer windows ensured that the privacy of the occupants using the living spaces would not be compromised.The choice of materials also had to conform to the surrounding properties: the dormer windows were lead-clad, and the roof was tiled in Welsh slate, which softens its appearance and reduces the “apparent bulk of the structure.Another complication for Robinson Leigh related to the impact upon the large villas of Langford Place to the rear of the property. Vehement objections from these residents, who were concerned that the roof extension would shatter the illusion that they are set in extensive grounds led the architects to revise their proposal: the pitch of the northwest slope of the mansard roof was adjusted to a 70 degree angle in order to reduce its prominence in the views from these villas, particularly from 5 Langford Place. A second flat roof, which adjoined the house was removed, and Robinson Leigh extended the mansard roof to the parapet. This then gave the client more internal space, eliminated any overlooking issues, and created a more homogenous and symmetrical design.The architects cleverly designed both the main roof level of the mansard to be landscaped with indigenous flora in order to respect the planners’ preference for ecological biodiversity in the area as well as to attenuate water run-off.In conjunction with these structural requirements imposed on Robinson Leigh’s design of the mansard roof, unlocking natural daylight in the “dark zones” in the interior of the new storey was a key priority. Mindful of the rejection of the glazed roof proposal from 2001, which the planners had deemed to be too intrusive on the neighbours and at odds with the surrounding architecture, the architects sought to reduce the amount glazed by 50%, whilst simultaneously addressing the problem of reduced levels of natural daylight resulting from the recessed dormer windows.Robinson Leigh’s solution was to propose a more sympathetic glazing arrangement to the flat-top of the mansard roof, comprising four large fixed rooflights and a sliding over fixed rooflight from Glazing Vision, that would achieve the high specification they desired. These rooflights, pointed upwards to the sky, would maximise the amount of daylight entering the extension and bouncing off the hardwood timber, which had been used extensively, as Leigh points out, to “draw together several disparate elements of the interior design, such as the sliding walls, pocket doors and floor-to-ceiling shelving and cupboards”.Glazing Vision’s sliding over fixed rooflight was to inhabit the space immediately above the stairwell, which had also been lined in timber to subtly link the top floor with the ground floor and to help draw the eye upwards. Timber frames had also been used on the windows. As with the other four rooflights, Glazing Vision’s sliding over fixed rooflight needed to be made to a bespoke size – the architects required it to be the exact size of the stairwell, or indeed over-sized, so that the frames were not visible from below. Precision-engineered at the Glazing Vision factory in Norfolk, the special sliding over fixed rooflight was supplied in two sections, with an overall span of 2400mm and a width of 2240mm. The minimalist internal framework, finished in pure white rather than the standard grey, ensured that there were unfettered, sky-only views from the inside, thereby enhancing the impression of space and loft. Through the clear glazing of the Glazing Vision rooflight natural daylight absolutely flooded the stairwell, permeating also down to the lower floors.Given the stringent planning controls on the appearance of the mansard roof and the concerns of the vociferous neighbours, Glazing Vision’s sliding over fixed rooflight offered another invaluable benefit to Robinson Leigh. The footprint of the unit on the roof remained fixed, both open and close. This meant that there was no bulky additional furniture required, whilst the minimalist exterior framework was finished in slate grey to blend harmoniously with the Welsh slate roof tiles.No less important was the need for natural ventilation in the mansard roof extension. The architects were keen to create a venturi effect in the central core of the house and stairwell by channeling the airflow through the opening of the rooflight. The Glazing Vision rooflight, specified by Robinson Leigh to slide side-to-side rather than up and down, is electronically controlled at the touch of a button from inside the house, retracting the sliding section over the fixed section of glazing. Once the sliding section is fully retracted, there is a 50% clear opening in the rooflight, out towards the sky, thus providing superior air quality within the top floor, as well as intensifying the amount of natural daylight. An essential security feature of the Glazing Vision sliding-over fixed rooflight is that it is supplied with a manual override as standard.The design, approval and erection of the mansard roof extension took three years but Robinson Leigh have succeeded in updating a tired-looking 1980’s mews house with a new, sophisticated, modern exterior, that quietly complements the surrounding properties. The new third storey has exceeded the client’s needs for additional living space, and the clever use of rooflights has ensured the interior is light, bright and inviting.

A DOFF steam cleaner was used to thoroughly clean the moss and lichen from this asbestos roof in Bridgwater. The metal fixings were treated with Liquasil's rust tolerant primer and then sealed, along with cracked sheets, using Non-Sag Sealer, before the whole roof was coated using Asbestoseal 20. The end result was a leak-free asbestos roof that will last for many more years. Asbestoseal is the only BBA Approved coating system for asbestos roofs.

Russell Roof Tiles supplied Taylor Wimpey with 250,000 sustainable Bute tiles in Cottage Red, Slate Grey and Terracotta, for its Hamford Park development in Walton-on-the-Naze.

Made-to-order timber windows and doors from the Kensington & Chelsea range by Lomax + Wood have been specified for a high specification new build Georgian-style villa in fashionable Lancaster Gardens, Wimbledon, London SW19.

Eastbourne station is located in East Sussex. It was originally built in the 19th century and is classified as a Grade II listed building. Over the years, the station has undergone several renovations and upgrades.Back in October 2020 it was announced £5 million would be spent on restoring Eastbourne Railway Station to its ‘former glory’. Work done includes canopy refurbishment, slate roof replacement, masonry work to the front of the station, and new roofing above the atrium.Twinfix were approached to replace the glazing panels on the 32 lanterns on the station’s train shed with something hard wearing, sustainable and modern but without losing the period look. The change was needed because, according to the plans, the existing fixtures were ‘life expired and inefficient’.Twinfix supplied their Multi-Link-Panel Non-Fragile (NF) roof glazing system, glazed with 6mm solid obscure polycarbonate. The new glazing spanned 1243 square metres and was installed by Gable, on behalf of Main Contractor BAM Nuttall.The Multi-Link-Panel NF system is an innovative roof glazing product that has been well utilised for many years on station canopy roofs, and it has been thoroughly tried and tested in that time.It was the chosen system for this project for a number of reasons:sustainability– these panels are virtually unbreakable in manufacture, transit and in situ, meaning that, unlike glass, maintenance costs will be eliminated. The system is also completely recycleable.safety– Twinfix Multi-Link-Panel NF (Non-Fragile) conforms to the HSE recommended test method ACR[M]001:2019 (as outlined in document HSG33) and achieves a ‘B’ Classification.off-site construction– The panels are pre-assembled in Twinfix’s factory ensuring strict quality guidelines are adhered to, which is not always guaranteed when roofing products are assembled on site.ease of access– The Multi-Link-Panel NF system can be fitted with In-Line Access Hatches, to allow cleaning of gutters and roof. These hatches are hardly visible and allow safe access through the glazing without needing to get on the roof.weight– The Multi-Link-Panel NF is light in weight and due to its modular format, it is very quick to install which allows for short rail possession works. A slight redesign of the original roof allowed 96 access hatches to be installed, making maintenance easier. Installed it’s almost impossible to detect the modern materials that have been used to bring this historic structure back to life.During the renovation work, Shaun King, Sussex route director for Network Rail, said, “The quality of work on site is being completed to a very high standard and we’re taking great care to restore the Grade II listed building to its former glory.”

Fully compatible products from the range of TBA FIREFLY™ have been chosen to compartmentalise roof voids between apartments and communal lobbies of a large apartment building in the London Borough of Lewisham, providing 120 minutes fire integrity protection as part of a wide ranging refurbishment programme carried out earlier this year.The contract on Lewisham Homes’ Commodore Court in Albyn Road has been led by the sector specialist construction company, Mulalley & Co. with London/Sevenoaks based CLM Fireproofing carrying out the installation of the TITAN Lite™ 120:60 barrier system, in combination with Collaroll and the use of ancillary products from the FIREFLY™ range.CLM Fireproofing was founded 30 years ago by Clive Miles and has established a reputation as a leader in the fields of both passive fire protection and fire-stopping; working in a variety of sectors on projects right across the UK. A regular user of the FIREFLY™ range, many of its operatives have attended courses at the company’s premises in Rochdale to become trained FIREFLY™ installers.The Site Agent for CLM, Virginijus Pasvenskas, commented: “There was initially an intention to use a mineral wool flexible fire barrier, but the product was not tested for the scenario installed around the services such as a downpipe and it was upgraded to the use of the FIREFLY™ system by the client/project team. The installation of the TITAN Lite™ and the Collaroll to wrap the trusses and the services went very well and, as well as supplying specific details for the work, FIREFLY's technical team came to site to inspect the works. We completed our contract on schedule back in the summer.”TITAN Lite™ 120:60 has been developed for use in vertical separation or compartmentation situations, offering 120 minutes integrity and 60 minutes insulation and is able to be sealed around penetrations. It is widely specified to form fire barriers within roof voids and floor voids in many different property types, including tower blocks and other HMOs.The flexible woven material is easy to cut and fix, and is chemically treated to improve its cooling properties and therefore prevent temperatures rising in adjoining areas. The system has been fully tested to BS 476 Parts 20 & 22 and is third party certified by IFC. The six metre long rolls of TITAN Lite™ 120:60 have a minimum thickness of 6mm and are installed using special staples as well as high temperature adhesive.Employed as part of the FIREFLY™ System and also to wrap the services which penetrate barriers such as PHOENIX, ZEUS Lite™ and APOLLO Lite™, Collaroll comes in a roll which unwraps to 10m long x 300mm wide with a sewn in concertinaed skirt. The skirt can be moulded to shape to seal it neatly to the upright barrier, which is usually at 90 degrees to the Collaroll and fixed into place using the FIREFLY™ high temperature adhesive. The R31 Staple Gun and Staples are used to staple the Collaroll to itself tightly around the penetration.

Topseal PU was specified over numerous roofs on this hospital covering 1000's of metres. Topseal PU was chosen due to its BBA certification, high performance, 25 year guarantee, low odour together with the failed asphalt roofs and amount of plant on the roof it was the perfect product.

Flat roof waterproofing in the UK

Our Approved Installer, JB Project Services, was tasked with the process of replacing the existing timber decking found on the external terrace area. This lovely space provides residents with a communal area that allows for panoramic views across the City of Leeds and is a key amenity for quality of life.

Russell Roof Tiles supplied Keepmoat Homes with Highland, Grampian and Lothian tiles in Slate Grey, Anthracite, Cottage Red and Peat Brown, for its multi award-winning development, Spirit Quarters.

Specified because of it's unique BBA Approval and Latent Defects Insurance Guarantee, Asbestoseal was applied to this asbestos cement roof in Warwickshire. The roof was first steam cleaned using 150°c steam, removing all moss and lichen. Metal fixings were treated with Liquasil's corrosion primer and then sealed using Non-Sag Sealer. The entire roof surface was then coated with Asbestoseal 20 to provide long term protection and add considerably to the life of the roof. The metal gutters were lined with Liquasil's seamless silicone gutter lining system

A stunning new ‘brown roof’ is the crowning glory for a private dwelling overlooking the River Tweed. The project has been designed to last 100 years and takes into account the requirements of future generations of the family. For the main flat roof area, Spectraplan TPE was chosen for it's green credentials and a brown roof system was laid on top .

Project:Downtown Doha is a multimillion-pound scheme to regenerate the Downtown Doha district. Surespan supplied a wide number of electrically operated glazed roof hatches along with solid top roof access hatches. Product:Sizes included a 3310 x 1120, 4320 x 1110, 3245 x 760, 1098 x 4330mm and the biggest size came in at 4462 x 6654mm. All the hatches were provided powder coated using the Interpon D series for enhanced durability. In addition, a variety of other products including wall & ceiling access panels were manufactured from Stainless steel. The largest panel was 2700 x 1600mm manufactured as a double door.

Waterproofing of flat roofs in industrial areas in the UK

The ProjectHallsville Quarter is a brand new neighbourhood in the heart of Canning Town, in which Bellsure was asked to supply and install a range of cycle storage products. Following a £3.7 billion regeneration project, Canning Town is set to become an exciting place to call home. Using the experience and knowledge of the Streetsure team, we offered a variety of products that suited the specific elements of the brief. As requested by Bouygues UK Ltd, we provided a Phase 1 quote on bespoke cycle shelters with two-tier cycle racks. Once Phase 2 was completed, we then provided an extension to the cycle shelter to create more room for cycle storage. We also supplied CAD designs and .dwg files to build into the clients BIM model.The SolutionThe Streetsure team secured the contract and project managed the supply and install of these products to budget and within an agreed timeframe.We supplied Orion Cycle racks to this project due to their robustness and compatibility. These were space planned strategically to fit as many spaces into the area as possible. We also designed and installed a secure shelter with Syberian Larch as the specified timber for the shelter. Our installers worked alongside the site manager to ensure a smooth snag free handover - complete with an enhanced operations & maintenance manual.

IKOpro Acrylic Roof Coat has been used to provide a quick (taking only 4 days to complete) and seamless waterproof solution to a leaking roof at Bellman’s Auctioneers & Valuers in West Sussex. Contracts Manager for M Holmes Construction (contractor) admits that it was much less labour intensive than traditional roof refurbishments. He said, “The beauty of this system is that you don’t have to re deck the roof, unlike some alternative liquid systems. So this means you save one day of labour, typically four men on a job this size, plus material costs.”

Russell Roof Tiles supplied social new build contractor Robert Woodhead Ltd with Grampian tiles in Slate Grey for a ground-breaking project by Leicester City Council to build hundreds of affordable homes for families across the city.

Stow House is a boutique bed and breakfast set in the heart of the Yorkshire Dales. They had the Topseal waterproofing roofing system installed and a sedum roof to finish the new extension.

One of the roofs within the scheme, Hodge Clough School in Oldham, had fallen into a dilapidated state of disrepair and was in great need of replacement. Council building surveyors came up with the appropriate specification and project managed the scheme to completion. The majority of the much-needed work took place at the school over the summer holidays in order to minimise disruption to the teaching programme, a major consideration for roofing works at schools, colleges and universities.

BCL are proud to have been a part of the team delivering the £400m redevelopment of London Bridge Station, designed by Grimshaw Architects and developed by Costain. The redeveloped station expects to see 75 million passengers pass through each year as part of the £6.5 billion Thameslink project. As part of the refurbishment the structure was replaced by pre-cast concrete bridge decks. The underside of these new decks became the ceiling which was then clad with our high performance Alpha acoustic timber panel system.The BCL “Alpha” panel system spans over 7,000 square metres of Western Red Cedar panels in three distinct patterns, providing class A and B sound absorption to reduce noise from passengers and trains. The panels are fire treated to Euro class B, fully demountable, have fully concealed fixings, and involve integrated lighting troughs. Our open configuration system allowed Grimshaw to design the unique panel composition to the highest standard. With the ability to be flexible along with outstanding acoustic performance and the standard of design and installation services, it was clear that our BCL panels should be the system of choice.There were some significant challenges with the project, not only the control of ambient sound from the passengers using the station, but also the structural reverberation produced by on average 18 trains per hour and, given its prominence, the need for upwards blast protection in the event of a terrorist threat. All challenges have been met by the BCL design, making the ceiling system the perfect solution.With the London Bridge Station redevelopment, as with every project BCL take on, our design, manufacture and installation teams provide the knowledge and skill needed to ensure the highest standard of work is achieved at every stage of the project.Client: National RailArchitect: GrimshawMain Contractor: CostainSize: 7,000m2Location: LondonCompletion: September 2016Western Red CedarAcoustic class A & B3 different slat arrangementsFully demountableBomb blast grid system (for maintain structural integrity)

Russell Roof Tiles provided Galloway tiles for a Social Housing project in Bristol.

Oakmeadow Primary School is one of the first Passivhaus primary schools in the UK. Designed by Architype architects, the school has a lightweight, super insulated timber frame to achieve Passivhaus airtightness, with a simplified load bearing stud wall, wrapped by an additional layer of insulation created by Larson trusses. A major contribution to the comfort of the occupants is the use of Troldtekt ceiling tiles in both classrooms and the sports hall. The tiles not only reduce reverberation time but also offer high performance acoustic absorption in areas, such as the teaching areas which need to be calm, studious & healthy.

The University launched ambitious new plans for a £40 million state-of-the-art Collaborative Teaching Laboratory (CTL) to facilitate the teaching of science, technology, engineering and maths (STEM) subjects.Our work for the project included the supply of approximately 684m2 of Soundis Absorb-R timber wall panels. The client opted for a combination of 8/3m Absorb-R WoodTec Grooved and Soundis Absorb-R WooTec Perforated 2/2/0.5 Perforated panels. This combination of the two styles creates a stylish yet elegant finish.Black panels were chosen for the walls and white panels for the railing areas, the contrast of the colours further promoting that modern style for the university.The old choice between Engineering-led functionality, and beautiful design not longer applies. Cutting-edge new technologies allow solid wood panels and multi-layer panels to be micro perforated to serve as highly effective sound absorbing cladding. Panel textures can also be tailored to serve project requirements.

Dual finish made-to-order double glazed timber flush casements and doors were used to totally transform this previously tired property into a vibrant, exciting and modern family home. Dual finish wooden flush casement windows and doors. Knot free engineered timber. Fully weather-stripped, internally glazed and with espagnolette locking. All tested to meet Part Q of the Building Regulations for Security. 22 High performance flush casement windows. 4 High performance made-to-order timber French doors. 2 sliding, folding bi-fold door sets.

The Flower Bowl is a large new build leisure complex in in a semi-rural Lancashire location close to Preston. It offers a range of attractions, including an indoor bowling alley, a curling rink, a crazy golf course and golf simulator, a cinema and restaurants.Green roof components:Sika Liquid Plastics‘ Decothane Root Resistant.Sika Liquid Plastics‘ Decotherm insulation.S-VAP 500e Vapour Control and Moisture Barrier Layer.Green Roof Detailing Coat.

David Wilson Homes were looking for a mix of slate and clay roofs for a new site in Andover.

Architects: Bryden Wood Architects Product: Canadian Western Red Cedar Timber Cladding & Blue Label Certigrade Shingles Approximately 24km of Canadian Western Red Cedar has been suppled for this project so far in London, a new build development of 9 blocks, each containing multiple apartments, with undercroft parking. Untreated Canadian Western Red Cedar cladding from NORclad will weather off to a silver grey appearance over time, and settle into the surrounding area. The same species was selected, this time not to be machined into a T&G cladding, but as Blue Label WRC Certigrade Shingles.

A large new housing development in the East Midlands required a roof tile that would match with the traditions of the local area.

We supplied our partner, Fast Floor Screed Ltd with SMET LiteFlo® Lightweight Flowing Screed for the first floor of a timber frame house. This lightweight screed is ideal for renovation projects where loading is an issue. This is a high quality pumpable, factory-produced, CE marked, self-levelling screed based on calcium sulphate. German-made SMET LiteFlo® is unique because it’s the first pumpable lightweight flowing screed available. Made from specially selected aggregates – means it’s 30% lighter than conventional flowing screeds and can be laid in reduced thicknesses. The screed offers a high yield, 43kg per m2 @ 40mm.Innovative SMET LiteFlo® is particularly suitable for use in timber-frame builds, suspended timber floors, tower blocks, apartments, and high-rise buildings. SMET demonstrates best practice in construction partnerships – providing a superior level of customer service to their Smet Supported Partners during the installation process.Whether your job is – self-build, retro-fit, floor renovation or repair, design floor, commercial or shop, sustainable build, historical renovation, ECO build, Lightweight, or an industrial flooring venture – SMET have a flooring compound or ready to use product suitable for your application.www.smetbuildingproducts.com or www.smet.ie