"insulation"

For the redevelopment of a former builder’s yard in Greenwich into a new build block of live-work units and residential flats, the developers were looking for a roof system which would offer long term waterproofing integrity, exceptional green credentials and enhanced aesthetics. The proposed green roof system would also reduce water run-off, create a wildlife habitat and help towards securing Code for Sustainable Homes Level 4.With a waterproofing system required to protect the concrete deck above the flats, a selection of cold-applied products were provided by Proteus Waterproofing that met the client’s requirements. The specialist contractor worked with Proteus Waterproofing on a specification which included the Cold Melt® inverted waterproofing system, Proteus Pro-Therm XPS and finished with a Proteus Pro-Living® green roof.Fast, hassle-free application The 500 m2 Cold Melt® insulated Pro-Living® roof system was selected by the client and contractor for its ease of installation, cold application and all-round green credentials. After the pre-cast concrete roofing panels were craned into position, the joints were made good ready to accept the Cold Melt® inverted roofing waterproofing system. The inverted roof system incorporated Cold Melt® and Proteus Pro Therm XPS 150mm insulation. A Proteus Low-K Membrane was then applied prior to the application of the Pro-Living® green roof to complete the system build-up.Quality control Proteus Waterproofing worked in close partnership with the Contractor to successfully deliver the project to a very high standard within the required timeframe.Long term performance Incorporating recycled rubber-crumb and other organically grown products, Cold Melt® creates an elastomeric, seamless, cold-applied membrane and can outlast the lifetime of the substrate on which it is installed.

Project: 1 Aylesbury Street, Clerkenwell, London, EC1R 0DRClient: MeritcapeArchitect: Atum Design LabM&E consultant: EngDesignProtecting Cities Against Fire with Advanced GlazingDaylight-flooded spaces command a premium from tenants, but in the densest urban areas – where buildings are very tightly packed – it can be difficult to achieve. Not least because of the need to protect against the spread of fire.This was the challenge for developer Meritcape when they set out to refurbish 1 Aylesbury Street – a converted historic warehouse building in Clerkenwell, East London.The designers wanted to fill every floor of the building with natural light, from both the front and the back of the building by using floor-to-ceiling glazing on every floor. However, the rear of the property was just three metres away from a neighbouring building.To prevent fire spreading from one building to the next, building regulations specify the fire resistance that external walls need to be able to provide. This is given as minimum requirements for integrity – how long they can contain smoke and flames – and insulation, or how long they can prevent the escape of heat. Steve Bond, technical and customer support manager, fire, at Pilkington United Kingdom Limited, said: “When you have two buildings this close together, standard glazing is not an option, as it doesn’t put up enough of a barrier to fire spreading outwards from the building.“That’s where fire-resistant glazing can make a big difference. By providing protection against fire while also letting light flow in, we can create light-filled spaces in very built-up parts of the city where not long ago it wouldn’t have been possible.“As well as sealing in flames and smoke for at least an hour, the glass also provides radiation shielding that reduces the amount of heat energy that can pass outwards through the glass – another key means of spreading fire.” The rear façade of the building is glazed in Pilkington Pyroclear® Plus insulating double-glazed units, delivering not only the right level of fire resistance, but have also been designed to give excellent thermal insulation (U-value) properties to reduce heat-loss from the building.Davood Kiani, Senior Project Consultant at Meritcape said: “Those looking for modern commercial space expect floorplans to be well lit with natural light, and this is one of the main design challenges when working with buildings in the most densely urban areas of the city.“Fire regulations are one of the big reasons for this, so Pilkington fire-resistant glazing means we can achieve the best of both worlds - a building that meets or exceeds all of the safety regulations while also feeling spacious and airy.”A total of 800 m2 of Pilkington glass was used in the project, including in the front façade of the building, in which hundreds custom-sized small double-glazed solar-control units were used to imitate the crittall steel-framed windows that are a signature feature of buildings in the area.Images by S G Photography

The Darwin Centre cocoon creates a new architectural icon for the capital, ground-breaking in scale and breath-taking in its originality and creative brilliance.The design features a vast free-standing structure taking the form of an enormous cocoon within a glass atrium. The eight storey high cocoon houses a unique collection of 17 million insects and 3 million plants collected over the last 300 years by scientists including Charles Darwin, Alfred Russel Wallace and Sir Hans Sloane. The building completes the Museum’s life science complex, the Darwin Centre, following the first phase opened in 2002.Design TeamThe response of the architectural design team at C.F. Møller, lead by partner Anna Maria Indrio, was to create an engaging image reminiscent of an essentially organic form. The surface and texture also needed to reflect this, so the subtle sheen of the ivory coloured Armourcoat plaster was chosen. With an intersecting network of ‘silk threads’ that criss-cross the cocoon, the surface allows for movement and provides a visual framework for openings and niches. Armourcoat was specified to devise a unique creative solution combining both the insulation and the final decorative layers. The cocoon performs a genuinely protective job providing thermal mass to inhibit any fluctuations to the internal temperature – essential for the museum’s treasured specimens. The structure also houses state-of-the-art laboratories for 250 international scientists and an interactive visitor exhibition.ConstructionA sixty-five metre long skeletal structure was built by sprayed concrete specialist Shotcrete – the first above ground sprayed concrete structural element in the world. Expanded metal mesh was fitted to the steel re-bar framework and a 250mm thick layer of concrete was spray applied to create a 3,500 m2 raw concrete surface. Armourcoat then applied a resin modified render to the structure to minimize localized variations to the surface, before the polystyrene insulation layer was fixed. Using Dryvit Genesis adhesive and over 16,000 Hilti insulation fasteners, a 50mm polystyrene layer was fitted to the entire surface of the cocoon then covered with a layer of reinforcing mesh bedded into Dryvit Genesis basecoat. To create the silk threads wrapping the structure, a special cutting machine was devised which could cut an accurate slot and create the individual 340 panels which make up the cocoon surface. A total of 5.6km of edge bead was then fitted before Armourcoat’s unique AntiCrack substrate preparation system was applied. AntiCrack is a polymer and fibre modified gypsum skim-coat plaster which creates a first class substrate, keeping the Armourcoat plaster layer in peak condition. Two layers of Armourcoat keycoat were applied prior to the application of the final finish. The finished effect of a giant silk cocoon was achieved using ivory coloured Armourcoat Armuralia polished plaster - an exquisite, smooth finish with subtle tonal variations.The cocoon is a milestone achievement, a unique design and technical solution befitting the historic and social reference of the Natural History Museum. This also is a stunning example of the type of commercial projects now undertaken by Armourcoat, celebrating twenty-five years of creative excellence in 2009.Client: Natural History MuseumArchitect: C. F. MøllerMain Contractor: HBG Construction

SubFloor flooring was used to help renovate and raise a 250 m² floor into an office with a large void in Stockholm, Sweden.This simple and elegant solution raised and levelled the floor to allow for installations and insulation. The joist and screw system allows for quick and easy assembly so that the floor can reach the desired height.Products:Wooden Joist 45x45x3600 mmSubFloor Screw 300 mmSubFloor Screw FootHeight Variation: 65 - 314 mmJoist separation: c/c 300 mmSystem Weight - c/c 300 mm: 3.99 kg/m²Materials:Pine T0-C24Fibre-reinforced polypropylenePolyamidePoint Load Limit (50 x 50 mm):Load next to screw over joist edge - 9.72 kNLoad between screws over joist edge - 15.85 kN

The ChallengeA new development of 15 individually designed four and five-bedroomed homes set in over four acres of mature woodlands in Nottingham.Each home in this secluded development was to be built over three storeys and designed and styled with the latest contemporary finishes, both inside and out. With a gated entrance, the private development is set down into its own valley, but still has breath-taking views of the city.The SolutionForterra’s Mandarin Mixture and Yorkshire Red Blend Butterley Bricks were chosen to meet the development’s high specification requirements. The properties were economically designed with underfloor heating, air source heat pumps, and a high level of insulation to keep running costs down.The BenefitsIncluding the latest interior finishes, each home also offers something different, from cinema rooms to beautifully landscaped terraces.

The Handball Arena in the Olympic Park in the centre of London is an iconic landmark - designed and built to host the handball events at the London Olympics in 2012, it is now a completely flexible arena which hosts a range of different sports and training events.Main contactor Buckingham Group enlisted IRC Carocelle to carry out the roof works, and IRC Carocelle turned to Fixfast to supply the complete fixing package for this - our tube washer and fastener combinations enabled the use of panels which achieved the specified insulation levels.Fixfast also had the needed solution for the external façade - thousands of shingle cleats were used to hang the 3000sqm of specially manufactured copper panels."Fixfast maintained a high level of quality throughout the build, minimising site wastage and ensuring continuity of work for the site team"Steve Holder - Owner of IRC Carocelle

As described by Eastleigh Borough Council, the £25 million facility underpins the council’s commitment to promoting a healthy borough. It incorporates a high quality design in keeping with the parkland environment and has high environmental standards. The new building will boast many facilities that are larger than at present, including an eight-lane, 25-metre swimming pool, a larger, versatile learner pool, 15-badminton court sports hall, a versatile, multi-station gym and a group spinning studio. This case study will look at the challenges and solutions of this vast project that involved insulating and waterproofing over 8,500m2 of flat roof areas.Following decades of experience using Polyroof’s liquid systems to protect buildings throughout the district, including waterproofing the original Fleming Park Leisure Centre back in the early 1990’s, Eastleigh Council specified the Protec system for the project.

Ancon STC Steel-to-Concrete Insulated Balcony Connectors have been chosen to securely connect over 1000 bolt-on steel balconies at London’s ground-breaking Embassy Gardens Phase 2 development.Sitting alongside the new American Embassy on London’s South Bank, Embassy Gardens is the centrepiece of one of the Capital’s biggest ever regeneration projects. Phase 2 of the project is delivering a total of almost 900 luxury apartments across three stunning 21-storey glazed towers, traditionally brick-faced to reflect the area’s industrial heritage.Characterised by large modern balconies with views over the surrounding linear gardens and river beyond, the towers are linked together by a raised podium garden and feature a world-first transparent outdoor pool, 35 metres up, allowing residents to swim between the tenth floors of two towers.

Clickfix sculpts the light in royal art & design studioBrett Martin supplied the polycarbonate panels used to glaze the striking northlights in the roof exhibition space in the new Battersea campus of the Royal College of Art, London which the college described as ‘the most significant campus development in their history’The architects brief was to bring together art, design, science and technology in one place and the building has been certified as BREEAM excellent.Marlon Clickfix pans across 2 vertical sections in the top floor of the 4-storey Studio Building dedicated to traditional art and design disciplines.The product was selected due to its ease of installation, thermal insulation and high levels of natural light which allows for large, glazed areas. The bright space and the sheer size of the glazing in this building illustrates the benefits of the product wonderfully and as stated by the guardian “The space beneath the big triangular skylights is glorious”. 

Valette Square is a community of 33 mixed 2, 3 and 4 bedrooms townhouses with private gardens and terraces, built in Salford’s historic centre. Developed by @buttressarchitects , it was designed to introduce new homes to the area, create easy links to nearby areas and for community spaces to exist where possible.The area is named after Pierre Adolphe Valette – a French impressionist who taught the local painter L.S Lowry, and taught at the Manchester Municipal School of Art. The local existing Georgian aesthetics were echoed in the development with Floren’s Brunello bricks being selected for their tones and subtlety, leaning towards nearby red brick buildings.Amongst numerous sustainable efforts, the townhouses’ façade and positioning make the most of natural daylight to reduce the amount of artificial lighting needed, improved insulation and smart heating systems.Valette Square was shortlisted for the Housing Design Award in 2020

Split over basement, ground and three upper floors, the Charles Doll Building on Grape Street, London, offers a contemporary and functional specification in this stunning office refurbishment. The development mixes industrial elements with a crisp modern aesthetic by carefully combining characterful architectural features, including vaulted ceilings with exposed brick and steelwork.Named after its architect Charles Fitzroy Doll, the building is clad in decorative thé-au-lait (“tea with milk”) terracotta – Doll's use of grand façades is understood to have resulted in the expression, ‘all dolled up’. The first floor has been fitted out to a high standard with office furniture from Vitra, providing the perfect space for those who want to move in and get straight to work.The lobby mixes vibrate contemporary wall art with industrial light fittings and brickwork. Forza’s in-house CAD team planned the bespoke black oak Firescreen partition wall to match the architect's design. As a market leading passive fire product, this Firescreen provides both integrity from Smoke and Fire and insulation from heat. This is important because in a fire emergency heat has been shown to ignite secondary fires to items, such as curtains or carpets, that are near the other side of non-insulated partitions.Via the Thinking Space Design & Build, Forza Doors supplied twenty FD30 Fire Doors with stained frames and skirting boards to match throughout the five floors of The Charles Doll Building. Chosen to match the steelwork throughout the development, the dark satin finish of the doors was selected from Forza’s Creato range of dyed veneers. This ‘Illunis’ finish is one of twelve fashionable choices in the range. Dyed veneers are an increasingly popular choice with designers as they offer cost savings over stained veneers without compromising quality.The Doors with glass vision panels, required to allow light through to the stairwells, feature our flush and quirk bead. A minimalist design option where one side of the doors is completely flush right up to the glass vision panel and the other side has a very simple elegant bead detailing.

Clement EB24 steel windows, doors and screens were the ideal choice of fenestration when it came to this jaw-dropping project in Arundel. The combination of T bars, slim, dark frames and satin chrome accessories create just the right look.Achieving such an exceptional appearance did not mean that performance had to be compromised. The 24mm insulated glass units are not only argon filled, but also include a Silverstar E glass coating. Chosen for its thermal insulation layers which lower both the thermal loss of the glass and energy consumption while allowing high light transmission.Our client explained the project and her experience of Clement Windows:“When we finally made our decision to modify and extend our 16th century, Grade II building, we knew that we had a challenge on our hands. We owed it to the history and unique position of the existing premises to choose first class materials and workmanship.Our brief to the architect was that we really needed to maximise natural light as my husband has sight issues. The building faces north, north east so this was going to be really tricky. The windows were going to be big!The search for the best then began and luckily some clients of ours recommended Clement Windows. We visited the showroom, liked what we saw and began the design and surveying process. The quality of the steel, the finish and the fit were head and shoulders above anything else that we had looked at. We wanted an unfussy, minimalist profile inside and out. Simple lines and workmanship one could trust. Clement ticked all the boxes.A few months later the team showed up to fit the glass. We did have certain logistical issues relating to access but these were overcome with good planning. At the end of two weeks, we had a home! The installation of the glass transformed a building site into an incredible, light-filled architectural space that then became the most stunning home we could ever have dreamed of living in.”

Richard Bowler wanted to tackle noise transference as part of his basement flat renovation in Autumn 2020. He turned to Oscar Acoustics to solve the issue cost-effectively, choosing Iso-Mount Type1 acoustic hangers to dramatically reduce noise from the house above with minimum ceiling height loss.Quality soundproofing is fundamental to the enjoyment of our homes. High levels of noise can affect our health as well as our sense of wellbeing. So, when Richard planned a complete revamp of his basement flat, part of his nineteenth century, four storey Devon property, he was determined to factor in sound insulation, while also creating a beautiful interior finish.Problem: Lack of sound insulation“Dating from 1850, the basement flat was of very poor construction and in need of complete renovation,” clarifies Richard. “In particular, with respect to the seven different ceilings of the flat and the ground floor of the house, there were undersized joists, making it uneven, bowed and springy. The wooden floorboards in the house had large gaps between them, and the ceiling of the flat was constructed with thin plasterboard. This meant no sound insulation at all - even a conversation could be fully overheard.”Solution: Soundproof ceiling with minimum ceiling height lossRichard wanted a fast, cost-effective, and easy to install solution to solve the noise problem. He discovered Iso-Mount Type1, an isolating acoustic ceiling hanger which significantly reduces transmission of noise from the floor above but only loses 6mm of ceiling height. Further with this choice, it’s possible to carry out all work from the room below."I selected Iso-Mount because it was simple and easy to install with extensive video instructions,” Richard says. “My builder, had never installed an acoustic ceiling, so it was important to find a solution he was confident with."“I did not fully appreciate at the time, but the use of Iso-Mount with an industry standard metal channel was a huge bonus and cost saver. We have saved a great deal of time and money using the adjustable Iso-Mounts to level the uneven joists.”Process: Simple installation of acoustics hangersRichard’s builder, Mark Lipton started the Iso-Mount Type1 installation in one of the smallest rooms of the flat. Within two days, he was confident using the height-adjustable acoustic hanger.Marks says, “Initially I was unsure about the system as I had not used it before. I started with the bedroom as it seemed the easiest to install. Once that was done it was easy to fit the other ceilings. The living room was the largest room and the most uneven in terms of joists. The ceiling went up in no time.”“One of the nice features of the system is that it is easy to create a false ceiling to run services. It was also useful in complex areas where, for example, we had a concrete lintel to accommodate. The fiddliest part of the whole install is fitting the rubber isolators to the mounts. On the other hand, achieving perfectly level ceilings was very easy.”“We used belt and braces which included the Iso-Mounts, the acoustic tape, the sealant, foam filler, acoustic insulation, and two layers of SoundBloc plasterboard,” says Richard. “The SoundBloc was the most challenging install since it was much heavier than ordinary plasterboard and my builder had to work hard to install it. From my perspective it is only marginally more expensive and worth it for the extra isolation.”   Result: A ‘superb’ soundproof ceiling systemWith installation completed in ten days, Richard was delighted with the ceiling.  “For acoustic isolation, the Iso-Mount system is superb. It even created a perfectly flat ceiling despite the uneven joists above. Noise transfer between house and flat is far, far reduced. When experiencing noise transfer now it is normally through an open door or window rather than transmitting through the floor/ceiling." “We had no woodworking or fillers to add or level off. We simply used the adjustable Iso-Mount for reduced noise transfer. The Iso-Mount system is a brilliant way to isolate between floors and I couldn't be happier with the results. The ceiling is superb and flat as a pancake despite the uneven joists above. I highly recommend it."Ben Hancock, Managing Director of Oscar Acoustics, says: ‘Unwanted noise can negatively impact on our lives at home, and affect our health. With over 43 years of acoustics and soundproofing experience, we developed the Iso-Mount system to manage and reduce sound transfer reduction between floors, to help restore the peace and create a tranquil home environment.”

Owned by Shaanxi Tianhong Silicon Materials Co. Ltd., the Shaanxi Yousr Polysilicon Plant in China will produce polycrystalline silicon material for the solar photovoltaic and electronics industries. When engineering company Fluor was asked to design the plant, it was faced with a specific challenge.Much of the plant’s pipework and equipment is exposed to high temperatures, making it prone to corrosion under insulation. Fluor knew that conventional anti-corrosive solutions are often not able to protect equipment in these conditions, and the company was looking for an alternative but reliable and proven coating solution.Fluor chose our Versiline CUI 56990 coating to provide long-term protection for pipework, equipment and other hot surfaces. Versiline CUI 56990 can resist temperatures up to 650°C/1202°F and thermal shock and cycling in dry or wet service conditions. Versiline CUI 56990 is extremely resistant to micro-cracking and corrosion, even in tough operating conditions.

Set in beautiful grounds this former coach house is nestled in a picturesque Cotswold village.This stunning orangery was the perfect solution for the family who wanted to have a light filled room, from where they could sit and enjoy their garden throughout the year.The stone-coloured exterior paint finish of the David Salisbury orangery is the perfect complement to the sandy-coloured Cotswold stone and stone roof of the main building.The glass lantern benefits from Pilkington Activ™ Blue self-cleaning glass, which has both self-cleaning and solar-control properties plus high performing thermally insulating Pilkington K Glass™ S as the inner pane of glass.The result of this carefully designed addition to a home that already oozes character and charm is a light filled environment that can be use throughout the Summer and Winter months, where the family can sit in total comfort.Images courtesy of David Salisbury.

The project comprised the construction of Newcastle’s tallest building, Hadrian’s Tower on behalf of The High Street Group. Following a 30-month build programme, the 26-storey luxury high-rise mixed-use development in the heart of Newcastle was handed over, with more than 60% of the apartments already sold or let at the point of handover.The development included 160 units which comprised a mix of studio, one and two-bedroom apartments and three spacious three-bedroom penthouse suites. Hadrian’s Tower offers 134,000 sq ft of modern living space a 4,300 sq ft rooftop sky bar and coffee house on the 27th floor.The scheme has redeveloped and in turn transformed the dilapidated city centre brownfield site into a high-quality pedestrian route into the city centre.Shield Membranes supplied numerous products and systems in order to waterproof, insulate and finish all external areas.

Accoya cladding supplied by International TimberArmadilla create luxury experiential garden buildings. They currently focus on two core markets, hospitality and education, providing a self-contained environment for the users. Armadilla offer a smaller ‘Pod’ or the larger ‘Wave’ design but both options are ‘eco smart’, meeting the sustainability ethos of Armadilla.The garden buildings meet industry-leading insulation standards, have low energy air source heat pump technology and mechanical ventilation heat recovery. The smaller design, The Pod, can run off a one 13 amp electricity source.By endorsing the concept of the ‘Circular Economy’, all elements of Armadilla products can be recycled, repaired or reused. This is why Accoya is the perfect material choice for the external cladding, with a 50 year warranty. Accoya is a new introduction for Armadilla, justifying their product as world-leading for its sustainability and durability.Armadilla were awarded the 2020 Queen’s Award for Enterprise in Innovation.

This New Forest family home features an impressive double-height landing space. A small hatch positioned 2.65m above the floor-level provides access to the loft space, which offers useful storage and contains the boiler. The homeowners wanted easy access to the loft. The easy-to-use 'Supreme Vertical' wall access loft ladder from Premier Loft Ladders provided the perfect solution.Despite being manually operated, it is very easy to use due to counter-balance springs and gas-strut mechanism. Furthermore, the Supreme Vertical is offered with a made-to-measure insulated hatch, which avoids having a separate (independently operated) door. In addition, the heavy-duty construction makes it ideal for regular use and long-term durability.Visit our website to read the full case study and view the picture gallery. You can also find the 'Supreme Vertical' in NBS Source.

A bespoke side sliding sectional garage door by Rundum Meir provides a blend of aesthetics and modern functionality in a Victorian house renovation project. The 19 ft x 12 ft garage has been transformed into a quality working space equipped and finished exquisitely, allowing for use as a utility area or office as well as a vehicular. A clear 2900mm span is provided by a sliding sectional garage door. Hand crafted using knot-free Spruce, this bespoke timber door in RAL 6021 Pale Green is fully automated with insulation between the five solid double skinned timber panels.With one third obscure glazing, the door allows for plenty of natural light to enter the garage. The design of the garage door panels and the cross styles in the window were the customer’s wish to satisfy the local conservation area requirements. It is the perfect example of the role a Rundum Meir garage door can play in transforming a garage to give it new purpose and flexibility.

Roof with a message... CHALLENGEFor the renovation of the arena Antwerp Sports Palace the architect wanted to design a roof that gave a message. From the air people should see an “A” appearing. This A would be the A of the county Antwerp and not the A from the city Antwerp. Also with the possibility to have (solar) energy production installed on the roof. SOLUTION Six new colours within the RENOLIT ALKORPLAN roofing range were developed specially for this prestigious project. The existing green coloured synthetic roof was used as substructure. The whole roof received extra insulation (thermal and acoustic) and the new RENOLIT ALKORPLAN roofing membranes were mechanically fastened following an installation plan. All the membranes for the Antwerp Sports Palace not only had a special colour but also a special finish with an invisible protective coating. All membranes have excellent fire resistance for roofs with a higher slope. On the south side of the roof amorphous solar panels were installed upon the RENOLIT ALKORPLAN roofing membranes. 

During the core renovation of the Frankfurt office tower, the Lindner Group was entrusted with the complete basic fit-out and one of the tenant fit-outs. In addition tocarrying out various drywall works, high quality raised floors and energy-efficient heated and chilled ceilings were installed in combination with lighting systems fromLindner. High-quality wooden doors from Lindner’s own production, related joinery work, as well as flexible system glass partitions complete the construction package. Lindner also carried out plastering and painting work as well as tile, coating and flooring work, and additional installation services.Despite numerous challenges such as (heritage-protected) construction in existing buildings and the high logistical effort involved, the vision of a modern office tower wassuccessfully realized. Thanks to sustainable construction systems and building services combined with effective thermal insulation measures, the Global Tower is set tobe awarded with the DGNB Platinum certification.

One of FIREFLY’s regular customers is currently making use of Titan Lite™ 120:60 fire barriers to create compartmentations to protect multiple zones within a huge new Amazon Data Centre at Hemel Hempstead, where the possible degree of structural movement predicted for the building prevented the manufacturer’s competitors from offering a viable solution. Amersham based GSI Contract Services Ltd. is approximately halfway through a year-long specialist sub-contract for TSL, installing the high-performance Titan Lite™ 120:60 along all of the floor and roof junctions to the internal partitions, providing both integrity and insulation while accommodating relative movement of +/- 200mm.  FIREFLY’s area Technical Sales Manager, Andy Greenwood, was closely involved in offering advice on the specification and supplying project specific installation details.  Site training of GSI’s operatives has also been delivered. The Site Manager for GSI Contract Services, Stan Tsenkov, commented: “We carry out specialist fire protection work in healthcare, commercial, schools, residential and other premises – including airports – from the South-east as far up country as Birmingham and have been making use of FIREFLY’s Titan Lite™ product on multiple projects over the past two years – particularly protecting roof spaces in blocks of flats for Kier.” “For this project, our FIREFLY® consultant was involved in pre-contract meetings before recommending the Titan Lite™ as being ideal to offer the periods of integrity and insulation required, as well as being able to cope with the unusually high levels of movement which could occur, when other suppliers in the country said they could not help.  We have already had up to 15 operatives on site for eight months and are due to complete this summer.  One team of eight, who have all received training from FIREFLY®, are using flat metal straps to fit the Titan Lite™ material along the sides of junctions, while we have also purchased a dozen of the heavy duty B16 staple guns via the company.  Over all the work has gone very well.”Commenting on the degree of movement accommodated at the data centre, FIREFLY’s Andy Greenwood commented: “This is a very high specification building and the +/- 200mm movement included in the design of the Titan Lite™ fire barrier would accommodate earth tremors as well as any thermal movement in the structure and if any significant movement does occur, the material will simply concertina back down again.” FIREFLY® Titan Lite™ 120:60 has been developed as a flexible fire barrier to provide compartmentation of larger concealed spaces within different types of buildings including factories, warehouses, healthcare facilities and even railway stations. By offering 120 minutes integrity and 60 minutes insulation, Titan Lite™ 120:60 exceeds the minimum requirements relating to Fire Barriers as detailed in the UK Building Regulations: Approved Document B (Fire Safety). FIREFLY ‘s barrier products are manufactured using specially treated woven glass fibre fabrics. Specifiers and specialist fire contractors wishing to find more information about the full range of products available from FIREFLY®can visit www.tbafirefly.com

The Tower, at 23-storeys is the tallest tower block in Cwmbran, South Wales, and has undergone a dramatic upgrade in both thermal performance and aesthetics with the use of Weber External Wall Insulation.U-values in this iconic building have been substantially improved and, occupying a very focal position in the town, the 1960s tower block now has a colourful and pleasing appearance.The refurbishment has been carried out on behalf of property owner Bron Afon Community Housing who report strong approval from The Tower’s residents at a recent tenant focus group. “We have some very positive comments from tenants of Bron Afon who appreciate a reduction in heating costs and are enjoying much greater comfort,” says Lee Phillips, project leader, Bron Afon Community Housing. “This is the second major EWI project that we have carried out in the town as the neighbouring Monmouth House is receiving the same external treatment.  The Weber EWI system is working very well for us.”The Tower provides 80 homes and has been wrapped in BBA-approved webertherm XM EWI, a high performance, lightweight system protected by meshcloth reinforced polymer render. The system calculated by Weber uses 90mm thick Mineral Fibre Density (MFD) insulation which has been mechanically applied to the substrate. MFD has the advantage of fire resistant qualities necessary for a high-rise structure. The highly weather proof webersil TF, a silicone based, through coloured, decorative finish has been used in a variety of colours and patterns to create a scheme led by the residents.Project architect John Needham of the Pentan Partnership, Cardiff, who has worked on other projects for Bron Arfon Community Housing, says: “This iconic building required essential repairs to bring it to modern day standards. It was the tallest block in the UK and the second to be retrofitted with fire sprinklers by Bron Afon Community Housing. The original U-value was 1.13 W/m²K which has been improved to 0.29 W/m²K after application of EWI, which is remarkable. The appearance of the finished Tower block has greatly enhanced the area.”The main contractor for the refurbishment was Seddon Construction Limited and the Network Weber-approved system applicator was FOZCS, (formerly TFR Contract Services), Birkenhead, Merseyside. Richard Williams of Seddon managed the project and acknowledged the support provided by Weber’s technical team. He comments: “To date this is the biggest EWI project we have handled from the Bristol office and everything has gone extremely well. The application of the EWI system was delivered to schedule and it was excellent to have the regular support of the Weber technical team to ensure the system achieved the target results.”Steve McCumiskey, site manager, FOZCS, is also enthused by the success of the project. “The Weber EWI system gives us the ability to achieve a superb finish and when the colours chosen are bright and imaginatively used as they are on The Tower the building takes on a new life. The insulation will make life more comfortable for the residents and the reduction in energy consumption is a great benefit.”The Tower is recognised as a landmark in the ‘new town’ of Cwmbran where work started in 1951 under the now disbanded Cwmbran Development Corporation.  The central retail area was started in 1959 followed by The Tower residential block which was completed in 1967. This classic 1960s urban architecture and the outlying estates are very representative of their time and remains a magnet for architects.

Counting about 3,000 residential properties, Glenvale Park is a brand-new neighbourhood in the north of Wellingborough. To cater to the local community’s educational needs, the project also includes a new nursery school and primary school. Together with single-ply specialist Rock Roofing and main contractor Lindum Group, Soprema took care of the pitched and flat roofs of the educational facilities, waterproofing 3,000 square metres with the aesthetically stunning FLAGON membranes.ONE SITE, TWO PROJECTSSoprema secured the Glenvale Park project in October 2022, providing its developers with a significant commercial advantage over competitor solutions. The actual construction of the Glenvale Park nursery school started in January 2023 and was soon followed by works on the primary school. So, the project consisted of two separate buildings located on the same site, with the same client and main contractor overseeing both endeavours simultaneously.Soprema not only supplied the necessary waterproofing and insulation solutions: our team of experts was also responsible for interim site inspections, thermal calculations, and other services – always in close collaboration with Rock Roofing.Leon Horobin, Technical Sales Manager at Soprema, greatly values the longstanding relationship with Rock Roofing: “We have worked with the company founders, with Contracts Manager Steve Hatcher and with other members of the team for almost a decade. The level of collaboration has always been outstanding.”OVERCOMING NUMEROUS CHALLENGESSteve Hatcher stresses that the quality of roofing works for Glenvale Park nursery and primary schools benefited massively from the strong partnership between Rock Roofing and Soprema. Steve: “We relied on Soprema’s valuable on-site assistance and leveraged the expertise of their technical professionals to resolve the issues we encountered – and there were quite a lot of them, making the project all the more engaging and interesting for the team.”1.   DESIGN CHALLENGESThe first challenges arose from the fact that we were not working on a flat but on a pitched roof, requiring careful thought and planning. The detailing becomes more complex as the angles of the profiles change, and working on a slope is also challenging in general as it makes installing the sheets and products trickier.2.   CHALLENGING WEATHER CONDITIONSThe winter season, too, posed a challenge at the start of the project. The light snowfall and rain made the roof wet and slippery. Moreover, the low temperatures prevented the use of adhesives and a lot of the work had to be put on hold. This initially resulted in delays and increased deadline pressure. However, we were able to overcome these setbacks and make up for lost time when it became warmer.BENEFITS OF WORKING WITH SOPREMA1.   INCREDIBLY WIDE RANGEBoth fully adhered and mechanically fixed systems were used for the Glenvale Park schools, testifying to Soprema’s extensive product range and showcasing our ability to tailor solutions to the most diverse roof situations. We can select multiple products from our range to meet client needs and cover cost considerations. Moreover, the roofs being highly visible and their aesthetics a major selling point, we ensured that our solution added to their visual appeal.1.1 Cost-effective alternative to metal roofingFor the visible roofing areas, we used single-ply membranes while adding profiles to make them look like standing seam roofs. The result looks as stunning as a metal roof yet is much more durable with a product life of more than 35 years. In addition, our synthetic roofing membranes are recyclable, easier to install, more cost-effective and much lighter than aluminium, lead or copper roofing. The lower permanent load results in additional cost savings because the roof structure can be lighter as well.1.2 Fully adhered systemOn the pitched areas, which are very visible, we used fully adhered membranes to obtain a beautiful flat appearance. More specifically, the build-up is FLAGON SB, our fleece-backed membrane composed of flexible PVC, on top of SOPRATHERM G, a glass tissue-faced PIR insulation. The self-adhesive SOPRAVAP STICK ALU 16 membrane served as a vapour control layer, and the metal deck was primed with ELASTACOL 600 primer.1.3 Mechanically fixed systemsFor areas that were not visible, we opted for two mechanically fixed systems. As achieving the same flawless surface as the fully adhered system was not necessary, quick installation and cost-effectiveness (especially since no adhesives are required) were the deciding factors.The first mechanically fixed area consists of FLAGON SR DE, SOPRATHERM F insulation and a VAPOR FLAG vapour control layer. The second area has the same build-up, but with tapered insulation to create falls in the roof to the outlets.1.4 Solar PV and roof lightsThe roofs of Glenvale Park nursery school and primary school have been fitted with solar PV panels. Rock Roofing took care of their integration into the roofing system and installed remote and temperature controlled roof lights on the nursery school. Steve Hatcher: “It really is an all-encompassing package you get. Only a big supplier like Soprema has the different products you need for optimally waterproofing and insulating multiple roof areas.”2.   ONE-STOP SHOP AND WARRANTYAn additional advantage of having one supplier for the entire build-up is the reassurance that all products, which are designed as a system, are fully compatible. Moreover, you get a single-point warranty. For the Glenvale Park schools, we even extended our standard 20-year Sopracover warranty to 25 years. Finally, all the fire requirements of BROOF(t4) are of course covered.EXCITING PROJECTS AHEADBoth the nursery and the primary school have been completed. The buildings look stunning and perform excellently. The complexity of this project is what makes it stand out, showcasing the advantages of employing a complete system tailored to unique installations. And more exciting collaborations between Rock Roofing and Soprema are in the pipeline.Interested in our one-stop shop approach for your own project? Please do not hesitate to contact us with any questions.

Project:West Coventry AcademyClient:Department for EducationContractor: Bowmer & Kirkland Architect: Strides Treglown Architects Value; £38.4m Location Coventry:Innovaré Completion Date Autumn 2023 Innovaré duration onsite 30 Weeks GIFA m²:12,099m² Framework:DfE’s Modern Methods of Construction Framework (MMC1) Innovaré System/ Solution:Psi-FAST panels included factory installed windows, insulation, and brick-slip cladding with a Passive Purple Coating to substantially improve airtightness.West Coventry Academy (WCA), which was procured through the DfE’s Modern Methods of Construction Framework (MMC1), is the result of a three-year research journey by Innovaré Offsite and a major investment by our partner Bowmer + Kirkland (B+K). It is the first of five pilot ‘net zero carbon in operation’ schools for the Department for Education (DfE) and used the panelised Psi-FAST solution to deliver a hugely energy efficient, offsite manufactured design. Delivering a PMV of 70%, Psi-FAST improves efficiencies by taking more construction processes offsite into our quality-controlled manufacturing environment. The factory fitting of vapour control, windows, and cladding enhanced the quality and integrity of important detailing whilst also accelerating the construction programme. Innovaré’s Psi-FAST panels included factory-installed windows, insulation, and brick-slip cladding with a Passive Purple Coating to substantially improve airtightness. The hybrid solution integrates Psi-FAST wall panels with roof cassettes and pre-cast concrete floors and stairs. Scope of works also included offsite manufactured volumetric plant rooms for the project which Innovaré designed and delivered in collaboration with our M+E specialist, DBS. Increasing Pre-Manufactured Value to 70%- a key driver for the DfE, the Innovaré building solution achieves thermal and airtightness levels required for net zero carbon in operation. This project exemplifies the development Innovaré has undertaken to advance the application of the Innovaré offsite manufactured Psi-FAST system. The result is a net zero carbon in operation building with high-performing acoustic attenuation combined with maximising natural light: ultimately providing an optimum learning experience for staff and students.

The SIPs Cladding Panel has been included as part of the innovative design for the Research Acceleration and Demonstration (RAD) Building at The University of Nottingham.The ProjectThe RAD Building has been designed to achieve BREEAM Excellent and will include Passivhaus measures to reduce energy requirements, providing a comfortable space for users whilst maintaining outstanding energy efficiency.The £7m development, funded by Innovate UK, houses many of the UK’s leading academics in its laboratories, offices and breakout spaces. The 142 mm SIPs Cladding Panel was used in the walls of the iconic 2000 m2 building, in order ton restrict energy demand.The original specification indicated both SIP and, space saving opportunities and quality delivery by qualified installers.Rising to the challengeA multi-disciplinary approach was taken to meet the project’s challenging performance targets including input from building fabric engineers, specialist designers and BREEAM consultants. The use of the SIPs Cladding Panel was essential to maximise space in the laboratory building, whilst maintaining excellent levels of insulation.High performanceIn addition to their excellent thermal performance, the combination of the panel’s OSB/3 facing and unique jointing system also help to limit air loss from the building. This allowed the project team to limit air-leakage to below 0.6 ach@50 Pa.The RAD Building development offered the opportunity for creating a building with a dynamic appearance and unique identity, consistent with the aspirations of the ERA initiative.The use of the SIP Cladding Panel was essential for maximising space in the laboratory building, whilst maintaining excellent levels of insulation.The RAD Building development offered the opportunity for creating a building with a dynamic appearance and unique identity, consistent with the aspirations of the ERA initiative. The use of the SIP Cladding Panel aligns perfectly with these aspirations, due to the panels’ FSC® (FSC®-C109304) certification, which demonstrates sustainable sourcing of construction materials.University of Nottingham RAD Building | Lewis and Hickey Architecture4Awards2019 – Winner | Sustainability Award 2019, East Midlands Celebrating Construction Awards – Celebrating Construction Excellence2019 – Winner | LABC East Midlands Awards Winner & Highly Commended2018 – Winner | EMPD – Sustainable Project of the Year, constructing excellence

An 18 month long fit-out contract for a Tewkesbury based cladding specialist has seen the company install thousands of square metres of FIREFLY® barriers, to protect the roof space and other voids within a major new food processing plant in the Manchester area. Cold Clad Ltd. was appointed by the main contractor to install all of the internal wall panels, suspended ceilings and the kerbing, as well as carrying out the installation of the vertical fire protection barriers using Titan Lite™ 120:60 and Collaroll, which were secured across light gauge steel subframes to provide two hours integrity and 60 minutes insulation.  Aligning with the nearest roof purlin to secure the frames assembled from 50 x 50mm steel angles, Cold Clad created barriers ranging in height from three metres down to less than one metre. While also accommodating the movement requirement of the large metal structure. Cold Clad’s Contract Manager for the project, Ross Camberley, commented: “The scale of the installation meant we had up to 30 operatives involved on the work for most of the period, many of whom had undergone the training course delivered by FIREFLY®, which I also took in order to be able to understand the complexities of erecting the ‘triple curtain’, and also protect all of the penetrations such as steel beams and building services.  While this was a very challenging project due to the scale of the work – and also my first experience of the FIREFLY® range – we are about to carry out another contract in Holyhead for a different client and will actually be using another of the manufacturer’s approved installers to do the work.”  FIREFLY® Titan Lite™ 120:60 is a lightweight flexible fire barrier designed to provide fire compartmentation of larger concealed spaces and voids within buildings, offering 120 minutes Integrity and 60 minutes insulation.  Manufactured from woven and non-woven glass, the FIREFLY® range is designed to optimise resistance to flame and smoke, as well as offer heat protection in a wide range of scenarios.  The certified barriers are easy to install horizontally or vertically using a full selection of FIREFLY® ancillary products to ensure a fully tested and certified installed system.

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.

“Good morning, I have two of your doors in a boatshed at South Georgia Island. They were installed 22 years ago and are in need of a set of bottom door seals” The correspondence originates from Paul Cousens, the facility engineer stationed at the British Antarctic Survey Station situated in King Edward Point, South Georgia Island – renowned as the smallest capital in the world. Positioned in the remote expanse of the South Atlantic Ocean, South Georgia lies at the equivalent latitude as the southern tip of South America, Cape Horn, approximately 1350km east of the Falkland Islands.The station's main edifice features two bi-folding industrial Q doors, serving as vital shields against hurricane-force winds and corrosive saltwater. Throughout the frigid winters, a team of twelve individuals resides and operates within this isolated outpost. However, during the summer months, the population surges to around twenty inhabitants. These Q Doors offer exceptional thermal insulation capabilities, resulting in long-term cost savings while simultaneously enhancing security and the architectural appeal of any structure. Serving as a versatile bi-folding solution, Q Doors can be seamlessly installed externally to address spatial limitations, thereby optimising space within equipment bays. With a variety of customization options available, you can tailor your Q Door to meet specific requirements, such as incorporating insulated double-glazed windows, choosing from a range of colours, and selecting between manual or electric operation. Paul Cousens remarks, "We contend with ferocious wind gusts reaching approximately 65 knots, where anything not securely fastened is swept away. Traditional rolling shutter doors are no match, folding Q doors have proven resilient against the elements. While we anticipate replacing the drive units in a few years, our current focus is on acquiring new seals to mitigate wind and water ingress." The enduring durability of these doors in such formidable conditions is truly remarkable and serves as a testament to the exceptional quality and resilience of the HAG Ltd. Q Door system. To be still fundamentally sound after over 20 years and just in need of replacement door seals was fantastic news to receive all the way from Antarctica!

2021 sees Rolls Royce unveil Testbed 80, the world’s largest & smartest indoor aerospace testbed, as part of a £90million investment. It has been a hard year for the aerospace industry, with production slowing, and cuts in jobs, however this ground breaking facility shows Rolls Royce’s confidence in the future of aerospace for decades to come.HAG Ltd. have proudly worked alongside Buckingham Group to assist in this ground breaking facility that will not only test propulsion systems of the future, but also secure jobs in Derby, UK for many years to come.HAG Ltd. were tasked with designing & manufacturing a roller shutter for this distinctive & state of the art facility, to enable Rolls Royce to test the largest, smartest and most powerful engines in the world by MDS Aero Support Corporation of Ottawa, Canada.HAG Ltd. designed, manufactured and installed 2 Armourguard F1 insulated roller shutters that were 7.5m by 15m. The F1 model is a high quality insulated security shutters delivering the highest level of security and offering thermal protection. A composite of foam filled sections is encased in a flat double skinned interlocking galvanised steel lath.The project:£90million project3 years of construction7,000 square metres, the same size as a Premier league football groundHouses the world’s largest exhaust pipeContains 3,218 tonnes of steelAnd 27,000 metres3 of concreteEquipped with a 40,000 litre fuel tankCapable of testing engines on Sustainable Aviation FuelThe most capable & complex testbed ever designed & builtWarren East, Chief Executive, Rolls-Royce, said: “Testbed 80 is the largest facility of its type in the world. However, it is not only big, it is also smart and features the most advanced testing technology we have ever used. As the new global hub of our testing capability, it will support the next stage of our UltraFan programme as we begin ground testing the first demonstrator in 2022. This incredible piece of infrastructure is a very visible sign of our commitment to this site and secures the future of Derby as the home of large engine development, continuing a history that began in the late 1960s with the RB211.”HAG Ltd. are proud to be part of this monumental development in the aviation industry.

The NHS Estates Team required a new office space and workshop area and proposed the refurbishment of an existing building.Systems in useHyranger®Starcoat® PMMAOverviewAxter Ltd were instructed by William Gough & Sons Ltd to produce a design for six roof areas, following a site survey report. The project included a mixture of new build and refurbishment areas, comprising of various systems and design requirements. This included a cut to falls insulation design to comply with Part H and BS 6229:2018. Roof A, the focus of this case study, had a series of convex or ‘barrel roofs’, requiring bespoke detailing and careful design to achieve robust detailing and the required U-value.The project value was circa £1 million. This included all building works and a strict budget for the roofing package, which was achieved. The programme for the works was 16 weeks and completed in Autumn of 2022, to the required deadline.The successful project was also nominated for a National Federation of Roofing Contractors (NFRC) award 2023.ChallengesAxter were appointed at RIBA Stage 2 to undertake site surveys and work alongside the Principal Designer as Designer under the Construction Design and Management Regulations 2015.The existing asphalt had shown signs of cracking and blistering, and the outlets were damaged from vegetation growth from a lack of maintenance. New outlets were installed with leaf guards, allowing free flowing water whilst preventing blockages.The proposed office section of the works required thermally upgrading to comply with Building Regulations: Part L. The U-Value requirement was 0.18W/m2K which could be achieved with a 120mm PIR flat board. Due to the curved profile of the roof, installing the insulation below deck level was considered. However, due to an inadequate ceiling height this was disregarded.Furthermore, this would have resulted in the development of interstitial condensation. Further design solutions had to be considered. To bend a 120mm board would have required multiple cuts to the insulation so the decision was made to split this into two thinner boards to achieve the radius more easily.When split into two layers the requirement changed to 2 x70mm boards (140mm total) as worked out using U-Value calculations by the in-house design team at Axter. A timber hard edge was introduced to abut the insulation at the building perimeter to separate the façade and the main field area.Systems and productsAxter’s Hyranger multi-layer RBM system was used across all six roof areas. The system is fully BBA and BRoofT4 compliant, and achieves a guarantee period of 20 years. For this project, Axter’s Goldshield Guarantee was chosen, which covers materials, workmanship and design liability. This was overseen on site by Axter’s Quality Assurance team, who audited the project inclusive of the installation, safety and general management of the roofing works.Axter Starcoat PMMA was used as a cost effective solution to coat the copper fascia and provide a fresh and seamless look to the exterior of the building.SolutionsThe Axter Hyranger multi-layer RBM system was installed using traditional gas driven torches to fully bond the (AVCL) Air and Vapour Control Layer and cap sheet layers. The underlayer was installed over a tissue faced PIR and therefore needed to be self-adhesive in order to reduce the risk of fire, complying with NFRC Safe2Torch guidelines. A cold applied Starcoat PMMA liquid was installed to the façade to achieve a seamless and cost-effective upgrade.The Axter Quality Assurance Team regularly attended site and were in constant communication with the appointed Axtershield Installer, Empire Roofing operatives, to ensure that the system was being installed correctly and to the expected standards in order to achieve the Goldshield guarantee required by the client. To achieve the guarantee level, all materials and workmanship had to be installed as per the Axter specification.The site agent from the main contractor was also regularly on site to oversee the project and ensure that deadlines and timescales were being achieved to keep the build on target for completion. The installation of the multiple roof areas was achieved to exceptional standards leaving the client very impressed with the workmanship.AcknowledgmentsWilliam Gough & Sons Ltd were very impressed with Axter Ltd on our first scheme with them at George Eliot Hospital in Nuneaton. The requirements of the scheme, which included a complex barrelled roof were investigated on site early in the design phase of the project and Axter’s recommendations were swiftly proposed and agreed with the client’s Architect. Once the design requirements had been established one of Axter’s approved installers were employed by us to very successfully deliver the scheme. The 20 year Goldshield guarantee provided for the Reinforced Bituminous Membrane system offered peace and mind to our client. Chris Hinton, Senior QS, William Gough & Sons

Resilient 250 was installed beneath engineered wood flooring in the kitchen, landing and living room, covering approximately 75m². These spaces were located above bedrooms, and it was therefore essential to minimize sound transmission into areas where people would be sleeping. As Resilient 250 is a high performing acoustic underlay, this provided excellent impact performance in excess of UK sound insulation regulations. Benefits of Resilient 250 • Extremely fitter friendly • Clean, quick and cost effective installation • Less subfloor preparation required – an important factor given the client required minimal disruption • Provides lasting stability and comfort over time Made of durable sponge rubber, it is engineered to provide long lasting performance without deterioration. Resilient 250 provides sound improvement of 19 dB ΔLw, creating a quieter, more comfortable environment for the whole household. Resilient 250 is also an exceptionally ‘fitter friendly’ product, supplied in 10m² rolls for easy handling and distribution on site

Perfect for office spaces, our MG600 glass office partitions and movable glass walls offer several benefits to your workspace and your employees.The advantages of glass acoustic walls include excellent light flow in offices, low-cost installation, flexibility in the work environment, and the simple fact that they look classy and classy. Not only that, but they also provide excellent sound insulation, enabling privacy between clients or important internal meetings.These flush glazed movable acoustic wall panels are constructed from an aluminum frame with flush tempered glass panels mounted on either side of the panel for a flush glass look. They work especially well in office spaces, impressing everyone who sees them, be it stakeholders, important clients or business partners.Additionally, you can choose to tint the aluminum frame according to your own design or branding needs. These panels maintain the spaciousness of the room's proportions while maximizing light and clear sightlines. Really great office aesthetic.

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

SubFloor acoustic flooring was used to help renovate, raise and acoustically dampen a 1318 m² old mill floor into 16 luxury apartments near Nottingham city centre.This simple and elegant solution raised an uneven floor by a step height to allow for installations and insulation. The joist and screw system allows for quick and easy assembly so that the floor can reach the desired height.Products:Wooden Joist 45x45x3600 mmSubFloor Screw 200 mmScrew Foot AcousticHeight Variation: 73 - 223 mmSystem Weight - c/c 600 mm: 2.65 kg/m²Materials:Pine T0-C24Fibre-reinforced polypropylenePolyamidePoint Load 50 x 50 mm: 5.3 kNUniformly Distributed Load:9.32 kN/m² - Between screws7.96 kN/m² - Next to screw over joistAcoustic Damping: Up to 28 dB[rating according to ISO 717-2]

SubFloor flooring was used to help renovate, raise and acoustically dampen concrete floors in apartments.The acoustic feet simply click onto the SubFloor screws and dampens any step noise up to 28 dB, this helps reduce; step noise, rebound noise and flanking transmission.This simple and elegant solution raised and levelled the floor to allow for installations and insulation underneath. The joist and screw system allows for quick and easy assembly so that the floor can reach the desired height.Products:Steel Joist 45x30x3800 mmSubFloor Screw 100 mmSubFloor Acoustic FootHeight Variation: 58 - 112 mmJoist separation: c/c 600 mmSystem Weight - c/c 600 mm: 2.21 kg/m²Materials:Steel, Z100 GalvFibre-reinforced polypropylenePolyamide + Rubber damping elementPoint Load Limit (50 x 50 mm):Between screws over joist - 6.78 kNOver screws over joist - 10.54 kN