"insulation"

When embarking on converting an existing London building into a new music studio, Claudio (Doctor Mix) Passavanti a music producer, pianist, YouTuber, and digital entrepreneur who offers online mixing, mastering, and music production services through his website doctormix.com, needed to create an acoustically-sound environment that would optimise music production whilst preventing disturbance to neighbours.For this project ROCKWOOL Sound Slab insulation was used throughout the walls.

Visitors approaching the 25,000m2 Sandwell College building are immediately struck by the distinctive waveform roofs, featuring Ash & Lacy Standing Seam roof system in stucco-embossed aluminium. Pre-formed elements contribute to the high precision of concave areas and tight convex eaves. Ash & Lacy Standing Seam was installed as part of double-skin roof construction, including quilt insulation and liner panel, to achieve a U-value of 0.20 W/m2K.

Secondary glazing supplied by Granada Secondary Glazing has added greater thermal and acoustic efficiency to an historic converted chapel in the Vale of Glamorgan, delivering 21st century levels of comfort for the building’s occupants and helping to lower energy bills.To provide additional thermal insulation and soundproofing to the original single-glazed windows, a total of 15 Granada Glazing’s Vertical Sliders and two-pane and three-pane Horizontal Sliding Units were installed.

Quadra+®Metal door with insulated coreA very economical solution with fire resistance up to 2 hours whilst maintaining sleek aesthetics. The door leafs are hung on a unique quick-release pivot system and is supplied with all ironmongery pre-fitted which allows for a swift and simple installation. The Quadra+ system can be provided in banks of up to 6 doors wide and still maintain 2 hours fire rating, an industry first.

Despite the potentially catastrophic consequences of changing a specification for fire resistant glazing, doors and windows, specifications are still being routinely altered just to save a few pounds or due to a lack of technical understanding, according to leading fire, thermal and acoustic insulation manufacturer Promat UK Promat UK is supporting the market with a campaign to raise awareness of the significant risks of changing even the tiniest detail in the specification of building elements that are designed to protect lives and properties.

These intriguing high-quality apartments in Vienna, stand out dramatically from neighbouring blocks – and not just because of their blue, orange, yellow and turquoise finish. The large protruding cantilever balconies are a major feature, made possible by incorporating Schöck Isokorb® T thermal break modules throughout. Their outstanding thermal insulation properties dramatically reducing any thermal energy loss, they also transfer load and maintain full structural integrity.

The VELFAC composite system has been installed in two award-winning student halls built for the University of St Andrews. Designed by HLM Architects, Powell and Whitehorn Halls provide comfortable and stylish accommodation for over 380 undergraduates and postgraduates, with VELFAC windows providing excellent thermal insulation and maximum natural light. VELFAC units are also integral to innovative architectural façade features, including dramatic glazed screens and angled window pods.

Borrisokane Community CollegeBauder Thermofol PVC single ply waterproofing systemSynopsisOriginally constructed in the 1970s on the site of former workhouses in County Tipperary, the Borrisokane Community College building needed to be demolished and replaced, having exceeded its serviceable life. The client wanted to bring a modern and refreshed appearance to what is a site of great historical significance and the new building’s roof played an integral role in achieving this; with the majority of the roof areas sloping inwards towards the open central courtyard area making them highly visible.Bauder Building BoardProject:Borrisokane Community CollegeLocation:BorrisokaneRoof Area:3,650m²Specifier:Healy & Partners Architects Main Contractor:JJ Rhatigan & Co.Approved Contractor:Priority Roofing & CladdingThe specificationRoof areas totalling over 3,000m2 were fitted with Bauder’s Thermofol single ply fleece backed membrane, which is lightweight, visually appealing and possesses a high tensile strength of ≥ 1100N/50 mm. The system build-up included 160 mm of Bauder’s Thermotech Glass Insulation for superior thermal performance, ensuring the roof achieved the required 0.19 U-Value, and PVC roof profiles were also installed as a cost effective way of replicating the appearance of a standing seam metal roof. Bauder supplied new rooflights to deliver high standards of illumination, insulation and ventilation, and smaller single storey roofs were waterproofed with its bituminous Bauderflex system.Products appliedBauder ThermofolA high quality single ply PVC system with a life expectancy in excess of 30 years.Bauder ThermotechAn efficient PIR insulation board with a coated glass tissue facing on both sidesThe result Despite the various design and logistical challenges encountered, all roofing works were completed to budget and in time for the start of the inaugural school term much to the delight of everyone involved in the project. System installedBauderThermofol PVC single ply waterproofing system1 Bauder Thermofol U15 FRA 1.5mm thick, reinforced PVC waterproofing membrane. Stated within BBA certificate 06/4354, the Thermofol PVC waterproofing membranes have a service life in excess of 35 years. 2 Bauder ThermotechAn efficient PIR insulation board with a coated glass tissue facing on both sides.3 BauderTEC KSD FBSA 2.5mm depth, self-adhesive air & vapour control layer with a mica finish.AdvocacyHealy & Partners Architects:“Bauder delivered a roofing solution of the highest quality, providing expert technical support throughout the project. Their single ply waterproofing system has undeniably helped in transforming the appearance of the college and most importantly given the client total confidence with regards to their roof’s long term future performance.”

Kier Group is a leading property, residential, construction and services group, which invests in, builds, maintains and renews buildings operating across many sectors, including housing, defence, education, power, transport and utilities.Kier handled both the design and delivery process and worked directly with Cottenham-based roofing contractor, Voland Roofing, on this project.Kier wanted the roof to not only insulate against airborne sound, but also to reduce noise from the impact of raindrops on the roof.

The Elephant and Castle project, will incorporate 1000 apartments, retail, restaurants and leisure facilities along with new cutting-edge campus for London College of Communication with exhibition and cultural spaces. Will also include two underground and a mainline rail station, 28 bus routes, excellent road connections and one of London´s first Cycle Superhighways will ensure the development is easily accessed. Effisus Vapour FR System Class A2 was chosen to protect the insulation and building interior.

New school construction with biosolar wildflower roof system. Selection of sedum and native wildflower species pre-planted into M-Tray modular green roof trays for fast and easy access to and installation on single ply roof membrane. Client increased thermal insulation, reduced rainwater run-off, achieved energy savings, protected the waterproofing membrane and attracted wildlife to the roof space.The wildflower / PV roof system will feature in students' learning projects in the future.

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.

The Broxbourne School is a brand-new school boasting first class facilities – including, of course, Dorplan doorsets! FD30 and FD60 doors included a range of acoustic ratings from 30 up to 45 dB. Specialist vision panel glass was both fire-resistant and insulating, protecting school staff and students from heat as well as fire and smoke. The sports hall doors protect users of the room, being completely flush with no protruding ironmongery or beading.

SubFloor raised flooring was used to renovate, raise and level a 77 m² attic floor into an energy-efficient storage space in a 16th Century Cider Mill.Location: 16th-century Cider MillSpace: 77 sqm loft areaInitial Condition: Highly uneven floor with significant variations in height and irregular beamsGoal: Level the floor, enhance insulation, and create storage spaceProducts:Wooden Joist 45 x 45 x 3600 mmSubfloor Screw 300 mmScrew FootConstruction:Joist separation: 600 mm centresBuilding height: 65– 314 mmData:System weight: 2.77 kg/m²Uniformly Distributed Load:9.32 kN/m² - Between screws7.96 kN/m² - Over screw at joist edgeMaterials:Pine T0-C24Fibre-reinforced VitamidePolyamideProject OverviewIn a historic cider mill, located in a picturesque village, the owners sought to convert an uneven and deteriorated loft space into a functional and habitable area. The aim was not just to level the floor but also to raise it for enhanced insulation and storage. The challenge was to maintain the building's historical integrity while meeting modern building standards and planning authority requirements.ChallengesPreservation of Historical Features: Any renovation needed to respect and preserve the architectural and engineering integrity of the cider mill.Uneven Surfaces: The loft space had a very uneven floor, making traditional leveling methods impractical.Planning Authority Requirements: Strict adherence to guidelines set by the Planning Authority and Historic England was crucial.Solution: SubFloor SystemThe SubFloor system was chosen for its innovative design and ability to address the unique challenges posed by the project. The components used in the system included Wooden Joist 45 x 45 x 3600 mm, SubFloor Screws 300 mm, and Screw Feet. The joists were installed at 600 mm centers, and the height adjustments were meticulously handled using the Screw Foot system to achieve a perfectly level surface.Benefits of Using SubFloorSimplicity and Ease of Installation: The SubFloor system is simple in concept and easy to install, allowing for rapid deployment and minimal disruption to the existing structure.Precision Leveling: The Screw Foot feature of the SubFloor system allowed for precise adjustments to level the floor, accommodating the significant height variations in the loft.Robust and Durable: The final application of the SubFloor system resulted in a robust and stable floor capable of supporting additional loads, perfect for storage and insulation needs.Compliance with Regulations: Most importantly, the SubFloor system met the stringent requirements of the Planning Authority and Historic England, ensuring the preservation of the historical features of the cider mill.Improved Insulation and Storage: By raising the floor, the system provided space for enhanced insulation, contributing to energy efficiency and offering a practical storage solution.Customer Testimony"I am so impressed with your innovative product, so simple in concept, easy to install, and incredibly robust in final application. Most importantly, it meets the very strict requirements of the Planning authority and Historic England, allowing us to convert our loft and ancient Cider Cellar into habitable spaces whilst preserving the engineering and architectural aspects of our lovely 16th-century home."ConclusionThe successful transformation of the historic cider mill loft demonstrates the effectiveness and versatility of the SubFloor system. Its ability to blend modern functionality with the preservation of historical integrity makes it an ideal choice for similar projects.Get in TouchIf you're looking to transform your space while maintaining its historical essence, contact us for more details on how the SubFloor system can be tailored to your specific needs.

Preserving the unique charm and historical significance of heritage buildings is a top priority for architects and specifiers. However, incorporating modern advancements and energy-efficient solutions into these structures can often pose challenges. In this case study, we highlight the successful collaboration between VGUK and Kingsrock Joinery in restoring a heritage building in London, where LandVac Vacuum Insulated Glazing played a pivotal role in transforming the existing heritage windows.TL:DRHeritage Building Restoration London: Transforming Heritage Windows with LandVac Vacuum GlazingProject Overview:Heritage building restoration in collaboration with Kingsrock JoineryIntegration of LandVac Vacuum Insulated Glazing into heritage windowsOvercoming resistance from planners for energy-efficient solutionsAchievements and Benefits:Visual Impact: Stunning visuals of heritage vacuum glazing units in the restored building Authentic and visually appealing windows that maintain the building's characterThermal Performance: U-value achieved: approximately 0.95 W/m2K Narrow unit width of 8.3mm Exceptional insulation properties reduce heat transfer Improved energy efficiency and reduced energy consumption Enhanced occupant comfort and thermal comfortConclusion:Successful integration of LandVac Vacuum Glazing in heritage windowsOvercame initial scepticism from plannersStunning windows with improved thermal performance and visual appealContributed to energy efficiency and occupant comfortA collaborative success with Kingsrock Joinery in preserving heritage while embracing modern advancementsProject Overview:Working closely with Kingsrock Joinery, we embarked on a mission to preserve the heritage of a remarkable building while embracing modernity. The challenge we faced was the initial resistance from planners who believed that vacuum glazing would clash with the traditional aesthetic of the building. However, Jeremy Murphy, the owner of Kingsrock, strongly believed in the harmonious integration of modern technology with the authentic look and feel of traditional architecture.Solving Resistance with Stunning Results:To address the planners' concerns, we proposed the use of flush casement windows glazed with LandVac Vacuum Insulated Glazing. By employing toughened LandVac Vacuum Glazing, Kingsrock was able to achieve a slight distortion that added a touch of authenticity to the windows. The final result was a perfect blend of modernity and heritage, enhancing the visual appeal of the building while meeting the required energy efficiency standards.Visual Impact:The restored building stands as a testament to the successful integration of LandVac Vacuum Glazing into heritage windows. The stunning visuals showcase the seamless combination of modern technology and the architectural authenticity of the building. The heritage vacuum glazing units perfectly preserve the character of the structure while providing enhanced thermal performance.Thermal Performance:Beyond its remarkable visual impact, LandVac Vacuum Glazing delivered outstanding thermal performance. With a U-value of approximately 0.95 W/m2K, the narrow unit width of 8.3mm ensures minimal heat transfer between the interior and exterior. This significant improvement in thermal insulation not only enhances energy efficiency but also contributes to increased occupant comfort and reduced energy consumption.Conclusion:The successful integration of LandVac Vacuum Glazing into heritage windows for the restoration of a London heritage building stands as a testament to the possibilities of merging modern technology with architectural preservation. By overcoming initial resistance from planners, we achieved stunning windows that seamlessly blend heritage aesthetics with exceptional thermal performance. The project not only enhances the visual appeal of the building but also contributes to energy efficiency and occupant comfort.We extend our gratitude to Kingsrock Joinery for their collaboration and expertise in manufacturing and installing these outstanding heritage vacuum glazing units. Together, we have demonstrated that preserving our architectural heritage can coexist harmoniously with the benefits of modern advancements in glazing technology.

We have recently completed a 600m2 project in Westminster with installation by one of our main Approved Contractors, Ridgewell Flat Roofing.Specification – System UsedThis project called for extremely durable yet cost-effective waterproofing to be installed, which made the OptiTorch-Premium Bituminous Felt System the ideal choice. Having been used in the roofing industry for over 50 years, felt has been consistently developed and improved, and still remains one of the most popular systems available.OptiTorch-Premium bituminous felt is a high-performance waterproofing system that can be installed year-round, with excellent flexibility at temperatures as low as -25oC. This system provides long lasting resistance against UV rays and even contains special additives to protect against root growth.There was also a lot of detailing work and some gutter repairs required, so OptiFlex-Rapid PMMA Liquid was used for these parts of the project to ensure a completely watertight and visually appealing result.OptiFlex-Rapid is a quick-curing PMMA liquid waterproofing system with a typical curing time of just 20 minutes! It is cold-applied and is reinforced with 150gsm matting for extra resilience. OptiFlex-Rapid can be applied year-round and is a great choice for detailing and repair work as it can be applied directly onto most surfaces without the need for primer, which can often save time and money!The ProjectThis project was a 600m2 warm roof design with a standard build-up including 120mm tissue-faced PIR insulation, and also consisting of: OSA5 Primer, Vapour Control Layer, Insulation Adhesive, Insulation, Premium Self-Adhesive Underlay and Techno58 SBS Capsheet.Ben Ridgewell, owner of Ridgewell Flat Roofing, took on the project with Grant Jones (Co-Director) and his team, and completed the installation to their consistently high standards with an impeccable finish.The ResultsThe overall completed look of this project is very tidy and aesthetically pleasing – thanks to Ben and his team for a great installation, including an OptiTec warranty of 20 years to ensure peace of mind for the building owner for years to come.

Nestled in a secluded location, the village of Lavenham has been a picturesque place to live since its mediaeval origins. But with housing supply limited within the bounds of the existing village, in 2016 residents voted for a new development to go ahead – providing it was in-keeping with their historic homes.The designs of The Paddocks’ 25 new properties therefore draw on influences from the Tudor and Regency homes and cottages already lining the streets of the village, reflecting their style and materials. Ranging from two to four-bedrooms, each home has been gifted its own individuality, with traditional finishes, such as rendering and weatherboarding linking them back to the original properties. Attention to the quality and scale of landscaping around the site has also been factored in to mirror the countryside that embraces the site.However, while the new homes certainly have similar characteristics to the houses already in the village, they do not share their energy inefficiency. Beneath the traditional finishes are contemporary homes with ambitions to keep carbon emissions to a minimum. To do this, Hartog Hutton decided to take a two-pronged approach to reducing CO2 emissions: by installing solar panels and electric car charging points, and by using thermally insulative fabrics, including blockwork.For the structural foundations, the housebuilder therefore turned to Lignacite’s 100mm and 140mm Lignacrete blocks, which are designed for high-strength uses. With an A1 fire rating, Hartog Hutton could also ensure that future residents would have an additional layer of fire protection.Lignacite Ash GP blocks then form the bulk of the buildings. With strong and durable characteristics, these blocks are ideal for all kinds of applications. More importantly, they also have great thermal insulation of 0.298 m2K/W (for 1400mm blocks at 3% moisture), which satisfies all the latest requirements of the Building Regulations Approved Document L.The remainder of each structure uses Lignacite’s Fibo 850/950, which forms the substrate for the weatherboarding and rendering. They provide an excellent surface for these finishes while also adding to the overall thermal insulation of the property. A final advantage is that these blocks are extremely lightweight and can be put into place one-handed.

The roofs of The Dungannon & South Tyrone Borough Council offices had fallen into a poor condition and a large amount of standing water was threatening to leak into the offices below. With the office roof areas in such a poor state, the council turned to Polyroof to refurbish nearly 1,000 square metres of roof, split into 13 areas, before they fell into a further state of disrepair. DTL Construction, a local Polyroof Approved Contractor, were tasked with installing the Protec System, removing the issue of standing water and giving the roof a long service life, whilst giving the council peace of mind that leaks would not pose an issue in future.The standing water was cleared before the existing roof materials were stripped back in order to install the new system. This allowed a new warm-roof system to be installed, along with new cut-to-falls insulation. Polyroof’s Protec Cut-to-Falls insulation is an innovative two-layer system which doesn’t only improve thermal performance, it also directs standing water away from the roof.Following this, the BBA-approved Protec system was used to seamlessly waterproof the entirety of the office roofs. The system, once inspected by Polyropof’s Technical Services team, was issued with a 20-year guarantee, so the client could now have reassurance their roof would last for decades to come.

Aughinish Alumina is the largest European refinery plant manufacturing aluminium oxide (the basic raw material required for aluminium production). After a lengthy and demanding tendering procedure for one of currently largest waste disposal projects in Europe (attended by all important world´s manufacturers of polymeric insulation materials), JUTA managed to win the tender with high-density polyethylene geomembrane JUNIFOL (thickness 1,5 and 2,0 mm, both with smooth and textured surface, roll width 8,0 m).

The client wanted the roof of this new building to not only be of the highest quality but also designed to be aesthetically pleasing and echo the ethos of the school based upon respecting your environment. Insulation needed to be incorporated into the roof build-up in order to satisfy building regulations and work hours had to be agreed to keep disruption to a minimum. The work also had to be completed to strict deadlines to ensure that the school would be open in time for the start of its inaugural term at its new location in Hazeley

The Bath Spa University development is an attractive courtyard design with individual houses for up to 10 students where 561 will be housed in these new residential units amidst the beautiful countryside. The objective of the scheme was to deliver with minimal disruption to the student's experience on a tight schedule maximising the use of the summer holiday period to suit delivering the programme deadline. Phase 2 of the Bath Spa University development consists of over eight blocks, each utilising an application of external wall insulation covering 4,800m2with a value of £665.000.

👉 Client: Rathcorbally Construction👉 Insulation: baseTherm® 200👉 Floor Screed: Sudanit 280 Alpha Hemihydrate Floor Screed over UFH👉 Floor area: 880 m2baseTherm® is:👉 Seamless & void free👉 Without heat loss or cold bridges👉 Full encapsulation of services👉 No surplus & no waste👉 Levels the substrate = even thickness of screed👉 Even screed thickness = uniform heat

Good acoustics, like high quality thermal insulation, is one of the most important considerations for house builders and architects. This is because of high density living and, in particular, the popularity of sold floors. For example, one of the latest trends are concrete floors. The problem is further exacerbated by the desire for large areas of glass and the absence of soft furnishings, such as curtains and carpets. The result of all this is that absorption of sound is difficult creating an unpleasant environment. One solution is to line the ceilings with cost effective and high performance Troldtekt acoustic panels.

Originally known as Britannic House or Britannic Tower, was the former headquarters of the oil company British Petroleum, with 35 floors and 122m. Its structure began to be “outdated” with the passing of the years, while home prices in the area began a rapid ascent. In the early 90’s the oil moved to its former headquarters in Finsbury Circus. In order to protect the façade elements against moisture, driving rain and wind avoiding corrosion, insulation deterioration and mould growth, Effisus Breather FR System was applied.

A thick tile floor covering meant a reduced floor section buildup, plus reduced construction joints to aid tiling. Ground floor 45mm Gyvlon ECO over 90mm insulation on a beam and block substrate First Floor 45mm Gyvlon ECO on a precast plank substrate. Gyvlon was used to reduce the floor build on both floors plus reducing the need for construction joints. This gave the client more flexibility on the thick floor coverings and eased installation with reduced construction joints.

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. The house is the first to be constructed in the UK with zero heating requirements using the mass timber Brettstapel technique. Passive technologies such as orientation for daylight and solar gain, super insulation and air-tightness levels have been utilised in order to achieve the internationally recognised Passivhaus standard.

Ronacrete was called to a site meeting at The Brunswick Centre in February 2017 to discuss detailing of Ronafix floating screeds laid to falls where the required balustrade heights on the podium decks restricted the minimum screed thickness. It was agreed that a minimum screed thickness of 35mm could be applied if plant and materials were only positioned on thicker sections of screed until after granite paving had been laid, to ensure that heavy point loads did not cause deformation of the insulation boards.

The intricate facade on Garden Halls was inspired by the existing large-scale Victorian and Edwardian buildings that populate Bloomsbury, such as the Russell Square Hotel and Victoria House. The windows employ a very thin profile section, achieved with Reynaers CS 38-SL systems, and have a decorated, perforated aluminium screen to the side. This uses an insulated panel that can be opened from the inside for ventilation. The lower level screens are bronze-coloured anodised aluminium, while the upper screens are powder coated.

Manchester Arena, managed and operated by SMG Europe, is one of the busiest venues in the world, and the largest indoor arena in Europe. A leaky roof, specifically in the area where the existing roof of the arena joined the railway station, was causing real concern and disruption. Following the roof survey, the Technical Team created a bespoke specification, including project specific detail drawings, tapered insulation plans and roof layouts, U-Value Calculations, Wind Uplift Calculations and Condensation Risk Analysis.

The National Gallery and the Science Museum - two of London’s major and iconic visitor attractions built more than 150 years ago – required an extensive programme of roof upgrades and maintenance. Working with the National Gallery since 1995, the roof replacement and thermal upgrading project has seen in excess of 12,000sq m of Sika Sarnafil membranes installed, together with insulation, roof lights and walkways in a series of over 30 completed projects – including the complete Sainsbury Wing in 2008.

Located in the heart of Central London, Bloomberg L.P.’s stunning new European headquarters is now operational. Located in the heart of London between the Bank of England and St. Paul’s Cathedral, the building had to meet modern-day efficiency expectations while establishing itself as a notable visual icon within such constantly developing and advancing city.Radmat and Prater were contracted to supply and deliver the installation of the waterproofing and thermal insulation to parts of the building, most notably its green/biodiverse roof.

This historic property is being converted into luxury apartments and in the grounds of the palace some twenty six new houses are being constructed to be architecturally in keeping with the historic main building. Taking cues from the complex roof layout of the original palace, the new houses have numerous hips, valleys, box gutters, monoridges and even turrets. The increased levels of thermal insulation required within the roof space meant that the risk of condensation occurring out of sight in the loft voids increased dramatically.

Manufactured from light-weight, durable aluminium components, the Ecco concertina loft ladder is easy to operate yet still offers excellent performance. Capable of supporting loads of 150 kg per step, it is also tested to EN 14975 (DN 4570). It is supplied as a ready to fit unit for ceiling apertures as small as 800mm long by 550mm wide. Furthermore, the ladder is fitted within an insulated and airtight wooden hatch box. Technical drawing NBS Specification and BIM object available.

Wakefield has had a sporting boost with the construction of its new Minsthorpe Leisure Centre which was opened February 2018, after the 14-month project was completed on schedule. Facilities at the centre include a 25m, six-lane swimming pool, a 60-station health and fitness club and a group exercise studio.The project cladding design underwent a value engineering programme and the originally specified product was changed to include our Trimapanel® smooth faced insulated panels for the external building envelope.

Oscar Iso-Mounts combine space saving with isolating acoustic technology to provide clients with the best possible ceiling acoustics and soundproofing, perfect for house/flat/apartment conversions, new builds and renovations. Commercial applications include hotels, offices, shops and restaurants. The mount fixes under existing concrete and timber joist ceilings with just one fixing saving time and money. Extensions are available for 50mm to over 1 metre voids for acoustic services and thermal insulation.

The Wraptite external air barrier system from the A. Proctor Group has been chosen for its high performance airtight insulation for a new home for young people in Dundee, Scotland.The new £3m single-storey building will be a home for some of the most vulnerable young people in the city where they can grow up in a supportive and caring setting. The project design includes en-suite bedrooms, shared living space, dining, kitchen, and activities facilities, and accommodation for staff.