"foamglas ®"

FOAMGLAS® READY BOARD T4+Architects: Pollard Thomas Edwards ArchitectsConstruction: 2010 - 2012Application: Façade: FOAMGLAS® Slab W+F, 150 mm thick, adhesive fixed;Metal Pitched Roof: FOAMGLAS® READY BOARD T4+, 200 mm thick, adhesive fixedCladding: KME, Tecu BronzeFor the renovation of the façade and the pitched metal roof, FOAMGLAS® was chosen for its resistance to water and for its excellent long-term thermal performance: combined with FOAMGLAS®, the metal roof and façade can last well over 200 years.The grade II listed 120 year old Granary building and the Malthouse are among the oldest buildings within the East London district of Barking and Dagenham. In 2009 the redevelopment master plan was prepared by Schmidt Hammer Lassen Architects. Design for the Granary and Malthouse was carried out by Pollard Thomas Edwards Architects whom certainly achieved the client’s key requirements for sustainability, and energy efficiency.Steve Drury, Rooff development director commented: "At an early stage FOAMGLAS® was specified for its environmental qualities and long term reliability. It is impervious to water and water-vapour and it actually provided an element of exterior weatherproofing as the building works progressed: the interior works could commence whist the metal façade was still being installed. FOAMGLAS® insulation, with its unique cladding fixing system, kept thermal bridging to a minimum; the resulting U-value performance exceeds Building Regulations by more than 25%.With time, the KME Tecu Bronze exterior will take on a natural patina. The metal exterior has a potential lifetime of well over 200 years, hence it’s very important to use the right insulation with a proven long term thermal performance.With FOAMGLAS® thermal ageing does not take place. It is the ideal insulation to be combined with roof and façade materials such as KME Tecu Bronze.For the pitched roof FOAMGLAS® READY BOARD T4+ was bonded and sealed to the timber board structure with PC®11 adhesive. Metal Plates type PC® SP 150/150 were inserted into the FOAMGLAS® READY BOARD. A 180 g/ m2 sanded bitumen membrane was torch applied onto the surface.

FOAMGLAS® Tapered T4+ (Slab)Design Architects: Renzo Piano Building WorkshopExecutive Architects: Adamson Associates, LondonMain Contractor: Mace; Roofing Contractor AC PLCConstruction: 2012Application: Warm Roof - FOAMGLAS® Tapered T4+ (Slab )Finish: Bitumen membranesFOAMGLAS® provided the ultimate solution for the roof maintenance platform of The Shard at level 75.Its light-weight and high compressive strength enable regular maintenance to be carried out without risk of surface damage.At 310 m, Shard Tower is one of Western Europe’s tallest buildings; exposed to extremes of temperature & the revolutionary structure sways up to 50 cm in high winds.The building maintenance platform on level 75 islocated directly above the viewing galleries, and essentially forms the Shard’s roof. To shed water, the flat metal platform required an insulation with a tapered top surface.In this extremely exposed location, and with significantloads upon the platform, a truly reliable solution was needed. FOAMGLAS® insulation combines compressive strength, long-term insulation performance.Using their "in house" CAD systems, FOAMGLAS® designed a bespoke Tapered Insulation system. Taking full advantage of its low coefficient of expansion, and to eliminate thermal bridging, FOAMGLAS® and its membranes were adhesive bonded onto the metal structure. The unique ability of FOAMGLAS® to withstand high compressive loads ensures regular maintenance work can be safely carried out without damage to the insulation or the membranes.Adamson Architects commented on this project: "FOAMGLAS® has proved itself to be the ultimate solution for the difficult loadbearing areas of the Shard. Specifying cellular glass insulation ensured complete integrity and performance in key areas of the Shard Tower".

FOAMGLAS® READY BOARD T4+Design Architects: Kohn, Pedersen, Fox Associates – KPF London, Marcus BlanesMain contractor: SkansaConstruction: 2011Application: Compact Roof - FOAMGLAS® Ready Board T4+Finish: Umicore VM ZincThe roof level 41 of the Heron Tower (with a height of 120m) is designed to the most exacting standards for sustainability and efficiency.The building received the BREEAM rating of 'Excellent', with FOAMGLAS® thermal insulation being part of a green and energy efficient building. The roof is composed with FOAMGLAS® READY BOARD insulation and Umicore VM Zinc roofing as a durable finish.FOAMGLAS® insulation has the ability to withstand high structural loads and has developed a special fixing system for metal roofing.Square metal fixing plates are inserted into the upper surface of the insulation and covered with a waterproofing and a separation sheet.This is the perfect system to fully support metal standing seam roofing which is screwed to the metal plates without thermal bridging between the metal roof sheet and the building structure.

FOAMGLAS® S3 (Slab)Design Architects: Chamberlin, Powell and Bon, LondonConstruction: 1982Application: Compact Roof - FOAMGLAS® S3 (Slab ) Finish: PaversBarbican Centre in the City of London is a residential, commercial and performing arts centre, it has an array of buildings which has pushed the forefront of architecture.The centre is the largest of its type in Europe and despite its construction many years ago, the centre continues to attract many visitors from around the world not only for its arts and performances but its 1970's Brutalist Architecture.The client, City of London Corporation, is the third largest arts funder in the United Kingdom.In 2001 the Barbican Complex became a Grade II listed building.

FOAMGLAS® Tapered T4+ (Slab)Design Architects: Amanda Levete ArchitectsStructural Engineer: ArupMain Contractor: WatesRoofing Contractor: Knight AsphaltApplication: Podium Roof - FOAMGLAS® Tapered T4+ (Slab )Finish: Porcelain TilesThe Victoria and Albert Museum is one of the world’s greatest museums of art and design. It provides unparalleled knowledge and understanding of the designed world to the public.The newly refurbished entrance is the first porcelain tiled public courtyard in the UK. It consists of a total area of 1200 m2 distributed in different levels.For this application, FOAMGLAS® Tapered T4+ (Slab) was specified and installed on a concrete deck with two high performance bitumen waterproofing membranes.The bedding and porcelain tiles provide the final finish and they will support the large volumes of visitors expected every day.The podium roof at Exhibition Road Quarter will showcase the best of contemporary design, as well as celebrating the beauty of the V&A’s existing building.At the heart of the Architects brief the newly created space is to accommodate the V&A’s headline exhibitions, it will also act as a public area.The Foamglas strength and time tested thermal performance will offer a long term solution to this very important entrance and courtyard.

FOAMGLAS® T4+ (Slab)Design Architects: C.F. Moller & Purcell Miller TrittonMain Contractor: Bovis Lend LeaseApplication: Compact Roof - Gallery Roof & Restaurant Terrace FOAMGLAS® S3 (Slab )Finish: PaversFOAMGLAS® insulation was specified for the new gallery terrace and restaurant of the National Maritime Museum. With limited height available upon the roof there was no space for a concrete screed to falls. Therefore, architects Purcell Miller Tritton needed a factory machined tapered insulation with a slope to shed water. In addition, the limestone terrace paving must withstand the loads imposed by vehicles and so the insulation beneath had to withstand these dynamic loads without any compression.FOAMGLAS® T4+ slab insulation was specified for the project due to these conditions. FOAMGLAS® does not move or deflect under loads, and is available factory machined with a tapered slope. Its thermal performance is reliable and permanent and it is guaranteed for the lifetime of the building. The new roof of the gallery has paved areas, and green planting with hidden drain age and water supplies.The restaurant terrace gives wonderful view of the World Heritage Site, Greenwich Park and the Royal Observatory. The gallery has some fascinating objects; including jewels which belonged to Sir Francis Drake, journals written by Captain Cook’s during his long voyages, and personal items that survived the sinking of HMS Titanic.

FOAMGLAS® Board FClient: Porsche GBDesign Architects: Axis 3 Design LtdMain Contractor: Talbot ConstructionConstruction: 2011Application: Below Ground Insulation - FOAMGLAS® Board FThis Porsche Centre opened in February 2012, featuring a 36-car showroom. Is one of the largest Porsche Centres in the UK and represents a significant investment in both, the Porsche business and the local area.The distinctive showroom features a customer specification lounge in which visitors can personalize their car, have a coffee in the bar or enjoy a display of the history of Porsche in the social hub.The workshop is equipped with 10 bays, plus a dedicated bay for a new MOT service and a Direct Dialogue facility for on-the-spot diagnosis, as well as a cosmetic repair service and tire fitting area.Axis 3 Design specified FOAMGLAS® FLOOR BOARD F for the loadbearing insulation to satisfy the target U-value and eliminate thermal bridging within the foundation detail.Due to the high loads associated within the workshop and showroom, FOAMGLAS® FLOOR BOARD F was the best solution for this application. It covers a total area of 2500 m2."We selected FOAMGLAS® for its inherent durability and high compressive strength," explains architect Kevin Conlan at Axis 3 Design, "This made it ideal to use as under slab and perimeter insulation. Its primary function is to act as insulation, but with the additional advantage of no risk of water absorption. This means its thermal performance is going to remain constant for the lifetime of the building."

The circular building, where legends like The Rolling Stones, Jimi Hendrix and Pink Floyd began, was redeveloped and reopened in 2006. FOAMGLAS® insulation was used for the floor, the façade and the flat roof, ensuring water and vapour resistance despite the open nature of the façade. It is also non-combustible and waterproof.

Colchester’s Visual Arts Centre is a stunning, crescent-shaped building that treads lightly and shouts loudly. The elegant roof and façade are 100% waterproof thanks to FOAMGLAS® cellular glass insulation. The insulation is covered in Tecu gold sheets seamed and fixed into position, giving this architectural marvel a golden glow.

The aesthetically pleasing Victorian residences built in the 1870’s by Matthew Allen are still going strong today. TAPERED FOAMGLAS® insulation replaces the original concrete screeds, allowing the roofs to shed water. Excellent thermal performance and long-term reliability ensure that Mr. Allen’s properties will last for a long time.

In the Peak District National Park with views of Cressbrook Dale and the Monsal trail, a thermal bridging solution developed by Owens Corning FOAMGLAS® is helping to deliver high levels of thermal performance for a new, modern home with a minimal space heating demand.The Quarry is a mostly single storey, green-roofed dwelling set on the site of a former shallow stone quarry. Working with John Pardey Architects (JPA), client Will Griffiths secured permission for a modern design faced with traditional materials to ensure a development that sits comfortably within the landscape.

A flat roof in the state of Tyrol was used to rigorously test a new non-combustible inverted roof insulation solution for the UK market.

A mixed-use development in the heart of Bristol highlighted how increased awareness of treating hard-to-insulate thermal bridging details can help to improve building performance.

Thermal bridging solutions contributing to a conscientious and heritage-led approach on listed building projects.A PERINSUL case study

Addressing thermal bridging in building design and construction is not just a question of excess heat loss, energy use and carbon dioxide emissions. It is also about the health and comfort of the people who use a building, whatever its shape and size.