Case Studies

Read how Elastospray LWP was sprayed directly onto external hollow block walls to achieve a demanding specification for airtightness and thermal efficiency.

Read how open-cell spray foam insulation was applied to a carbon zero new build to help it meet level 6 performance under the UK's Code for Sustainable Homes.

Kings Critical Care Centre is radically changing the way it care for the most seriously ill and injured patients by creating a new world class Critical Care Centre.

Farmleigh Estate beside the Phoenix Park in North Dublin, was developed back in 2007 by Menolly Homes on a 25 acre estate.

Where most people saw a derelict WW II concrete barge, Robotmother, developers of the unique Jubilee Wharf community project in Penryn, saw the opportunity to design a unique space.

WALLTITE spray foam insulation has mastered the ultimate challenge – providing effective insulation to the walls and roof of a house built from shipping containers.

Leading national education property consultant NPS has used BBA certified WALLTITE CV100 spray foam insulation to improve the thermal insulation of the walls in a Victorian school building.

Kent-based property development company Premier Penthouses has used WALLTITE spray foam insulation as both a primary insulation source and airtightness barrier for all its recent residential developments.

WALLTITE® CV 100 injection grade foam insulation has provided enhanced structural stability and thermal performance to the HH Wills Building, a block of the Physics Department at Bristol University.

WALLTITE® spray foam insulation is being extensively used in the project to extend Tottenham Court Road underground station.

On 6 December Sir Ranulph Fiennes will set off from London on an expedition to travel across the Antarctic in the winter (the traverse starts on March 21st 2012).

WALLTITE spray foam insulation is being used on the construction of an innovative system of temporary hotel accommodation produced by Elements Europe as part of its five-year manufacturing agreement with Snoozebox.

WALLTITE spray foam insulation has been used in the roof of Dorset’s first Passivhaus dwelling to achieve the air-tight insulation required to meet the demanding standards required for Passivhaus certification.

WALLTITE® CV 100 was specified for The Crescent Primary School as part of the £5.5 million refurbishment of a listed Edwardian grammar school in Selhurst, Croydon.

Located on the site of an existing single storey property in a prestigious area of Hove, East Sussex, local architects Felce and Guy Partnership were commissioned to design a new mixed-use five storey property comprising ground floor and basement retail and office areas with residential accommodation above.

The owner of the Grade II listed Old Manse building found the only practical way to improve the insulation of the extensive roof area was to use WALLTITE spray foam insulation applied directly to the timber sarking boards.

WALLTITE® Polyurethane spray foam insulation system has been used in a refurbishment project at the University of Wolverhampton to significantly improve the U-values of the existing pitched roof.

WALLTITE® Polyurethane spray foam insulation system has been specified for a new-build detached-bungalow project in Snettisham, Norfolk. Finer Living designed the property to the Canadian Super E standard to create a neutral carbon structure.

WALLTITE® spray foam insulation from BASF plc, has been used to form an airtight thermal efficient solution at the BRE’s Victorian Terrace retrofit project in Watford.

The refurbishment of a dated, leaky and poorly insulated building into a state of the art training centre under significant time constraints.

Tyn Y Ddol in Ruthin, North Wales sits in an area of outstanding natural beauty overlooking the Clywdian Hills.

The UK has the oldest existing housing stock in Europe. Government targets to reduce carbon emissions produced by this stock by 80% by 2050 gave Huntingdonshire District Council the incentive to reduce the district’s carbon footprint and improve the energy and water efficiency of its 67,000 private homes.

Cambridge Terrace is a row of Grade 1 Listed Regency homes, designed in the early 19th century by John Nash, the architect of Buckingham Palace.

Project designers, Edge Architecture, wanted all of the building to follow the design principles of Passivhaus standards. This requires not only extremely efficient thermal insulation but also the highest airtightness standard.