Internal Wall Insulation (IWI) can be installed with minimal disruption, costs less to install and does not require scaffolding during the installation process. IWI also maintains the appearance of your building as it is installed internally. Insulating a solid wall home properly can add to a home's market value by significantly improving its Energy Efficiency Rating.
Internal Wall Insulation can improve the interior dcor and appearance of a property. By insulating the solid walls in these properties the environmental impact of providing space heating is significantly reduced. It is estimated that a properly insulated solid wall home could save approximately 2 tonnes of CO2 per year.
Internal Wall Insulation can improve the interior dcor and appearance of a property. By insulating the solid walls in these properties the environmental impact of providing space heating is significantly reduced. It is estimated that a properly insulated solid wall home could save approximately 2 tonnes of CO2 per year.
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Our homes generate over a quarter of the UK's CO2 emissions. Of the estimated 25 million homes in the UK approximately 36% have been labelled as "hard to treat", the majority of which are solid walled properties. Insulating all the solid wall properties in the UK would provide significant reductions in the amount of CO2 we emit and would also help to reduce an occupant's fuel bills.
SWIP IWI system components SWIP Internal Wall Insulation provides a system based approach to internal wall insulation. The system has been tested and certified to demonstrate that all components work together as designed to deliver the required performance. The SWIP IWI System is designed for upgrading existing solid (or cavity) external walls.
The use of SWIP Studs eliminates the thermal bridging issue associated with systems incorporating timber and metal studs. The thermal resistance of SWIP Studs, provides a high level of thermal resistance, which is comparable to that of the Earthwool SWIP Batts fitted between the SWIP Studs. For instance, the SWIP IWI System is almost 13% more thermally efficient than a timber stud system of the same thickness.
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