Solid Wall (IWI) Insulation
Low-E Insulation is ideal for insulating the internal side of older solid wall properties. It increases performance in less space and provides a vapour control layer over the entire wall stopping any issues with damp.
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Reasons our customers use Low-E Solid Wall (IWI) Insulation
Installing Solid Wall (IWI) Insulation
Solid Wall (IWI) Insulation Options
Installing Solid Wall (IWI) Insulation
Insulating a solid wall can have huge benefits but one drawback is than you can lose a considerable amount of internal floor space. Low-E Insulation is a very compact, cost-effective solution for solid walls. It is quick, clean and easy to install.
Solid Wall (IWI) Insulation Options
Low-E solid wall (IWI) insulation is ideal for insulating your home and is the perfect choice for an easy installation. If you are considering insulating your home please read through the below guides for the type of wall you have in your home.
Solid Wall – Space Saving
Solid walls can be constructed of stone, brick or block. They can be difficult to upgrade and often a compromise is made between occupied floor space and efficiency achieved. Installing Low-E EZY Seal with a plasterboard or insulated plasterboard can be the most efficient way of insulating a solid wall.
This example uses a single batten and occupies a minimum amount of space.
Solid Wall – Double Batten
In this example the wall is battened, the Low-E installed and then a counter batten. Double battening occupies additional space but also increases the thermal performance.
Solid Wall – Timber Frame
In this example, timber battens are fixed to the wall with rigid or fibre insulation installed between them. Low-E EZY Seal is fixed to battens and then a counter batten is installed to create a service void. The counter batten occupies additional space but also increases the thermal performance. You can remove this batten to save space if necessary.
Solid Wall – Hollow Block
In this example, timber battens are fixed to the hollow block wall with rigid or fibre insulation installed between them. Low-E EZY Seal is fixed to battens and then a counter batten is installed to create a service void. This reduces draughts and provides maximum performance in the least space possible.