Room in Roof Insulation

Achieving optimal energy efficiency

In any kind of loft or attic conversion it is critical that you address the various heat loss elements. These may include sloped ceilings, stud walls, dormer and gable walls, as well as a flat ceiling. Inadequate insulation in these areas can result in heat escaping, leading to a cold room and increased heating costs. By implementing room in roof insulation, a thermal barrier is created to prevent heat loss.

Every aspect of the room needs insulating

It is important to consider and incorporate insulation in each element of the room, ensuring there are no thermal bridges and maximising energy efficiency gains.

Insulating your room in the roof properly offers several significant benefits, including enhanced energy efficiency and improved home warmth. Neglecting to insulate the various heat loss elements can lead to heat escaping, resulting in a chilly room and higher heating expenses. The application of room in roof insulation establishes a protective thermal barrier, effectively preventing heat loss.

How does Room in Roof insulation work?

We provide a unique type of insulation specifically designed to fit into the gaps between the joists, rafters, and walls. This insulation creates a protective sheet, effectively retaining warmth during the winter months and promoting a cooler environment during the summer months.

Adding space and value to your home

Whether it’s a loft conversion or a house with a dormer-style roof, implementing room in roof insulation is a wise investment for long-term energy savings and a cozy home. The space can be used for all manner of activities – from just another bedroom, a hobbies studio or home office, right through to a self-contained bedsit.

Insulating a loft with City Insulation not only improves thermal efficiency and reduces energy consumption but also contributes to a better Energy Performance Certificate (EPC) rating, potentially increasing the value of the property. Moreover, proper insulation helps create a more comfortable living space by reducing heat loss, minimising thermal bridging, and preventing unnecessary heat transfer.