Problem — Space Loss from Insulation

How Do I Insulate a Wall Without Losing Internal Space?

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Traditional internal wall insulation — rigid boards on battens — typically consumes 50–100mm of internal space per wall. In small rooms, existing buildings, plant rooms and commercial spaces, that space loss is often unacceptable. Yet the wall still needs thermal improvement to prevent condensation and cold surfaces.

A spray-applied natural cork thermal coating offers a way to improve the thermal behaviour of a wall without significant space loss. Applied in thin layers — typically a few millimetres — it adds a thermal layer directly to the wall surface, raising its internal surface temperature and reducing the conditions that lead to condensation.

By improving the thermal behaviour of the cold wall surface, an appropriate VIPEQ cork-enhanced thermal coating can help raise its surface temperature with minimal loss of internal space — and without the battens, frames and cavities that rigid boards require.

The Principle: Surface Temperature & Dew Point

Condensation forms when warm, moisture-laden air meets a surface whose temperature has fallen below the dew point. By improving the thermal behaviour of a cold surface, an appropriate thermal coating can help raise its internal surface temperature and reduce the conditions that lead to surface condensation.

Humidity

Surface Temp

Dew Point

Key Takeaways

Rigid insulation boards typically consume 50–100mm of internal space
Spray-applied natural cork thermal coatings are applied in thin layers (a few millimetres)
No battens, frames or cavities required
Suitable where space loss is unacceptable — plant rooms, existing buildings, small rooms

Related Solutions

Have a Condensation, Cold-Surface or Thermal-Bridging Problem?

Send us photographs, drawings or details of the substrate and application and we can assess whether a VIPEQ system is suitable for your project.

Call 083 0982463