Reduce ceiling heat loss

Reducing ceiling heat loss: the case of an innovative intervention in Rome with Nobilium Thermapanel thermal insulation.

Heat loss is a major cause of energy inefficiency in buildings, particularly in attic rooms, where the ceiling often serves as a critical element. A practical and innovative solution was recently adopted in a penthouse in Rome, where it was possible to significantly improve thermal insulation without compromising the useful height of the rooms and preserving proper vapor migration.

The housing unit, located in a prestigious Roman penthouse, presented some special challenges:

1. Limit to interior heights: The ceiling could not be lowered significantly due to regulatory and design constraints.

2. Requirement to maintain breathability: The intervention was not to alter the natural flow of vapor migration, which is essential for healthy rooms and the prevention of condensation issues.

The solution of choice was the application of ' Nobilium Thermapanel low-thickness thermal insulation for interior use, a basalt rock fiber insulation board only 9 mm thick, offering excellent insulation performance without sacrificing space or functionality.

Nobilium Thermapanel low-thickness thermal insulation board stands out for its properties:

- Thermal insulation: Despite its minimal thickness, it provides a significant reduction in heat loss, improving indoor comfort.

- Breathability: The material allows the controlled passage of vapor, preventing condensation and mold formation.

- Strength and versatility: Basalt rock fiber ensures durability and stability over time.

The work was performed without the need for drilling or mechanical fasteners, thanks to the use of specific adhesives for direct installation on the slab. This technique reduced processing time and costs associated with additional tools and labor.

This intervention on a penthouse in Rome highlights how innovative solutions such as L'isolante Nobilium Thermapanel can effectively address thermal insulation needs while preserving interior heights and pre-existing building features. The combination of advanced materials and modern installation techniques is a concrete response to the challenges of energy efficiency in the residential sector.

An example to follow for those who wish to improve living comfort with minimally invasive and sustainability-oriented interventions.