Renova Thermal-Acoustic Insulation Systems
The Renova installation system represents an innovative and highly effective solution for addressing the issue of old roller shutter boxes, which often serve as a significant source of energy loss. Thanks to its advanced design and careful material selection, Renova has emerged as the leading system in Italy for the thermal-acoustic insulation of such structures.
The cavity of the old roller shutter box, when viewed from a thermal perspective, proves to be a true energy sinkhole. However, with the Renova system developed by PosaClima, it is possible to turn this challenge into a significant opportunity for improving building energy efficiency.
Renova's approach is characterized by a comprehensive and highly specialized intervention methodology. Firstly, a thorough assessment of the existing structure is conducted to identify weaknesses and prioritize areas for intervention. Subsequently, all necessary remediation materials are applied to the structure containing the roller shutter to achieve complete thermal and acoustic refurbishment.
These materials have been carefully selected to ensure effective thermal and acoustic insulation, thereby enhancing the indoor comfort of living spaces. Moreover, the Renova system is designed to be straightforward to install, minimizing intervention time and costs.
Another strength of the Renova system is its versatility. In addition to providing effective thermal-acoustic insulation, the box can be equipped with a front or bottom inspection hatch, facilitating maintenance and inspection operations. Furthermore, the box can be constructed with materials coordinated with the surrounding masonry, ensuring a uniform and harmonious aesthetic.
In conclusion, the Renova installation system offers a comprehensive and tailored solution for refurbishing old roller shutter boxes. With its effectiveness, ease of installation, and versatility, Renova remains the benchmark in the thermal-acoustic insulation sector, contributing to the promotion of sustainability and building energy efficiency.
