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This paper aims to analyze thermal insulation systems, with a particular focus on the performance of basalt wool, using a case study based on the use of 150 mm thick Rockwool material. An experimental evaluation is included to highlight the effectiveness of this material in real conditions. Basalt wool has stood out as a top solution due to its thermal performance, fire resistance, and durability. It contributes significantly to reducing heat loss through exterior walls, which are the surface most exposed to heat transfer.

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Comparative Analysis of the Thermal and Hygrometric Behavior of a Residential Building Before and After Thermal Insulation

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  • 发表日期：

    2026年

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  • Munteanu Mihaela Violeta,
  • Petrici Andrei Victor,
  • Purcärea Ramona

摘要

This paper aims to analyze thermal insulation systems, with a particular focus on the performance of basalt wool, using a case study based on the use of 150 mm thick Rockwool material. An experimental evaluation is included to highlight the effectiveness of this material in real conditions. Basalt wool has stood out as a top solution due to its thermal performance, fire resistance, and durability. It contributes significantly to reducing heat loss through exterior walls, which are the surface most exposed to heat transfer.