In modern building energy conservation systems, glass wool has become a common building insulation material due to its low thermal conductivity, light weight, and stable sound absorption performance. Glass wool is mainly made from molten glass fibers, forming a large number of evenly distributed microfibers and pores within, giving it excellent performance in both thermal insulation and sound insulation.

In exterior walls, roofs, and lightweight steel frame partitions, glass wool can reduce heat transfer and improve the overall energy efficiency of the building. Its flexible structure facilitates cutting and installation, adapting to different building details and reducing construction difficulty. Furthermore, glass wool has good sound absorption capabilities, which can be used to reduce indoor noise and improve environmental comfort.

When using glass wool, attention should be paid to the selection of material density, thickness, and fiber diameter. Different projects have different energy-saving requirements, and appropriate product specifications should be configured according to design requirements. As building energy conservation standards become increasingly stringent, the application rate of glass wool in green buildings will continue to increase.

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