This invention relates to the field of sound insulation technology and discloses a foamed aluminum-
gypsum composite partition wall with high sound insulation performance. It employs a five-layer symmetrical
composite structure: fire-resistant
gypsum board, damping sound-insulating
adhesive layer, gradient-pore-sized open-
cell foamed aluminum core layer, damping sound-insulating
adhesive layer, and fire-resistant
gypsum board. Because the foamed aluminum core layer and fire-resistant gypsum board are bonded with
environmentally friendly polyurethane structural
adhesive and fixed with C-shaped cold-rolled galvanized light steel
keel, the interlayer bonding is ensured to be firm and the overall rigidity uniform, preventing
delamination and deformation during use. The partition wall joints utilize a double-sealing process of
sealant and grooves. Internal
flame-retardant
sealant fills the gaps to block sound bridges and
smoke passages, while external U-shaped PVC grooves combined with
butyl rubber sound-insulating pads achieve full
enclosure, improving long-term stability. It also boasts advantages such as lightweight, high strength, convenient construction, and good durability.