A building exterior wall with integrated thermal insulation and decoration and its construction method
A technology for building exterior walls and construction methods, applied in the directions of buildings, building components, building structures, etc., can solve the problems of inability to fasten the connection of anchors, damage to the surface of composite panels, inconvenient installation of anchors, etc., to ensure the stability. , Increase the bonding force, the effect of short water and gas stroke
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Embodiment 1
[0052] The exterior wall of a building with integrated thermal insulation and decoration includes a base wall 1, a composite board 3 and an anchor 5, and the composite board 3 in turn includes a decorative panel 31 (which can be an 8mm thick inorganic resin board) bonded by a special bonding mortar. ), thermal insulation panel 32 (can be a real gold plate of 20 mm) and a secondary thermal insulation layer 33 (can be a real gold plate of 10 mm). A bonded mortar layer 2 (that is, made of special bonded mortar) is fixed between the secondary thermal insulation layer 33 and the base wall 1, and a number of raised ribs are formed on the side of the bonded mortar layer 2 facing the secondary thermal insulation layer 33. 30b, the secondary insulation layer 33 is provided with several through grooves 30a having the same shape as the protruding ribs 30b, and the protruding ribs 30b are bonded in the through grooves 30a, and the depth of the through grooves 30a is greater than that of th...
Embodiment 2
[0055] The difference from Example 1 is that the bonding mortar layer 2 is formed with a number of through grooves 30a on the side facing the secondary thermal insulation layer 33, and the secondary thermal insulation layer 33 is provided with several raised reinforcing ribs 30b having the same shape as the through grooves 30a , and the protruding reinforcing rib 30b is bonded in the through groove 30a, the recessed depth of the through groove 30a is greater than the protruding height of the protruding reinforcing rib 30b, and the protruding reinforcing rib 30b is bonded in the through groove 30a Finally, an exhaust ventilation channel is formed.
Embodiment 3
[0057] The base wall 1 includes a wall surface A and a wall surface B arranged vertically, and the connection between the two forms an inner corner, and the inner corner is completely covered with a bonding mortar layer 2, and the thermal insulation panel 32 faces the bonding mortar layer 2 One side of the wall is compounded with an auxiliary insulation layer 33, and the composite board 3 on the A side of the wall and the composite board 3 on the B side of the wall form a T-shaped gap 6 at the inner corner. The size of the gap is the same as the thickness of the auxiliary insulation layer 33, and the T-shaped gap 6 Sealed with glue.
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